Description:
Module 1: Raw Materials for Plastic Films: Selection & Basic Properties
Module 2: Raw Material Conveying and Blending Technology for Film Extrusion
Module 3: Film Extruder Components and Setup Principles
Module 4: Film Extruder Die Components and Setup Principles
Module 5: Film/Sheet Cooling and Stabilization Principles
Module 6: Gauge Variation Randomization in Film Extrusion
Module 7: Post Film Extrusion Processes
Module 8: Quality Control Measurements in Film Extrusion
Module 9: Troubleshooting Visual Defects in Plastic Film and Sheet
Module 10: Troubleshooting Cooling and Stability in Plastics Film Extrusion
Module 11: Troubleshooting Roll Geometry in Plastic Film and Sheet
Module 12: Troubleshooting Gauge Variation in Plastic Film and Sheet

Expert:
Paul Waller has been a renowned author and expert in film extrusion for more than 40 years. His clients include raw material suppliers, processors, end users, educational institutions and industry associations on 5 continents. Mr. Waller obtained his B.Eng. in Chemical Engineering at McGill University in Montreal and his MBA at York University Schulich School of Business in Toronto. Mr. Waller started his career at Dow Chemical’s polyethylene technical services group before moving to Esso Chemical’s Vinyl division. Mr. Waller designed and presented the Film Technology program for the Canadian Plastics Training Centre in Toronto and SENAI in Brazil. He was co-chair of the Canadian Plastics Sector Council, which established occupational standards for film operators and was chair of the Flexible Packaging division of the Society of Plastics Engineers. He has provided intensive in-house training to more than 1,200 operators, technicians and engineers on five continents in the last 17 years.

Description:

Expert:
With more than 35 years professional experience, Bruno Milanese worked with mixing machinery suppliers POMINI, FARREL and Meccaniche Moderne. His work experience involved with engineering and commissioning of mixing rooms for the rubber industry, both for tyre industry and for technical rubber goods around the world. Since 2004, he has been providing technical advisory services related to rubber mixing.

Description:
Module 1 : Rubber Mixing Plant Requirement for Tyres and Non-Tyres
Module 2 : Raw Material Storage & Feeding Equipment in Rubber Mixing Plant
Module 3 : Internal Mixers - Types & Selection
Module 4: Design of Dust Stop Rings for Mixer
Module 5: Access for Maintenance in Rubber Mixing Plant
Module 6: Downstream Process of Internal Mixer
Module 7: Compound Cooling in Rubber Mixing Plant
Module 8: Continuous vs Batch Process of Rubber Mixing
Module 9: Forces Operating in Internal Mixer
Module 10: Gear Reducers, Ram Assembly & Process Oil Injector for Rubber Mixing Equipment

Expert:
With more than 35 years professional experience, Bruno Milanese worked with mixing machinery suppliers POMINI, FARREL and Meccaniche Moderne. His work experience involved with engineering and commissioning of mixing rooms for the rubber industry, both for tyre industry and for technical rubber goods around the world. Since 2004, he has been providing technical advisory services related to rubber mixing.

Description:

Expert:
Joseph Marcinko, Ph.D. Principal Scientist and President of Polymer Synergies LLC. Dr. Marcinko has over 35 years of industrial R&D, research management, and academic experience. His interests and expertise are in the areas of polyurethane chemistry, bio-polymers, adhesion science, wood composites, polymer characterization, solid-state NMR spectroscopy, and polymer structure-property relationships. He is an adjunct professor and a developer of industrial short courses related to polyurethane and polymer chemistry, adhesion science and industrial problem solving. Dr. Marcinko has authored over 50 peer reviewed publications, and has 17 patents and 2 patents pending. Educational Summary: Ph.D. - Chemistry, The University of Akron, Akron, OH, 1992; M.S. - Chemistry, Case Western Reserve University, Cleveland, OH, 1990; B.S. - Chemistry; B.S. - Biology, King's College, Wilkes-Barre, PA, 1983

Description:
Module 1 : Rubber Mixing Plant Requirement for Tyres and Non-Tyres
Module 2 : Raw Material Storage & Feeding Equipment in Rubber Mixing Plant
Module 3 : Internal Mixers - Types & Selection
Module 4: Design of Dust Stop Rings for Mixer
Module 5: Access for Maintenance in Rubber Mixing Plant
Module 6: Downstream Process of Internal Mixer
Module 7: Compound Cooling in Rubber Mixing Plant
Module 8: Continuous vs Batch Process of Rubber Mixing
Module 9: Forces Operating in Internal Mixer
Module 10: Gear Reducers, Ram Assembly & Process Oil Injector for Rubber Mixing Equipment

Expert:
With more than 35 years professional experience, Bruno Milanese worked with mixing machinery suppliers POMINI, FARREL and Meccaniche Moderne. His work experience involved with engineering and commissioning of mixing rooms for the rubber industry, both for tyre industry and for technical rubber goods around the world. Since 2004, he has been providing technical advisory services related to rubber mixing.

Description:
# Applications of rigid polyurethanes
# Types of rigid polyurethanes
# Rigid polyurethanes chemistry theory
# Raw materials
# Formulation principles
# Processing methods
# Testing procedures
# Recycling of rigid polyurethanes

Expert:
Dr. Grazyna Mitchener, is the director and principal consultant in Polychemtech Ltd. – a technical and business consultancy specializing in innovative polyurethane technologies and other high performance polymeric products. From 1996 to 2008 she worked for Celotex in UK, developing first in Europe zero-ODP PIR rigid thermal insulation products. For the first ten years of her career she was an academic researcher and lecturer and worked on polymers with high heat and fire resistance. She gained her Ph.D. in Polymer Chemistry and Technology in 1992. She is the author of 8 patents and over 60 scientific papers, conference presentations and training workshops. For her contribution to the thermal insulation industry she was presented with the “Global Insulation Personality of 2014” award.

Description:

Expert:
Dr Graeme K Pearce holds a degree in chemistry and a doctorate in chemical engineering from the University of Oxford, and is the Principal at his own consulting firm, Membrane Consultancy Associates (MCA) founded in 2005. MCA specializes in advice on membrane filtration technology and provides consulting services covering a range of issues including performance review, problem solving, acting as an expert witness, market analysis, strategy review, and technical advice for investors. Graeme has 40 years’ experience in the membrane field having undertaken technology and strategic development roles at BP, Kalsep, and Hydranautics prior to consulting. He is well known in the field of water and membranes through publications including numerous papers and book contributions. He is also the sole author of ‘UF/MF Membrane Water Treatment’, published by TechnoBiz. Graeme has conducted many workshop training sessions, has been a conference chairman and a regular conference session chair, as well as giving numerous keynote lectures and other papers. For further information see www.membraneconsultancy.com.
Dr. Wilf has been involved in process development, system design, project execution, plant operation and maintenance of large, commercial desalination and wastewater reclamation plants in US, Europe and Middle East since 1977. Dr. Wilf has been involved in development of new desalination process and optimization of membrane technologies. Some of his inventions have resulted in patent applications and are being used in commercial desalination systems. Dr. Wilf is a regular contributor to professional journals, wrote chapters on membrane technology processes and applications to a number of books. He edited and wrote with other coauthors The Guidebook to Membrane Desalination Technology that has been published in 2006. The second book on membrane technology that he edited and contributed, The Guidebook to Membrane Technology for Wastewater Reclamation, has been published in 2010. Dr. Wilf regularly presents and teaches desalination and membrane technology subjects to engineers and water professionals. His teaching activity includes teaching course on membrane technology and desalination for European Desalination Society, and other courses for industrial companies and engineering organizations.

Description:
Module 1: Raw Materials for Plastic Films: Selection & Basic Properties
Module 2: Raw Material Conveying and Blending Technology for Film Extrusion
Module 3: Film Extruder Components and Setup Principles
Module 4: Film Extruder Die Components and Setup Principles
Module 5: Film/Sheet Cooling and Stabilization Principles
Module 6: Gauge Variation Randomization in Film Extrusion
Module 7: Post Film Extrusion Processes
Module 8: Quality Control Measurements in Film Extrusion
Module 9: Troubleshooting Visual Defects in Plastic Film and Sheet
Module 10: Troubleshooting Cooling and Stability in Plastics Film Extrusion
Module 11: Troubleshooting Roll Geometry in Plastic Film and Sheet
Module 12: Troubleshooting Gauge Variation in Plastic Film and Sheet

Expert:
Paul Waller has been a renowned author and expert in film extrusion for more than 40 years. His clients include raw material suppliers, processors, end users, educational institutions and industry associations on 5 continents. Mr. Waller obtained his B.Eng. in Chemical Engineering at McGill University in Montreal and his MBA at York University Schulich School of Business in Toronto. Mr. Waller started his career at Dow Chemical’s polyethylene technical services group before moving to Esso Chemical’s Vinyl division. Mr. Waller designed and presented the Film Technology program for the Canadian Plastics Training Centre in Toronto and SENAI in Brazil. He was co-chair of the Canadian Plastics Sector Council, which established occupational standards for film operators and was chair of the Flexible Packaging division of the Society of Plastics Engineers. He has provided intensive in-house training to more than 1,200 operators, technicians and engineers on five continents in the last 17 years.

Description:
Module 1: Raw Materials for Plastic Films: Selection & Basic Properties
Module 2: Raw Material Conveying and Blending Technology for Film Extrusion
Module 3: Film Extruder Components and Setup Principles
Module 4: Film Extruder Die Components and Setup Principles
Module 5: Film/Sheet Cooling and Stabilization Principles
Module 6: Gauge Variation Randomization in Film Extrusion
Module 7: Post Film Extrusion Processes
Module 8: Quality Control Measurements in Film Extrusion
Module 9: Troubleshooting Visual Defects in Plastic Film and Sheet
Module 10: Troubleshooting Cooling and Stability in Plastics Film Extrusion
Module 11: Troubleshooting Roll Geometry in Plastic Film and Sheet
Module 12: Troubleshooting Gauge Variation in Plastic Film and Sheet

Expert:
Paul Waller has been a renowned author and expert in film extrusion for more than 40 years. His clients include raw material suppliers, processors, end users, educational institutions and industry associations on 5 continents. Mr. Waller obtained his B.Eng. in Chemical Engineering at McGill University in Montreal and his MBA at York University Schulich School of Business in Toronto. Mr. Waller started his career at Dow Chemical’s polyethylene technical services group before moving to Esso Chemical’s Vinyl division. Mr. Waller designed and presented the Film Technology program for the Canadian Plastics Training Centre in Toronto and SENAI in Brazil. He was co-chair of the Canadian Plastics Sector Council, which established occupational standards for film operators and was chair of the Flexible Packaging division of the Society of Plastics Engineers. He has provided intensive in-house training to more than 1,200 operators, technicians and engineers on five continents in the last 17 years.

Description:
Module 1: Raw Materials for Plastic Films: Selection & Basic Properties
Module 2: Raw Material Conveying and Blending Technology for Film Extrusion
Module 3: Film Extruder Components and Setup Principles
Module 4: Film Extruder Die Components and Setup Principles
Module 5: Film/Sheet Cooling and Stabilization Principles
Module 6: Gauge Variation Randomization in Film Extrusion
Module 7: Post Film Extrusion Processes
Module 8: Quality Control Measurements in Film Extrusion
Module 9: Troubleshooting Visual Defects in Plastic Film and Sheet
Module 10: Troubleshooting Cooling and Stability in Plastics Film Extrusion
Module 11: Troubleshooting Roll Geometry in Plastic Film and Sheet
Module 12: Troubleshooting Gauge Variation in Plastic Film and Sheet

Expert:
Paul Waller has been a renowned author and expert in film extrusion for more than 40 years. His clients include raw material suppliers, processors, end users, educational institutions and industry associations on 5 continents. Mr. Waller obtained his B.Eng. in Chemical Engineering at McGill University in Montreal and his MBA at York University Schulich School of Business in Toronto. Mr. Waller started his career at Dow Chemical’s polyethylene technical services group before moving to Esso Chemical’s Vinyl division. Mr. Waller designed and presented the Film Technology program for the Canadian Plastics Training Centre in Toronto and SENAI in Brazil. He was co-chair of the Canadian Plastics Sector Council, which established occupational standards for film operators and was chair of the Flexible Packaging division of the Society of Plastics Engineers. He has provided intensive in-house training to more than 1,200 operators, technicians and engineers on five continents in the last 17 years.

Description:
Module 1: Raw Materials for Plastic Films: Selection & Basic Properties
Module 2: Raw Material Conveying and Blending Technology for Film Extrusion
Module 3: Film Extruder Components and Setup Principles
Module 4: Film Extruder Die Components and Setup Principles
Module 5: Film/Sheet Cooling and Stabilization Principles
Module 6: Gauge Variation Randomization in Film Extrusion
Module 7: Post Film Extrusion Processes
Module 8: Quality Control Measurements in Film Extrusion
Module 9: Troubleshooting Visual Defects in Plastic Film and Sheet
Module 10: Troubleshooting Cooling and Stability in Plastics Film Extrusion
Module 11: Troubleshooting Roll Geometry in Plastic Film and Sheet
Module 12: Troubleshooting Gauge Variation in Plastic Film and Sheet

Expert:
Paul Waller has been a renowned author and expert in film extrusion for more than 40 years. His clients include raw material suppliers, processors, end users, educational institutions and industry associations on 5 continents. Mr. Waller obtained his B.Eng. in Chemical Engineering at McGill University in Montreal and his MBA at York University Schulich School of Business in Toronto. Mr. Waller started his career at Dow Chemical’s polyethylene technical services group before moving to Esso Chemical’s Vinyl division. Mr. Waller designed and presented the Film Technology program for the Canadian Plastics Training Centre in Toronto and SENAI in Brazil. He was co-chair of the Canadian Plastics Sector Council, which established occupational standards for film operators and was chair of the Flexible Packaging division of the Society of Plastics Engineers. He has provided intensive in-house training to more than 1,200 operators, technicians and engineers on five continents in the last 17 years.

Description:

Expert:
Dr Graeme K Pearce holds a degree in chemistry and a doctorate in chemical engineering from the University of Oxford, and is the Principal at his own consulting firm, Membrane Consultancy Associates (MCA) founded in 2005. MCA specializes in advice on membrane filtration technology and provides consulting services covering a range of issues including performance review, problem solving, acting as an expert witness, market analysis, strategy review, and technical advice for investors. Graeme has 40 years’ experience in the membrane field having undertaken technology and strategic development roles at BP, Kalsep, and Hydranautics prior to consulting. He is well known in the field of water and membranes through publications including numerous papers and book contributions. He is also the sole author of ‘UF/MF Membrane Water Treatment’, published by TechnoBiz. Graeme has conducted many workshop training sessions, has been a conference chairman and a regular conference session chair, as well as giving numerous keynote lectures and other papers. For further information see www.membraneconsultancy.com.
Dr. Wilf has been involved in process development, system design, project execution, plant operation and maintenance of large, commercial desalination and wastewater reclamation plants in US, Europe and Middle East since 1977. Dr. Wilf has been involved in development of new desalination process and optimization of membrane technologies. Some of his inventions have resulted in patent applications and are being used in commercial desalination systems. Dr. Wilf is a regular contributor to professional journals, wrote chapters on membrane technology processes and applications to a number of books. He edited and wrote with other coauthors The Guidebook to Membrane Desalination Technology that has been published in 2006. The second book on membrane technology that he edited and contributed, The Guidebook to Membrane Technology for Wastewater Reclamation, has been published in 2010. Dr. Wilf regularly presents and teaches desalination and membrane technology subjects to engineers and water professionals. His teaching activity includes teaching course on membrane technology and desalination for European Desalination Society, and other courses for industrial companies and engineering organizations.

Description:
# The Nature of Fire and Theoretical Ways to Prevent it.
# Principles of Developing PU Products with Enhanced Fire Resistance
# Raw Materials Improving Fire Resistance of PU’s
# Polyisocyanurate (PIR) Chemistry and Properties
# PIR Formulations and Raw materials
# Manufacturing Equipment for PIR production
# Fire Resistance Testing and Standards

Expert:
Dr. Grazyna Mitchener, is the director and principal consultant in Polychemtech Ltd. – a technical and business consultancy specializing in innovative polyurethane technologies and other high performance polymeric products. From 1996 to 2008 she worked for Celotex in UK, developing first in Europe zero-ODP PIR rigid thermal insulation products. For the first ten years of her career she was an academic researcher and lecturer and worked on polymers with high heat and fire resistance. She gained her Ph.D. in Polymer Chemistry and Technology in 1992. She is the author of 8 patents and over 60 scientific papers, conference presentations and training workshops. For her contribution to the thermal insulation industry she was presented with the “Global Insulation Personality of 2014” award.

Description:
Module 1: Introduction to Non-Tyre Products Industry
Module 2: General Purpose Rubbers
Module 3: Special Purpose Rubbers (EPDM, NBR, CR, CPE, CSM, ACM, AEM)
Module 4: Special Purpose Rubbers (HNBR, FKM, ECO, VMQ, FQM, PU)
Module 5: Fillers for Rubber Reinforcement
Module 6: Rubber Processing Additives
Module 7: Rubber Vulcanization Chemicals & Protective Agents
Module 8: Reinforcing Materials (Textiles & Steel) for Rubber Industries
Module 9: Rubber Process Oils: Types & Selection
Module 10: Rubber Compound Formulation: Development & Case Studies
Module 11: Molded Rubber Products: Compound Development
Module 12: Hydraulic Hoses: Rubber Compound Development
Module 13: Conveyor Belts: Rubber Compound Development
Module 14: Rubber Mixing Technology & Selection
Module 15: Rubber Mixing Procedures & Sequence
Module 16: Cost Analysis of Rubber Compound
Module 17: Extruded Rubber Products: Compound Development
Module 18: Industrial Rubber Rollers: Compound Development
Module 19: Rubber Mixing Plant Management
Module 20: Reverse Engineering in Compound Development
Module 21: Footwear Soles: Rubber Compound Development
Module 22: Cost Optimization of Rubber Hose Compounds
Module 23: Best Practices for Rubber Chemists in Material Development
Module 24: Laboratory Management System
Module 25: Setting-up Rubber Mixing Line
Module 26: Rubber Mixing Troubleshooting
Module 27: Metal to Rubber Bonded Products: Compound Development
Module 28: Rubber Reclaim Application in Non-Tyre Products
Module 29: Safety & Environmental Regulations for Rubber & Tyre Industries
Module 30: Storage of Raw Materials & Rubber Compounds
Module 31: How to Judge Quality of Rubber Compounds?
Module 32: Elastomer Curing Systems and Their Effects on Product Performance
Module 33: Dispersion and Distribution Principles in Rubber Compounding
Module 34: Fill-Factor & Batch Weight of Internal Mixer
Module 35: Rubber Testing Principles
Module 36: Technical Discussion (Part 1): Rubber Compounding for Non-Tyre Products
Module 37: Technical Discussion (Part 2): Rubber Compounding for Non-Tyre Products
Module 38: Technical Discussion (Part 3): Rubber Compounding for Non-Tyre Products
Module 39: Technical Discussion (Part 4): Rubber Compounding for Non-Tyre Products
Module 40: Technical Discussion (Part 5): Rubber Compounding for Non-Tyre Products
Module 41: Rheology and Rheological Effects in Rubber Compounds
Module 42: Technical Discussion (Part 6): Rubber Compounding for Non-Tyre Products
Module 43: Technical Discussion (Part 7): Rubber Compounding for Non-Tyre Products
Module 44: Technical Discussion (Part 8): Rubber Compounding for Non-Tyre Products
Module 45: Technical Discussion (Part 9): Rubber Compounding for Non-Tyre Products
Module 46: Rubber Process Analyzer (RPA): How to Use it Efficiently?
Module 47: Rubber Compound Properties & Final Product Quality: Correlations

Expert:

Description:
Module 1: Raw Materials for Plastic Films: Selection & Basic Properties
Module 2: Raw Material Conveying and Blending Technology for Film Extrusion
Module 3: Film Extruder Components and Setup Principles
Module 4: Film Extruder Die Components and Setup Principles
Module 5: Film/Sheet Cooling and Stabilization Principles
Module 6: Gauge Variation Randomization in Film Extrusion
Module 7: Post Film Extrusion Processes
Module 8: Quality Control Measurements in Film Extrusion
Module 9: Troubleshooting Visual Defects in Plastic Film and Sheet
Module 10: Troubleshooting Cooling and Stability in Plastics Film Extrusion
Module 11: Troubleshooting Roll Geometry in Plastic Film and Sheet
Module 12: Troubleshooting Gauge Variation in Plastic Film and Sheet

Expert:
Paul Waller has been a renowned author and expert in film extrusion for more than 40 years. His clients include raw material suppliers, processors, end users, educational institutions and industry associations on 5 continents. Mr. Waller obtained his B.Eng. in Chemical Engineering at McGill University in Montreal and his MBA at York University Schulich School of Business in Toronto. Mr. Waller started his career at Dow Chemical’s polyethylene technical services group before moving to Esso Chemical’s Vinyl division. Mr. Waller designed and presented the Film Technology program for the Canadian Plastics Training Centre in Toronto and SENAI in Brazil. He was co-chair of the Canadian Plastics Sector Council, which established occupational standards for film operators and was chair of the Flexible Packaging division of the Society of Plastics Engineers. He has provided intensive in-house training to more than 1,200 operators, technicians and engineers on five continents in the last 17 years.

Description:
Module 1: Introduction to Compression Molding
Module 2: Rubber Processing & Part Deflashing
Module 3: Compression Mold Design - Part 1
Module 4: Compression Mold Design - Part 2
Module 5: Pulse Filling & Compression Preforms
Module 6: Platens, Mold Mounting and Mold Insulation
Module 7: Air Removal for Compression Molding
Module 8: Troubleshooting of Compression Molding

Expert:
Mr. Terry Chapin is currently a Rubber Technologist at Elastomeister doing rubber consulting, training and teaching, he has worked as a Senior Materials Engineer, working with elastomer and foam materials, Senior Rubber Technical and Cost Leader and a Tool Engineer for rubber and plastic molds. He holds two U.S. patents and has been involved in the rubber industry for 40 years, working with rubber companies globally. Terry has been an active technical speaker for university level continuing education instruction, rubber conferences and technical in-plant venues for 30 years.

Description:
Module 1: Tyre Design & Construction - An Introduction
Module 2: General Purpose Rubbers
Module 3: Saturated, Unsaturated, Polar and Non-Polar Rubbers
Module 4: Fillers for Rubber Reinforcement
Module 5: Rubber Processing Additives
Module 6: EPDM Application in Tyres & Tubes
Module 7: Rubber Vulcanization Chemicals & Protective Agents
Module 8: Rubber Compounding for meeting Properties, Processing and Price
Module 9: Selection of Rubbers for meeting Heat, Ozone and Oil Resistance
Module 10: Silica and Silane Technology- Overview
Module 11: Rubber Mixing Technology and Selection
Module 12: Application of Resins in Tyre Compounding
Module 13: Rubber Mixing Procedures & Sequence
Module 14: Setting-up Rubber Mixing Line
Module 15: Rubber Mixing Troubleshooting
Module 16: Application of High-Performance Resins in Tyre Compounding
Module 17: NR and SBR Compounding
Module 18: Application of High-Performance Clays in Tyre Compounding
Module 19: Passenger Car Tyre Tread Compounding for Normal Application
Module 20: Passenger Car Tyre Tread Compounding for High Mileage
Module 21: Passenger Car Tyre Tread Compounding for Magic Triangle
Module 22: Tyre Sidewall Compounding
Module 23: Truck Bus Radial Tyre Steel Belt Skim Compounding
Module 24: Truck Bus Radial Tyre Tread Compounding
Module 25: Tyre Bead Compounding
Module 26: Tire Innerliner Technology and Butyl Rubbers
Module 27: Technical Discussion (Part 1): Tyre Compounding
Module 28: Technical Discussion (Part 2): Tyre Compounding
Module 29: Technical Discussion (Part 3): Tyre Compounding
Module 30: Technical Discussion (Part 4): Tyre Compounding
Module 31: Mixing of Silica Compounds and the In-Situ Silanization Process
Module 32: Safety & Environmental Regulations for Rubber & Tyre Industries
Module 33: Compound Development for Solid Tyres
Module 34: Aircraft Tire Materials Technologies: An Introduction
Module 35: Bicycle Tyre & Tube Compound Development
Module 36: Dispersion and Distribution Principles in Rubber Compounding
Module 37: Fill-Factor & Batch Weight of Internal Mixer
Module 38: Utility Requirement in a Tyre Industry
Module 39: Storage of Raw Materials and Rubber Compounds
Module 40: Technical Discussion (Part 1): Rubber Mixing Plant: Design & Layout
Module 41: Testing of Rubber Compounds
Module 42: Rheology and Rheological Effects in Rubber Compounds
Module 43: Rubber Process Analyzer (RPA): How to Use it Efficiently?
Module 44: Compounding for Tyre Retreading
Module 45: Technical Discussion (Part 5): Tyre Compounding
Module 46: Compounds for Motorcycle, Scooter and Three-Wheeler Tyres

Expert:

Description:
Module 1 : What is Chemical Engineering
Module 2 : Basic Principles of Process Operation
Module 3: Basic Mass Balances
Module 4: Basic Energy Balances
Module 5 : Mass & Energy Balances using the Steam Table
Module 6 : Mass & Energy Balances using Psychrometric Chart
Module 7: Pump Selection & Hydraulic Design
Module 8 : Heat Exchanger Design
Module 9 :Chemical Reactors: An Introduction
Module 10 : Distillation Process Principles
Module 11 : Absorption, Adsorption & Membrane Separation Principles
Module 12 : Evaporation & Crystallization
Module 13 : Chemical Process Safety: An Introduction
Module 14: Scale-Up Processes from Laboratory Scale to Plant Scale

Expert:
Professor Ir. Dr. Dominic Foo is a Professor of Process Design and Integration at the University of Nottingham Malaysia, and is the Founding Director for the Centre of Excellence for Green Technologies. He is a Fellow of the Institution of Chemical Engineers (IChemE), a Fellow of the Academy of Sciences Malaysia (ASM), a Chartered Engineer (CEng) with the Engineering Council UK, a Professional Engineer (PEng) with the Board of Engineer Malaysia (BEM), as well as the President for the Asia Pacific Confederation of Chemical Engineering (APCChE). He is a world-renowned scholar in process integration, focusing on resource conservation and CO2 reduction. He collaborates with more than 50 research scholars and industrial practitioners over Asia, Europe, North America and Africa. Professor Foo is an active author, with eight books, more than 180 journal papers and made more than 230 conference presentations, with more than 30 keynote/plenary speeches. He served as International Scientific Committees for many important international conferences (CHISA/PRES, FOCAPD, ESCAPE, PSE, SDEWES, etc.). Professor Foo is the Editor-in-Chief for Process Integration and Optimization for Sustainability (Springer Nature), Subject Editor for Process Safety & Environmental Protection (Elsevier), and editorial board members for several other renowned journals. He is the winners of the Innovator of the Year Award 2009 of IChemE, Young Engineer Award 2010 of IEM, Outstanding Young Malaysian Award 2012 of Junior Chamber International (JCI), Outstanding Asian Researcher and Engineer 2013 (Society of Chemical Engineers, Japan), Vice-Chancellor’s Achievement Award 2014 (University of Nottingham) and Top Research Scientist Malaysia 2016 (ASM). He conducted close to 100 professional workshops to academics and industrial practitioners worldwide.
Dr. Nishanth Chemmangattuvalappil is an Associated Professor of Chemical Engineering in the department of Chemical and Environmental Engineering at University of Nottingham Malaysia. He received his PhD in Chemical Engineering from Auburn University, AL, USA (2010). He worked as a Post-doctoral fellow at University of Pittsburgh, PA, USA and later at Auburn University. His main areas of expertise include product and molecular design, mixture design and integrated biorefineries. His current work focuses on the application of molecular design concepts on reactive systems, integration of molecular design techniques into the design of biorefineries and carbon capture and storage using ionic liquids. He has co-authored more than 90 peer reviewed international journal articles and five book chapters. In addition, his works have been presented in more than 70 international conferences and in five invited lectures.

Description:
Module 1 : EPDM Rubber Industry: Market, Supply Chain & Competencies
Module 2 : EPDM Rubber Chemistry & Properties
Module 3 : EPDM Rubber Compounding
Module 4 : EPDM Rubber Processing
Module 5 : EPDM Rubber in Foam Products
Module 6 : EPDM Rubber in Automotive
Module 7 : EPDM Rubber in Construction & Industrial Goods
Module 8 : EPDM Rubber in Tyres & Tubes
Module 9 : Troubleshooting of EPDM Rubber Processing
Module 10 : Q & A with Expert (Part 1) : EPDM Rubber Technology

Expert:
Eric Jourdain is a well-experienced specialist in EPDM, TPV, TPE, Butyl and Automotive Rubber Products. He worked for 40 years at ExxonMobil in various positions (Technical, R &D and Marketing) with business focus on synthetic rubber (EPDM, TPV, Butyl) in Technology, Development and Application.

Description:
Module 1 : Rubber Mixing Plant Requirement for Tyres and Non-Tyres
Module 2 : Raw Material Storage & Feeding Equipment in Rubber Mixing Plant
Module 3 : Internal Mixers - Types & Selection
Module 4: Design of Dust Stop Rings for Mixer
Module 5: Access for Maintenance in Rubber Mixing Plant
Module 6: Downstream Process of Internal Mixer
Module 7: Compound Cooling in Rubber Mixing Plant
Module 8: Continuous vs Batch Process of Rubber Mixing
Module 9: Forces Operating in Internal Mixer
Module 10: Gear Reducers, Ram Assembly & Process Oil Injector for Rubber Mixing Equipment

Expert:
With more than 35 years professional experience, Bruno Milanese worked with mixing machinery suppliers POMINI, FARREL and Meccaniche Moderne. His work experience involved with engineering and commissioning of mixing rooms for the rubber industry, both for tyre industry and for technical rubber goods around the world. Since 2004, he has been providing technical advisory services related to rubber mixing.

Description:

Expert:
Dr Graeme K Pearce holds a degree in chemistry and a doctorate in chemical engineering from the University of Oxford, and is the Principal at his own consulting firm, Membrane Consultancy Associates (MCA) founded in 2005. MCA specializes in advice on membrane filtration technology and provides consulting services covering a range of issues including performance review, problem solving, acting as an expert witness, market analysis, strategy review, and technical advice for investors. Graeme has 40 years’ experience in the membrane field having undertaken technology and strategic development roles at BP, Kalsep, and Hydranautics prior to consulting. He is well known in the field of water and membranes through publications including numerous papers and book contributions. He is also the sole author of ‘UF/MF Membrane Water Treatment’, published by TechnoBiz. Graeme has conducted many workshop training sessions, has been a conference chairman and a regular conference session chair, as well as giving numerous keynote lectures and other papers. For further information see www.membraneconsultancy.com.

Description:
Module 1 : Understanding of TPE & TPV Families
Module 2 : TPV Industry Overview
Module 3 : TPV Structure & Properties
Module 4 : TPV Processing
Module 5 : TPV Applications in Automotive
Module 6 : TPV Applications in Industrial & Consumer Products
Module 7 : Troubleshooting of TPV Molding
Module 8 : TPV Extrusion Principles & Troubleshooting

Expert:
Eric Jourdain is a well-experienced specialist in EPDM, TPV, TPE, Butyl and Automotive Rubber Products. He worked for 40 years at ExxonMobil in various positions (Technical, R &D and Marketing) with business focus on synthetic rubber (EPDM, TPV, Butyl) in Technology, Development and Application.

Description:
Module 1: Introduction to Non-Tyre Products Industry
Module 2: General Purpose Rubbers
Module 3: Special Purpose Rubbers (EPDM, NBR, CR, CPE, CSM, ACM, AEM)
Module 4: Special Purpose Rubbers (HNBR, FKM, ECO, VMQ, FQM, PU)
Module 5: Fillers for Rubber Reinforcement
Module 6: Rubber Processing Additives
Module 7: Rubber Vulcanization Chemicals & Protective Agents
Module 8: Reinforcing Materials (Textiles & Steel) for Rubber Industries
Module 9: Rubber Process Oils: Types & Selection
Module 10: Rubber Compound Formulation: Development & Case Studies
Module 11: Molded Rubber Products: Compound Development
Module 12: Hydraulic Hoses: Rubber Compound Development
Module 13: Conveyor Belts: Rubber Compound Development
Module 14: Rubber Mixing Technology & Selection
Module 15: Rubber Mixing Procedures & Sequence
Module 16: Cost Analysis of Rubber Compound
Module 17: Extruded Rubber Products: Compound Development
Module 18: Industrial Rubber Rollers: Compound Development
Module 19: Rubber Mixing Plant Management
Module 20: Reverse Engineering in Compound Development
Module 21: Footwear Soles: Rubber Compound Development
Module 22: Cost Optimization of Rubber Hose Compounds
Module 23: Best Practices for Rubber Chemists in Material Development
Module 24: Laboratory Management System
Module 25: Setting-up Rubber Mixing Line
Module 26: Rubber Mixing Troubleshooting
Module 27: Metal to Rubber Bonded Products: Compound Development
Module 28: Rubber Reclaim Application in Non-Tyre Products
Module 29: Safety & Environmental Regulations for Rubber & Tyre Industries
Module 30: Storage of Raw Materials & Rubber Compounds
Module 31: How to Judge Quality of Rubber Compounds?
Module 32: Elastomer Curing Systems and Their Effects on Product Performance
Module 33: Dispersion and Distribution Principles in Rubber Compounding
Module 34: Fill-Factor & Batch Weight of Internal Mixer
Module 35: Rubber Testing Principles
Module 36: Technical Discussion (Part 1): Rubber Compounding for Non-Tyre Products
Module 37: Technical Discussion (Part 2): Rubber Compounding for Non-Tyre Products
Module 38: Technical Discussion (Part 3): Rubber Compounding for Non-Tyre Products
Module 39: Technical Discussion (Part 4): Rubber Compounding for Non-Tyre Products
Module 40: Technical Discussion (Part 5): Rubber Compounding for Non-Tyre Products
Module 41: Rheology and Rheological Effects in Rubber Compounds
Module 42: Technical Discussion (Part 6): Rubber Compounding for Non-Tyre Products
Module 43: Technical Discussion (Part 7): Rubber Compounding for Non-Tyre Products
Module 44: Technical Discussion (Part 8): Rubber Compounding for Non-Tyre Products
Module 45: Technical Discussion (Part 9): Rubber Compounding for Non-Tyre Products
Module 46: Rubber Process Analyzer (RPA): How to Use it Efficiently?
Module 47: Rubber Compound Properties & Final Product Quality: Correlations

Expert:

Description:
Module 1 : Understanding of TPE & TPV Families
Module 2 : TPV Industry Overview
Module 3 : TPV Structure & Properties
Module 4 : TPV Processing
Module 5 : TPV Applications in Automotive
Module 6 : TPV Applications in Industrial & Consumer Products
Module 7 : Troubleshooting of TPV Molding
Module 8 : TPV Extrusion Principles & Troubleshooting

Expert:
Eric Jourdain is a well-experienced specialist in EPDM, TPV, TPE, Butyl and Automotive Rubber Products. He worked for 40 years at ExxonMobil in various positions (Technical, R &D and Marketing) with business focus on synthetic rubber (EPDM, TPV, Butyl) in Technology, Development and Application.

Description:
Module 1 : What is Chemical Engineering
Module 2 : Basic Principles of Process Operation
Module 3: Basic Mass Balances
Module 4: Basic Energy Balances
Module 5 : Mass & Energy Balances using the Steam Table
Module 6 : Mass & Energy Balances using Psychrometric Chart
Module 7: Pump Selection & Hydraulic Design
Module 8 : Heat Exchanger Design
Module 9 :Chemical Reactors: An Introduction
Module 10 : Distillation Process Principles
Module 11 : Absorption, Adsorption & Membrane Separation Principles
Module 12 : Evaporation & Crystallization
Module 13 : Chemical Process Safety: An Introduction
Module 14: Scale-Up Processes from Laboratory Scale to Plant Scale

Expert:
Professor Ir. Dr. Dominic Foo is a Professor of Process Design and Integration at the University of Nottingham Malaysia, and is the Founding Director for the Centre of Excellence for Green Technologies. He is a Fellow of the Institution of Chemical Engineers (IChemE), a Fellow of the Academy of Sciences Malaysia (ASM), a Chartered Engineer (CEng) with the Engineering Council UK, a Professional Engineer (PEng) with the Board of Engineer Malaysia (BEM), as well as the President for the Asia Pacific Confederation of Chemical Engineering (APCChE). He is a world-renowned scholar in process integration, focusing on resource conservation and CO2 reduction. He collaborates with more than 50 research scholars and industrial practitioners over Asia, Europe, North America and Africa. Professor Foo is an active author, with eight books, more than 180 journal papers and made more than 230 conference presentations, with more than 30 keynote/plenary speeches. He served as International Scientific Committees for many important international conferences (CHISA/PRES, FOCAPD, ESCAPE, PSE, SDEWES, etc.). Professor Foo is the Editor-in-Chief for Process Integration and Optimization for Sustainability (Springer Nature), Subject Editor for Process Safety & Environmental Protection (Elsevier), and editorial board members for several other renowned journals. He is the winners of the Innovator of the Year Award 2009 of IChemE, Young Engineer Award 2010 of IEM, Outstanding Young Malaysian Award 2012 of Junior Chamber International (JCI), Outstanding Asian Researcher and Engineer 2013 (Society of Chemical Engineers, Japan), Vice-Chancellor’s Achievement Award 2014 (University of Nottingham) and Top Research Scientist Malaysia 2016 (ASM). He conducted close to 100 professional workshops to academics and industrial practitioners worldwide.
Dr. Nishanth Chemmangattuvalappil is an Associated Professor of Chemical Engineering in the department of Chemical and Environmental Engineering at University of Nottingham Malaysia. He received his PhD in Chemical Engineering from Auburn University, AL, USA (2010). He worked as a Post-doctoral fellow at University of Pittsburgh, PA, USA and later at Auburn University. His main areas of expertise include product and molecular design, mixture design and integrated biorefineries. His current work focuses on the application of molecular design concepts on reactive systems, integration of molecular design techniques into the design of biorefineries and carbon capture and storage using ionic liquids. He has co-authored more than 90 peer reviewed international journal articles and five book chapters. In addition, his works have been presented in more than 70 international conferences and in five invited lectures.

Description:
Module 1 : UF/MF Fundamentals and Membrane Materials
Module 2 : UF/MF Membrane Fabrication, Morphology & Characteristics
Module 3 : UF/MF Membrane Format and Product Options
Module 4 : UF/MF Membrane Process Design and Flux Selection
Module 5 : UF/MF Membrane System Design
Module 6 : UF/MF Commercial Membranes & Suppliers Review
Module 7 : UF/MF Membrane Plant Performance Monitoring & Permeability Trends
Module 8 : UF/MF Membrane Applications in Water & Wastewater Treatment
Module 9 : Fouling & Use of Chemicals in UF/MF Membrane Filtration
Module 10 : Operational Issues of UF/MF Membrane Plant
Module 11 : Troubleshooting of UF/MF Membrane Water Plant
Module 12 : UF/MF Membranes - New Developments, Recent Trends & Future Prospects
Module 13 : Ceramic Membranes: Principles & Manufacturing, Applications & Performance
Module 14 : Commercial Ceramic Membranes Review
Module 15 : Membrane Bioreactors for Wastewater Treatment: Basics, Technology & Process Design
Module 16 : Review of Leading Commercial MBR Products

Expert:
Dr Graeme K Pearce holds a degree in chemistry and a doctorate in chemical engineering from the University of Oxford, and is the Principal at his own consulting firm, Membrane Consultancy Associates (MCA) founded in 2005. MCA specializes in advice on membrane filtration technology and provides consulting services covering a range of issues including performance review, problem solving, acting as an expert witness, market analysis, strategy review, and technical advice for investors. Graeme has 40 years’ experience in the membrane field having undertaken technology and strategic development roles at BP, Kalsep, and Hydranautics prior to consulting. He is well known in the field of water and membranes through publications including numerous papers and book contributions. He is also the sole author of ‘UF/MF Membrane Water Treatment’, published by TechnoBiz. Graeme has conducted many workshop training sessions, has been a conference chairman and a regular conference session chair, as well as giving numerous keynote lectures and other papers. For further information see www.membraneconsultancy.com.

Description:
Module 1: Tyre Design & Construction - An Introduction
Module 2: General Purpose Rubbers
Module 3: Saturated, Unsaturated, Polar and Non-Polar Rubbers
Module 4: Fillers for Rubber Reinforcement
Module 5: Rubber Processing Additives
Module 6: EPDM Application in Tyres & Tubes
Module 7: Rubber Vulcanization Chemicals & Protective Agents
Module 8: Rubber Compounding for meeting Properties, Processing and Price
Module 9: Selection of Rubbers for meeting Heat, Ozone and Oil Resistance
Module 10: Silica and Silane Technology- Overview
Module 11: Rubber Mixing Technology and Selection
Module 12: Application of Resins in Tyre Compounding
Module 13: Rubber Mixing Procedures & Sequence
Module 14: Setting-up Rubber Mixing Line
Module 15: Rubber Mixing Troubleshooting
Module 16: Application of High-Performance Resins in Tyre Compounding
Module 17: NR and SBR Compounding
Module 18: Application of High-Performance Clays in Tyre Compounding
Module 19: Passenger Car Tyre Tread Compounding for Normal Application
Module 20: Passenger Car Tyre Tread Compounding for High Mileage
Module 21: Passenger Car Tyre Tread Compounding for Magic Triangle
Module 22: Tyre Sidewall Compounding
Module 23: Truck Bus Radial Tyre Steel Belt Skim Compounding
Module 24: Truck Bus Radial Tyre Tread Compounding
Module 25: Tyre Bead Compounding
Module 26: Tire Innerliner Technology and Butyl Rubbers
Module 27: Technical Discussion (Part 1): Tyre Compounding
Module 28: Technical Discussion (Part 2): Tyre Compounding
Module 29: Technical Discussion (Part 3): Tyre Compounding
Module 30: Technical Discussion (Part 4): Tyre Compounding
Module 31: Mixing of Silica Compounds and the In-Situ Silanization Process
Module 32: Safety & Environmental Regulations for Rubber & Tyre Industries
Module 33: Compound Development for Solid Tyres
Module 34: Aircraft Tire Materials Technologies: An Introduction
Module 35: Bicycle Tyre & Tube Compound Development
Module 36: Dispersion and Distribution Principles in Rubber Compounding
Module 37: Fill-Factor & Batch Weight of Internal Mixer
Module 38: Utility Requirement in a Tyre Industry
Module 39: Storage of Raw Materials and Rubber Compounds
Module 40: Technical Discussion (Part 1): Rubber Mixing Plant: Design & Layout
Module 41: Testing of Rubber Compounds
Module 42: Rheology and Rheological Effects in Rubber Compounds
Module 43: Rubber Process Analyzer (RPA): How to Use it Efficiently?
Module 44: Compounding for Tyre Retreading
Module 45: Technical Discussion (Part 5): Tyre Compounding
Module 46: Compounds for Motorcycle, Scooter and Three-Wheeler Tyres

Expert:

Description:
Module 1: Introduction to Rubber Hoses
Module 2: Rubber Compound Development for Hoses
Module 3: Hose Manufacturing Process & Control
Module 4: Rubber Hose - Design & Construction
Module 5: Rubber Hose - Testing & Quality Control
Module 6: Hose Selection & Installation

Expert:
UK Prasad is a well-experienced rubber technologist with 39 years of experience with specialization in Product, Process & Material Development in Rubber Hoses, Wire & Cables and Belts & Rubber to Metal Bonded Products. His professional experience includes: 24 years at Gates India (Hydraulic & Industrial Hoses); 7 Years at NICCO Corporation (Wires & Cables); 5 Years at Dunlop (Hose, Belts & Rubber to Metal bonded Product); 4 Years at JK Fenner (Hydraulic & Industrial Hoses). His educational qualifications include: B.Tech (Polymer Technology); B.Sc (Chemistry) & MBA (Operation Research).

Description:
Module 1 : EPDM Rubber Industry: Market, Supply Chain & Competencies
Module 2 : EPDM Rubber Chemistry & Properties
Module 3 : EPDM Rubber Compounding
Module 4 : EPDM Rubber Processing
Module 5 : EPDM Rubber in Foam Products
Module 6 : EPDM Rubber in Automotive
Module 7 : EPDM Rubber in Construction & Industrial Goods
Module 8 : EPDM Rubber in Tyres & Tubes
Module 9 : Troubleshooting of EPDM Rubber Processing
Module 10 : Q & A with Expert (Part 1) : EPDM Rubber Technology

Expert:
Eric Jourdain is a well-experienced specialist in EPDM, TPV, TPE, Butyl and Automotive Rubber Products. He worked for 40 years at ExxonMobil in various positions (Technical, R &D and Marketing) with business focus on synthetic rubber (EPDM, TPV, Butyl) in Technology, Development and Application.

Description:
Module 1: Raw Materials for Plastic Films: Selection & Basic Properties
Module 2: Raw Material Conveying and Blending Technology for Film Extrusion
Module 3: Film Extruder Components and Setup Principles
Module 4: Film Extruder Die Components and Setup Principles
Module 5: Film/Sheet Cooling and Stabilization Principles
Module 6: Gauge Variation Randomization in Film Extrusion
Module 7: Post Film Extrusion Processes
Module 8: Quality Control Measurements in Film Extrusion
Module 9: Troubleshooting Visual Defects in Plastic Film and Sheet
Module 10: Troubleshooting Cooling and Stability in Plastics Film Extrusion
Module 11: Troubleshooting Roll Geometry in Plastic Film and Sheet
Module 12: Troubleshooting Gauge Variation in Plastic Film and Sheet

Expert:
Paul Waller has been a renowned author and expert in film extrusion for more than 40 years. His clients include raw material suppliers, processors, end users, educational institutions and industry associations on 5 continents. Mr. Waller obtained his B.Eng. in Chemical Engineering at McGill University in Montreal and his MBA at York University Schulich School of Business in Toronto. Mr. Waller started his career at Dow Chemical’s polyethylene technical services group before moving to Esso Chemical’s Vinyl division. Mr. Waller designed and presented the Film Technology program for the Canadian Plastics Training Centre in Toronto and SENAI in Brazil. He was co-chair of the Canadian Plastics Sector Council, which established occupational standards for film operators and was chair of the Flexible Packaging division of the Society of Plastics Engineers. He has provided intensive in-house training to more than 1,200 operators, technicians and engineers on five continents in the last 17 years.

Description:

Expert:
Dr Graeme K Pearce holds a degree in chemistry and a doctorate in chemical engineering from the University of Oxford, and is the Principal at his own consulting firm, Membrane Consultancy Associates (MCA) founded in 2005. MCA specializes in advice on membrane filtration technology and provides consulting services covering a range of issues including performance review, problem solving, acting as an expert witness, market analysis, strategy review, and technical advice for investors. Graeme has 40 years’ experience in the membrane field having undertaken technology and strategic development roles at BP, Kalsep, and Hydranautics prior to consulting. He is well known in the field of water and membranes through publications including numerous papers and book contributions. He is also the sole author of ‘UF/MF Membrane Water Treatment’, published by TechnoBiz. Graeme has conducted many workshop training sessions, has been a conference chairman and a regular conference session chair, as well as giving numerous keynote lectures and other papers. For further information see www.membraneconsultancy.com.

Description:
Module 1: Introduction to Compression Molding
Module 2: Rubber Processing & Part Deflashing
Module 3: Compression Mold Design - Part 1
Module 4: Compression Mold Design - Part 2
Module 5: Pulse Filling & Compression Preforms
Module 6: Platens, Mold Mounting and Mold Insulation
Module 7: Air Removal for Compression Molding
Module 8: Troubleshooting of Compression Molding

Expert:
Mr. Terry Chapin is currently a Rubber Technologist at Elastomeister doing rubber consulting, training and teaching, he has worked as a Senior Materials Engineer, working with elastomer and foam materials, Senior Rubber Technical and Cost Leader and a Tool Engineer for rubber and plastic molds. He holds two U.S. patents and has been involved in the rubber industry for 40 years, working with rubber companies globally. Terry has been an active technical speaker for university level continuing education instruction, rubber conferences and technical in-plant venues for 30 years.

Description:

Expert:

Description:
Module 1: Understanding the Working Principle of the Rubber Extruder
Module 2: Understanding the General Layout of Tire Tread and Sidewall Extrusion Line
Module 3: Die Design for Extruded Tire Components
Module 4: How to Reduce Tire Component Extrusion Variation and How to Reduce Defects?

Expert:
Dr. Gerard Nijman, a well-experienced and recognized rubber technologist has 33+years’ experience in rubber processing and tyre manufacturing. Currently, he is working as the Head of R&D and Technology Rubber Machinery at KraussMaffei Extrusion GmbH, Germany. In the past, He worked at Apollo Tyres (former Vredestein), Netherlands (29 yrs) as R&D Sr. Expert and also worked at HF-Tiretech Group, Germany as Head of Extrusion Process Engineering. He is awarded with 17 patents and received “Europe Rubber Technologist Award 2016”. He is a regular invited speaker and trainer at tyre and rubber industry conferences and workshops across the world. His educational credentials include: Ph.D in Polymer Processing ((University of Twente, Netherlands) and Master´s degree in Rheology (University of Twente, Netherlands).

Description:
Module 1: Understanding the Working Principle of the Rubber Extruder
Module 2: Understanding the General Layout of Tire Tread and Sidewall Extrusion Line
Module 3: Die Design for Extruded Tire Components
Module 4: How to Reduce Tire Component Extrusion Variation and How to Reduce Defects?

Expert:
Dr. Gerard Nijman, a well-experienced and recognized rubber technologist has 33+years’ experience in rubber processing and tyre manufacturing. Currently, he is working as the Head of R&D and Technology Rubber Machinery at KraussMaffei Extrusion GmbH, Germany. In the past, He worked at Apollo Tyres (former Vredestein), Netherlands (29 yrs) as R&D Sr. Expert and also worked at HF-Tiretech Group, Germany as Head of Extrusion Process Engineering. He is awarded with 17 patents and received “Europe Rubber Technologist Award 2016”. He is a regular invited speaker and trainer at tyre and rubber industry conferences and workshops across the world. His educational credentials include: Ph.D in Polymer Processing ((University of Twente, Netherlands) and Master´s degree in Rheology (University of Twente, Netherlands).

Description:
Module 1 : What is Chemical Engineering
Module 2 : Basic Principles of Process Operation
Module 3: Basic Mass Balances
Module 4: Basic Energy Balances
Module 5 : Mass & Energy Balances using the Steam Table
Module 6 : Mass & Energy Balances using Psychrometric Chart
Module 7: Pump Selection & Hydraulic Design
Module 8 : Heat Exchanger Design
Module 9 :Chemical Reactors: An Introduction
Module 10 : Distillation Process Principles
Module 11 : Absorption, Adsorption & Membrane Separation Principles
Module 12 : Evaporation & Crystallization
Module 13 : Chemical Process Safety: An Introduction
Module 14: Scale-Up Processes from Laboratory Scale to Plant Scale

Expert:
Professor Ir. Dr. Dominic Foo is a Professor of Process Design and Integration at the University of Nottingham Malaysia, and is the Founding Director for the Centre of Excellence for Green Technologies. He is a Fellow of the Institution of Chemical Engineers (IChemE), a Fellow of the Academy of Sciences Malaysia (ASM), a Chartered Engineer (CEng) with the Engineering Council UK, a Professional Engineer (PEng) with the Board of Engineer Malaysia (BEM), as well as the President for the Asia Pacific Confederation of Chemical Engineering (APCChE). He is a world-renowned scholar in process integration, focusing on resource conservation and CO2 reduction. He collaborates with more than 50 research scholars and industrial practitioners over Asia, Europe, North America and Africa. Professor Foo is an active author, with eight books, more than 180 journal papers and made more than 230 conference presentations, with more than 30 keynote/plenary speeches. He served as International Scientific Committees for many important international conferences (CHISA/PRES, FOCAPD, ESCAPE, PSE, SDEWES, etc.). Professor Foo is the Editor-in-Chief for Process Integration and Optimization for Sustainability (Springer Nature), Subject Editor for Process Safety & Environmental Protection (Elsevier), and editorial board members for several other renowned journals. He is the winners of the Innovator of the Year Award 2009 of IChemE, Young Engineer Award 2010 of IEM, Outstanding Young Malaysian Award 2012 of Junior Chamber International (JCI), Outstanding Asian Researcher and Engineer 2013 (Society of Chemical Engineers, Japan), Vice-Chancellor’s Achievement Award 2014 (University of Nottingham) and Top Research Scientist Malaysia 2016 (ASM). He conducted close to 100 professional workshops to academics and industrial practitioners worldwide.
Dr. Nishanth Chemmangattuvalappil is an Associated Professor of Chemical Engineering in the department of Chemical and Environmental Engineering at University of Nottingham Malaysia. He received his PhD in Chemical Engineering from Auburn University, AL, USA (2010). He worked as a Post-doctoral fellow at University of Pittsburgh, PA, USA and later at Auburn University. His main areas of expertise include product and molecular design, mixture design and integrated biorefineries. His current work focuses on the application of molecular design concepts on reactive systems, integration of molecular design techniques into the design of biorefineries and carbon capture and storage using ionic liquids. He has co-authored more than 90 peer reviewed international journal articles and five book chapters. In addition, his works have been presented in more than 70 international conferences and in five invited lectures.

Description:
Module 1 : Understanding of TPE & TPV Families
Module 2 : TPV Industry Overview
Module 3 : TPV Structure & Properties
Module 4 : TPV Processing
Module 5 : TPV Applications in Automotive
Module 6 : TPV Applications in Industrial & Consumer Products
Module 7 : Troubleshooting of TPV Molding
Module 8 : TPV Extrusion Principles & Troubleshooting

Expert:
Eric Jourdain is a well-experienced specialist in EPDM, TPV, TPE, Butyl and Automotive Rubber Products. He worked for 40 years at ExxonMobil in various positions (Technical, R &D and Marketing) with business focus on synthetic rubber (EPDM, TPV, Butyl) in Technology, Development and Application.

Description:

Expert:
Dr Graeme K Pearce holds a degree in chemistry and a doctorate in chemical engineering from the University of Oxford, and is the Principal at his own consulting firm, Membrane Consultancy Associates (MCA) founded in 2005. MCA specializes in advice on membrane filtration technology and provides consulting services covering a range of issues including performance review, problem solving, acting as an expert witness, market analysis, strategy review, and technical advice for investors. Graeme has 40 years’ experience in the membrane field having undertaken technology and strategic development roles at BP, Kalsep, and Hydranautics prior to consulting. He is well known in the field of water and membranes through publications including numerous papers and book contributions. He is also the sole author of ‘UF/MF Membrane Water Treatment’, published by TechnoBiz. Graeme has conducted many workshop training sessions, has been a conference chairman and a regular conference session chair, as well as giving numerous keynote lectures and other papers. For further information see www.membraneconsultancy.com.

Description:
Module 1 : Understanding of TPE & TPV Families
Module 2 : TPV Industry Overview
Module 3 : TPV Structure & Properties
Module 4 : TPV Processing
Module 5 : TPV Applications in Automotive
Module 6 : TPV Applications in Industrial & Consumer Products
Module 7 : Troubleshooting of TPV Molding
Module 8 : TPV Extrusion Principles & Troubleshooting

Expert:
Eric Jourdain is a well-experienced specialist in EPDM, TPV, TPE, Butyl and Automotive Rubber Products. He worked for 40 years at ExxonMobil in various positions (Technical, R &D and Marketing) with business focus on synthetic rubber (EPDM, TPV, Butyl) in Technology, Development and Application.

Description:
Module 1 : UF/MF Fundamentals and Membrane Materials
Module 2 : UF/MF Membrane Fabrication, Morphology & Characteristics
Module 3 : UF/MF Membrane Format and Product Options
Module 4 : UF/MF Membrane Process Design and Flux Selection
Module 5 : UF/MF Membrane System Design
Module 6 : UF/MF Commercial Membranes & Suppliers Review
Module 7 : UF/MF Membrane Plant Performance Monitoring & Permeability Trends
Module 8 : UF/MF Membrane Applications in Water & Wastewater Treatment
Module 9 : Fouling & Use of Chemicals in UF/MF Membrane Filtration
Module 10 : Operational Issues of UF/MF Membrane Plant
Module 11 : Troubleshooting of UF/MF Membrane Water Plant
Module 12 : UF/MF Membranes - New Developments, Recent Trends & Future Prospects
Module 13 : Ceramic Membranes: Principles & Manufacturing, Applications & Performance
Module 14 : Commercial Ceramic Membranes Review
Module 15 : Membrane Bioreactors for Wastewater Treatment: Basics, Technology & Process Design
Module 16 : Review of Leading Commercial MBR Products

Expert:
Dr Graeme K Pearce holds a degree in chemistry and a doctorate in chemical engineering from the University of Oxford, and is the Principal at his own consulting firm, Membrane Consultancy Associates (MCA) founded in 2005. MCA specializes in advice on membrane filtration technology and provides consulting services covering a range of issues including performance review, problem solving, acting as an expert witness, market analysis, strategy review, and technical advice for investors. Graeme has 40 years’ experience in the membrane field having undertaken technology and strategic development roles at BP, Kalsep, and Hydranautics prior to consulting. He is well known in the field of water and membranes through publications including numerous papers and book contributions. He is also the sole author of ‘UF/MF Membrane Water Treatment’, published by TechnoBiz. Graeme has conducted many workshop training sessions, has been a conference chairman and a regular conference session chair, as well as giving numerous keynote lectures and other papers. For further information see www.membraneconsultancy.com.

Description:
Module 1: Raw Materials for Plastic Films: Selection & Basic Properties
Module 2: Raw Material Conveying and Blending Technology for Film Extrusion
Module 3: Film Extruder Components and Setup Principles
Module 4: Film Extruder Die Components and Setup Principles
Module 5: Film/Sheet Cooling and Stabilization Principles
Module 6: Gauge Variation Randomization in Film Extrusion
Module 7: Post Film Extrusion Processes
Module 8: Quality Control Measurements in Film Extrusion
Module 9: Troubleshooting Visual Defects in Plastic Film and Sheet
Module 10: Troubleshooting Cooling and Stability in Plastics Film Extrusion
Module 11: Troubleshooting Roll Geometry in Plastic Film and Sheet
Module 12: Troubleshooting Gauge Variation in Plastic Film and Sheet

Expert:
Paul Waller has been a renowned author and expert in film extrusion for more than 40 years. His clients include raw material suppliers, processors, end users, educational institutions and industry associations on 5 continents. Mr. Waller obtained his B.Eng. in Chemical Engineering at McGill University in Montreal and his MBA at York University Schulich School of Business in Toronto. Mr. Waller started his career at Dow Chemical’s polyethylene technical services group before moving to Esso Chemical’s Vinyl division. Mr. Waller designed and presented the Film Technology program for the Canadian Plastics Training Centre in Toronto and SENAI in Brazil. He was co-chair of the Canadian Plastics Sector Council, which established occupational standards for film operators and was chair of the Flexible Packaging division of the Society of Plastics Engineers. He has provided intensive in-house training to more than 1,200 operators, technicians and engineers on five continents in the last 17 years.

Description:
Module 1 : UF/MF Fundamentals and Membrane Materials
Module 2 : UF/MF Membrane Fabrication, Morphology & Characteristics
Module 3 : UF/MF Membrane Format and Product Options
Module 4 : UF/MF Membrane Process Design and Flux Selection
Module 5 : UF/MF Membrane System Design
Module 6 : UF/MF Commercial Membranes & Suppliers Review
Module 7 : UF/MF Membrane Plant Performance Monitoring & Permeability Trends
Module 8 : UF/MF Membrane Applications in Water & Wastewater Treatment
Module 9 : Fouling & Use of Chemicals in UF/MF Membrane Filtration
Module 10 : Operational Issues of UF/MF Membrane Plant
Module 11 : Troubleshooting of UF/MF Membrane Water Plant
Module 12 : UF/MF Membranes - New Developments, Recent Trends & Future Prospects
Module 13 : Ceramic Membranes: Principles & Manufacturing, Applications & Performance
Module 14 : Commercial Ceramic Membranes Review
Module 15 : Membrane Bioreactors for Wastewater Treatment: Basics, Technology & Process Design
Module 16 : Review of Leading Commercial MBR Products

Expert:
Dr Graeme K Pearce holds a degree in chemistry and a doctorate in chemical engineering from the University of Oxford, and is the Principal at his own consulting firm, Membrane Consultancy Associates (MCA) founded in 2005. MCA specializes in advice on membrane filtration technology and provides consulting services covering a range of issues including performance review, problem solving, acting as an expert witness, market analysis, strategy review, and technical advice for investors. Graeme has 40 years’ experience in the membrane field having undertaken technology and strategic development roles at BP, Kalsep, and Hydranautics prior to consulting. He is well known in the field of water and membranes through publications including numerous papers and book contributions. He is also the sole author of ‘UF/MF Membrane Water Treatment’, published by TechnoBiz. Graeme has conducted many workshop training sessions, has been a conference chairman and a regular conference session chair, as well as giving numerous keynote lectures and other papers. For further information see www.membraneconsultancy.com.

Description:
Module 1: Introduction to Non-Tyre Products Industry
Module 2: General Purpose Rubbers
Module 3: Special Purpose Rubbers (EPDM, NBR, CR, CPE, CSM, ACM, AEM)
Module 4: Special Purpose Rubbers (HNBR, FKM, ECO, VMQ, FQM, PU)
Module 5: Fillers for Rubber Reinforcement
Module 6: Rubber Processing Additives
Module 7: Rubber Vulcanization Chemicals & Protective Agents
Module 8: Reinforcing Materials (Textiles & Steel) for Rubber Industries
Module 9: Rubber Process Oils: Types & Selection
Module 10: Rubber Compound Formulation: Development & Case Studies
Module 11: Molded Rubber Products: Compound Development
Module 12: Hydraulic Hoses: Rubber Compound Development
Module 13: Conveyor Belts: Rubber Compound Development
Module 14: Rubber Mixing Technology & Selection
Module 15: Rubber Mixing Procedures & Sequence
Module 16: Cost Analysis of Rubber Compound
Module 17: Extruded Rubber Products: Compound Development
Module 18: Industrial Rubber Rollers: Compound Development
Module 19: Rubber Mixing Plant Management
Module 20: Reverse Engineering in Compound Development
Module 21: Footwear Soles: Rubber Compound Development
Module 22: Cost Optimization of Rubber Hose Compounds
Module 23: Best Practices for Rubber Chemists in Material Development
Module 24: Laboratory Management System
Module 25: Setting-up Rubber Mixing Line
Module 26: Rubber Mixing Troubleshooting
Module 27: Metal to Rubber Bonded Products: Compound Development
Module 28: Rubber Reclaim Application in Non-Tyre Products
Module 29: Safety & Environmental Regulations for Rubber & Tyre Industries
Module 30: Storage of Raw Materials & Rubber Compounds
Module 31: How to Judge Quality of Rubber Compounds?
Module 32: Elastomer Curing Systems and Their Effects on Product Performance
Module 33: Dispersion and Distribution Principles in Rubber Compounding
Module 34: Fill-Factor & Batch Weight of Internal Mixer
Module 35: Rubber Testing Principles
Module 36: Technical Discussion (Part 1): Rubber Compounding for Non-Tyre Products
Module 37: Technical Discussion (Part 2): Rubber Compounding for Non-Tyre Products
Module 38: Technical Discussion (Part 3): Rubber Compounding for Non-Tyre Products
Module 39: Technical Discussion (Part 4): Rubber Compounding for Non-Tyre Products
Module 40: Technical Discussion (Part 5): Rubber Compounding for Non-Tyre Products
Module 41: Rheology and Rheological Effects in Rubber Compounds
Module 42: Technical Discussion (Part 6): Rubber Compounding for Non-Tyre Products
Module 43: Technical Discussion (Part 7): Rubber Compounding for Non-Tyre Products
Module 44: Technical Discussion (Part 8): Rubber Compounding for Non-Tyre Products
Module 45: Technical Discussion (Part 9): Rubber Compounding for Non-Tyre Products
Module 46: Rubber Process Analyzer (RPA): How to Use it Efficiently?
Module 47: Rubber Compound Properties & Final Product Quality: Correlations

Expert:

Description:
Module 1: Tyre Design & Construction - An Introduction
Module 2: General Purpose Rubbers
Module 3: Saturated, Unsaturated, Polar and Non-Polar Rubbers
Module 4: Fillers for Rubber Reinforcement
Module 5: Rubber Processing Additives
Module 6: EPDM Application in Tyres & Tubes
Module 7: Rubber Vulcanization Chemicals & Protective Agents
Module 8: Rubber Compounding for meeting Properties, Processing and Price
Module 9: Selection of Rubbers for meeting Heat, Ozone and Oil Resistance
Module 10: Silica and Silane Technology- Overview
Module 11: Rubber Mixing Technology and Selection
Module 12: Application of Resins in Tyre Compounding
Module 13: Rubber Mixing Procedures & Sequence
Module 14: Setting-up Rubber Mixing Line
Module 15: Rubber Mixing Troubleshooting
Module 16: Application of High-Performance Resins in Tyre Compounding
Module 17: NR and SBR Compounding
Module 18: Application of High-Performance Clays in Tyre Compounding
Module 19: Passenger Car Tyre Tread Compounding for Normal Application
Module 20: Passenger Car Tyre Tread Compounding for High Mileage
Module 21: Passenger Car Tyre Tread Compounding for Magic Triangle
Module 22: Tyre Sidewall Compounding
Module 23: Truck Bus Radial Tyre Steel Belt Skim Compounding
Module 24: Truck Bus Radial Tyre Tread Compounding
Module 25: Tyre Bead Compounding
Module 26: Tire Innerliner Technology and Butyl Rubbers
Module 27: Technical Discussion (Part 1): Tyre Compounding
Module 28: Technical Discussion (Part 2): Tyre Compounding
Module 29: Technical Discussion (Part 3): Tyre Compounding
Module 30: Technical Discussion (Part 4): Tyre Compounding
Module 31: Mixing of Silica Compounds and the In-Situ Silanization Process
Module 32: Safety & Environmental Regulations for Rubber & Tyre Industries
Module 33: Compound Development for Solid Tyres
Module 34: Aircraft Tire Materials Technologies: An Introduction
Module 35: Bicycle Tyre & Tube Compound Development
Module 36: Dispersion and Distribution Principles in Rubber Compounding
Module 37: Fill-Factor & Batch Weight of Internal Mixer
Module 38: Utility Requirement in a Tyre Industry
Module 39: Storage of Raw Materials and Rubber Compounds
Module 40: Technical Discussion (Part 1): Rubber Mixing Plant: Design & Layout
Module 41: Testing of Rubber Compounds
Module 42: Rheology and Rheological Effects in Rubber Compounds
Module 43: Rubber Process Analyzer (RPA): How to Use it Efficiently?
Module 44: Compounding for Tyre Retreading
Module 45: Technical Discussion (Part 5): Tyre Compounding
Module 46: Compounds for Motorcycle, Scooter and Three-Wheeler Tyres

Expert:

Description:
Module 1 : EPDM Rubber Industry: Market, Supply Chain & Competencies
Module 2 : EPDM Rubber Chemistry & Properties
Module 3 : EPDM Rubber Compounding
Module 4 : EPDM Rubber Processing
Module 5 : EPDM Rubber in Foam Products
Module 6 : EPDM Rubber in Automotive
Module 7 : EPDM Rubber in Construction & Industrial Goods
Module 8 : EPDM Rubber in Tyres & Tubes
Module 9 : Troubleshooting of EPDM Rubber Processing
Module 10 : Q & A with Expert (Part 1) : EPDM Rubber Technology

Expert:
Eric Jourdain is a well-experienced specialist in EPDM, TPV, TPE, Butyl and Automotive Rubber Products. He worked for 40 years at ExxonMobil in various positions (Technical, R &D and Marketing) with business focus on synthetic rubber (EPDM, TPV, Butyl) in Technology, Development and Application.

Description:
Module 1: Raw Materials for Plastic Films: Selection & Basic Properties
Module 2: Raw Material Conveying and Blending Technology for Film Extrusion
Module 3: Film Extruder Components and Setup Principles
Module 4: Film Extruder Die Components and Setup Principles
Module 5: Film/Sheet Cooling and Stabilization Principles
Module 6: Gauge Variation Randomization in Film Extrusion
Module 7: Post Film Extrusion Processes
Module 8: Quality Control Measurements in Film Extrusion
Module 9: Troubleshooting Visual Defects in Plastic Film and Sheet
Module 10: Troubleshooting Cooling and Stability in Plastics Film Extrusion
Module 11: Troubleshooting Roll Geometry in Plastic Film and Sheet
Module 12: Troubleshooting Gauge Variation in Plastic Film and Sheet

Expert:
Paul Waller has been a renowned author and expert in film extrusion for more than 40 years. His clients include raw material suppliers, processors, end users, educational institutions and industry associations on 5 continents. Mr. Waller obtained his B.Eng. in Chemical Engineering at McGill University in Montreal and his MBA at York University Schulich School of Business in Toronto. Mr. Waller started his career at Dow Chemical’s polyethylene technical services group before moving to Esso Chemical’s Vinyl division. Mr. Waller designed and presented the Film Technology program for the Canadian Plastics Training Centre in Toronto and SENAI in Brazil. He was co-chair of the Canadian Plastics Sector Council, which established occupational standards for film operators and was chair of the Flexible Packaging division of the Society of Plastics Engineers. He has provided intensive in-house training to more than 1,200 operators, technicians and engineers on five continents in the last 17 years.

Description:

Expert:

Description:
Module 1 : What is Chemical Engineering
Module 2 : Basic Principles of Process Operation
Module 3: Basic Mass Balances
Module 4: Basic Energy Balances
Module 5 : Mass & Energy Balances using the Steam Table
Module 6 : Mass & Energy Balances using Psychrometric Chart
Module 7: Pump Selection & Hydraulic Design
Module 8 : Heat Exchanger Design
Module 9 :Chemical Reactors: An Introduction
Module 10 : Distillation Process Principles
Module 11 : Absorption, Adsorption & Membrane Separation Principles
Module 12 : Evaporation & Crystallization
Module 13 : Chemical Process Safety: An Introduction
Module 14: Scale-Up Processes from Laboratory Scale to Plant Scale

Expert:
Professor Ir. Dr. Dominic Foo is a Professor of Process Design and Integration at the University of Nottingham Malaysia, and is the Founding Director for the Centre of Excellence for Green Technologies. He is a Fellow of the Institution of Chemical Engineers (IChemE), a Fellow of the Academy of Sciences Malaysia (ASM), a Chartered Engineer (CEng) with the Engineering Council UK, a Professional Engineer (PEng) with the Board of Engineer Malaysia (BEM), as well as the President for the Asia Pacific Confederation of Chemical Engineering (APCChE). He is a world-renowned scholar in process integration, focusing on resource conservation and CO2 reduction. He collaborates with more than 50 research scholars and industrial practitioners over Asia, Europe, North America and Africa. Professor Foo is an active author, with eight books, more than 180 journal papers and made more than 230 conference presentations, with more than 30 keynote/plenary speeches. He served as International Scientific Committees for many important international conferences (CHISA/PRES, FOCAPD, ESCAPE, PSE, SDEWES, etc.). Professor Foo is the Editor-in-Chief for Process Integration and Optimization for Sustainability (Springer Nature), Subject Editor for Process Safety & Environmental Protection (Elsevier), and editorial board members for several other renowned journals. He is the winners of the Innovator of the Year Award 2009 of IChemE, Young Engineer Award 2010 of IEM, Outstanding Young Malaysian Award 2012 of Junior Chamber International (JCI), Outstanding Asian Researcher and Engineer 2013 (Society of Chemical Engineers, Japan), Vice-Chancellor’s Achievement Award 2014 (University of Nottingham) and Top Research Scientist Malaysia 2016 (ASM). He conducted close to 100 professional workshops to academics and industrial practitioners worldwide.
Dr. Nishanth Chemmangattuvalappil is an Associated Professor of Chemical Engineering in the department of Chemical and Environmental Engineering at University of Nottingham Malaysia. He received his PhD in Chemical Engineering from Auburn University, AL, USA (2010). He worked as a Post-doctoral fellow at University of Pittsburgh, PA, USA and later at Auburn University. His main areas of expertise include product and molecular design, mixture design and integrated biorefineries. His current work focuses on the application of molecular design concepts on reactive systems, integration of molecular design techniques into the design of biorefineries and carbon capture and storage using ionic liquids. He has co-authored more than 90 peer reviewed international journal articles and five book chapters. In addition, his works have been presented in more than 70 international conferences and in five invited lectures.

Description:
Module 1 : What is Chemical Engineering
Module 2 : Basic Principles of Process Operation
Module 3: Basic Mass Balances
Module 4: Basic Energy Balances
Module 5 : Mass & Energy Balances using the Steam Table
Module 6 : Mass & Energy Balances using Psychrometric Chart
Module 7: Pump Selection & Hydraulic Design
Module 8 : Heat Exchanger Design
Module 9 :Chemical Reactors: An Introduction
Module 10 : Distillation Process Principles
Module 11 : Absorption, Adsorption & Membrane Separation Principles
Module 12 : Evaporation & Crystallization
Module 13 : Chemical Process Safety: An Introduction
Module 14: Scale-Up Processes from Laboratory Scale to Plant Scale

Expert:
Professor Ir. Dr. Dominic Foo is a Professor of Process Design and Integration at the University of Nottingham Malaysia, and is the Founding Director for the Centre of Excellence for Green Technologies. He is a Fellow of the Institution of Chemical Engineers (IChemE), a Fellow of the Academy of Sciences Malaysia (ASM), a Chartered Engineer (CEng) with the Engineering Council UK, a Professional Engineer (PEng) with the Board of Engineer Malaysia (BEM), as well as the President for the Asia Pacific Confederation of Chemical Engineering (APCChE). He is a world-renowned scholar in process integration, focusing on resource conservation and CO2 reduction. He collaborates with more than 50 research scholars and industrial practitioners over Asia, Europe, North America and Africa. Professor Foo is an active author, with eight books, more than 180 journal papers and made more than 230 conference presentations, with more than 30 keynote/plenary speeches. He served as International Scientific Committees for many important international conferences (CHISA/PRES, FOCAPD, ESCAPE, PSE, SDEWES, etc.). Professor Foo is the Editor-in-Chief for Process Integration and Optimization for Sustainability (Springer Nature), Subject Editor for Process Safety & Environmental Protection (Elsevier), and editorial board members for several other renowned journals. He is the winners of the Innovator of the Year Award 2009 of IChemE, Young Engineer Award 2010 of IEM, Outstanding Young Malaysian Award 2012 of Junior Chamber International (JCI), Outstanding Asian Researcher and Engineer 2013 (Society of Chemical Engineers, Japan), Vice-Chancellor’s Achievement Award 2014 (University of Nottingham) and Top Research Scientist Malaysia 2016 (ASM). He conducted close to 100 professional workshops to academics and industrial practitioners worldwide.
Dr. Nishanth Chemmangattuvalappil is an Associated Professor of Chemical Engineering in the department of Chemical and Environmental Engineering at University of Nottingham Malaysia. He received his PhD in Chemical Engineering from Auburn University, AL, USA (2010). He worked as a Post-doctoral fellow at University of Pittsburgh, PA, USA and later at Auburn University. His main areas of expertise include product and molecular design, mixture design and integrated biorefineries. His current work focuses on the application of molecular design concepts on reactive systems, integration of molecular design techniques into the design of biorefineries and carbon capture and storage using ionic liquids. He has co-authored more than 90 peer reviewed international journal articles and five book chapters. In addition, his works have been presented in more than 70 international conferences and in five invited lectures.

Description:
Module 1: Raw Materials for Plastic Films: Selection & Basic Properties
Module 2: Raw Material Conveying and Blending Technology for Film Extrusion
Module 3: Film Extruder Components and Setup Principles
Module 4: Film Extruder Die Components and Setup Principles
Module 5: Film/Sheet Cooling and Stabilization Principles
Module 6: Gauge Variation Randomization in Film Extrusion
Module 7: Post Film Extrusion Processes
Module 8: Quality Control Measurements in Film Extrusion
Module 9: Troubleshooting Visual Defects in Plastic Film and Sheet
Module 10: Troubleshooting Cooling and Stability in Plastics Film Extrusion
Module 11: Troubleshooting Roll Geometry in Plastic Film and Sheet
Module 12: Troubleshooting Gauge Variation in Plastic Film and Sheet

Expert:
Paul Waller has been a renowned author and expert in film extrusion for more than 40 years. His clients include raw material suppliers, processors, end users, educational institutions and industry associations on 5 continents. Mr. Waller obtained his B.Eng. in Chemical Engineering at McGill University in Montreal and his MBA at York University Schulich School of Business in Toronto. Mr. Waller started his career at Dow Chemical’s polyethylene technical services group before moving to Esso Chemical’s Vinyl division. Mr. Waller designed and presented the Film Technology program for the Canadian Plastics Training Centre in Toronto and SENAI in Brazil. He was co-chair of the Canadian Plastics Sector Council, which established occupational standards for film operators and was chair of the Flexible Packaging division of the Society of Plastics Engineers. He has provided intensive in-house training to more than 1,200 operators, technicians and engineers on five continents in the last 17 years.

Description:

Expert:

Description:
Module 1: Introduction to Rubber Hoses
Module 2: Rubber Compound Development for Hoses
Module 3: Hose Manufacturing Process & Control
Module 4: Rubber Hose - Design & Construction
Module 5: Rubber Hose - Testing & Quality Control
Module 6: Hose Selection & Installation

Expert:
UK Prasad is a well-experienced rubber technologist with 39 years of experience with specialization in Product, Process & Material Development in Rubber Hoses, Wire & Cables and Belts & Rubber to Metal Bonded Products. His professional experience includes: 24 years at Gates India (Hydraulic & Industrial Hoses); 7 Years at NICCO Corporation (Wires & Cables); 5 Years at Dunlop (Hose, Belts & Rubber to Metal bonded Product); 4 Years at JK Fenner (Hydraulic & Industrial Hoses). His educational qualifications include: B.Tech (Polymer Technology); B.Sc (Chemistry) & MBA (Operation Research).

Description:
Module 1: Introduction to Compression Molding
Module 2: Rubber Processing & Part Deflashing
Module 3: Compression Mold Design - Part 1
Module 4: Compression Mold Design - Part 2
Module 5: Pulse Filling & Compression Preforms
Module 6: Platens, Mold Mounting and Mold Insulation
Module 7: Air Removal for Compression Molding
Module 8: Troubleshooting of Compression Molding

Expert:
Mr. Terry Chapin is currently a Rubber Technologist at Elastomeister doing rubber consulting, training and teaching, he has worked as a Senior Materials Engineer, working with elastomer and foam materials, Senior Rubber Technical and Cost Leader and a Tool Engineer for rubber and plastic molds. He holds two U.S. patents and has been involved in the rubber industry for 40 years, working with rubber companies globally. Terry has been an active technical speaker for university level continuing education instruction, rubber conferences and technical in-plant venues for 30 years.

Description:

Expert:
Mr. Jom Jacob is a Senior Economist, Association of Natural Rubber Producing Countries, Kuala Lumpur. Jacob possesses extensive experience in analysing rubber market, forecasting industry trends, formulating development plans and undertaking studies. He maintains a broad network among industry players and professionals in commodity markets, downstream rubber manufacturing, investment banks and hedge funds across countries. Currently based in Kuala Lumpur as Senior Economist at the ANRPC, an inter-governmental organization of natural rubber producing countries. Jacob holds a Masters in Statistics from the Kerala University in India and M. Phil. in Applied Economics from the Jawaharlal Nehru University (JNU) in New Delhi. Jacob is a Certified Financial Technician (CFTe) of the USA-based International Federation of Technical Analysts (IFTA) and a full member of the UK-based Society of Technical Analysts (STA). He has to his credit about 100 published papers and analytical articles on rubber industry.

Description:
Module 1 : EPDM Rubber Industry: Market, Supply Chain & Competencies
Module 2 : EPDM Rubber Chemistry & Properties
Module 3 : EPDM Rubber Compounding
Module 4 : EPDM Rubber Processing
Module 5 : EPDM Rubber in Foam Products
Module 6 : EPDM Rubber in Automotive
Module 7 : EPDM Rubber in Construction & Industrial Goods
Module 8 : EPDM Rubber in Tyres & Tubes
Module 9 : Troubleshooting of EPDM Rubber Processing
Module 10 : Q & A with Expert (Part 1) : EPDM Rubber Technology

Expert:
Eric Jourdain is a well-experienced specialist in EPDM, TPV, TPE, Butyl and Automotive Rubber Products. He worked for 40 years at ExxonMobil in various positions (Technical, R &D and Marketing) with business focus on synthetic rubber (EPDM, TPV, Butyl) in Technology, Development and Application.

Description:
Module 1 : What is Chemical Engineering
Module 2 : Basic Principles of Process Operation
Module 3: Basic Mass Balances
Module 4: Basic Energy Balances
Module 5 : Mass & Energy Balances using the Steam Table
Module 6 : Mass & Energy Balances using Psychrometric Chart
Module 7: Pump Selection & Hydraulic Design
Module 8 : Heat Exchanger Design
Module 9 :Chemical Reactors: An Introduction
Module 10 : Distillation Process Principles
Module 11 : Absorption, Adsorption & Membrane Separation Principles
Module 12 : Evaporation & Crystallization
Module 13 : Chemical Process Safety: An Introduction
Module 14: Scale-Up Processes from Laboratory Scale to Plant Scale

Expert:
Professor Ir. Dr. Dominic Foo is a Professor of Process Design and Integration at the University of Nottingham Malaysia, and is the Founding Director for the Centre of Excellence for Green Technologies. He is a Fellow of the Institution of Chemical Engineers (IChemE), a Fellow of the Academy of Sciences Malaysia (ASM), a Chartered Engineer (CEng) with the Engineering Council UK, a Professional Engineer (PEng) with the Board of Engineer Malaysia (BEM), as well as the President for the Asia Pacific Confederation of Chemical Engineering (APCChE). He is a world-renowned scholar in process integration, focusing on resource conservation and CO2 reduction. He collaborates with more than 50 research scholars and industrial practitioners over Asia, Europe, North America and Africa. Professor Foo is an active author, with eight books, more than 180 journal papers and made more than 230 conference presentations, with more than 30 keynote/plenary speeches. He served as International Scientific Committees for many important international conferences (CHISA/PRES, FOCAPD, ESCAPE, PSE, SDEWES, etc.). Professor Foo is the Editor-in-Chief for Process Integration and Optimization for Sustainability (Springer Nature), Subject Editor for Process Safety & Environmental Protection (Elsevier), and editorial board members for several other renowned journals. He is the winners of the Innovator of the Year Award 2009 of IChemE, Young Engineer Award 2010 of IEM, Outstanding Young Malaysian Award 2012 of Junior Chamber International (JCI), Outstanding Asian Researcher and Engineer 2013 (Society of Chemical Engineers, Japan), Vice-Chancellor’s Achievement Award 2014 (University of Nottingham) and Top Research Scientist Malaysia 2016 (ASM). He conducted close to 100 professional workshops to academics and industrial practitioners worldwide.
Dr. Nishanth Chemmangattuvalappil is an Associated Professor of Chemical Engineering in the department of Chemical and Environmental Engineering at University of Nottingham Malaysia. He received his PhD in Chemical Engineering from Auburn University, AL, USA (2010). He worked as a Post-doctoral fellow at University of Pittsburgh, PA, USA and later at Auburn University. His main areas of expertise include product and molecular design, mixture design and integrated biorefineries. His current work focuses on the application of molecular design concepts on reactive systems, integration of molecular design techniques into the design of biorefineries and carbon capture and storage using ionic liquids. He has co-authored more than 90 peer reviewed international journal articles and five book chapters. In addition, his works have been presented in more than 70 international conferences and in five invited lectures.

Description:
Module 1 : Understanding of TPE & TPV Families
Module 2 : TPV Industry Overview
Module 3 : TPV Structure & Properties
Module 4 : TPV Processing
Module 5 : TPV Applications in Automotive
Module 6 : TPV Applications in Industrial & Consumer Products
Module 7 : Troubleshooting of TPV Molding
Module 8 : TPV Extrusion Principles & Troubleshooting

Expert:
Eric Jourdain is a well-experienced specialist in EPDM, TPV, TPE, Butyl and Automotive Rubber Products. He worked for 40 years at ExxonMobil in various positions (Technical, R &D and Marketing) with business focus on synthetic rubber (EPDM, TPV, Butyl) in Technology, Development and Application.

Description:
Module 1: Raw Materials for Plastic Films: Selection & Basic Properties
Module 2: Raw Material Conveying and Blending Technology for Film Extrusion
Module 3: Film Extruder Components and Setup Principles
Module 4: Film Extruder Die Components and Setup Principles
Module 5: Film/Sheet Cooling and Stabilization Principles
Module 6: Gauge Variation Randomization in Film Extrusion
Module 7: Post Film Extrusion Processes
Module 8: Quality Control Measurements in Film Extrusion
Module 9: Troubleshooting Visual Defects in Plastic Film and Sheet
Module 10: Troubleshooting Cooling and Stability in Plastics Film Extrusion
Module 11: Troubleshooting Roll Geometry in Plastic Film and Sheet
Module 12: Troubleshooting Gauge Variation in Plastic Film and Sheet

Expert:
Paul Waller has been a renowned author and expert in film extrusion for more than 40 years. His clients include raw material suppliers, processors, end users, educational institutions and industry associations on 5 continents. Mr. Waller obtained his B.Eng. in Chemical Engineering at McGill University in Montreal and his MBA at York University Schulich School of Business in Toronto. Mr. Waller started his career at Dow Chemical’s polyethylene technical services group before moving to Esso Chemical’s Vinyl division. Mr. Waller designed and presented the Film Technology program for the Canadian Plastics Training Centre in Toronto and SENAI in Brazil. He was co-chair of the Canadian Plastics Sector Council, which established occupational standards for film operators and was chair of the Flexible Packaging division of the Society of Plastics Engineers. He has provided intensive in-house training to more than 1,200 operators, technicians and engineers on five continents in the last 17 years.

Description:
Module 1: Tyre Design & Construction - An Introduction
Module 2: General Purpose Rubbers
Module 3: Saturated, Unsaturated, Polar and Non-Polar Rubbers
Module 4: Fillers for Rubber Reinforcement
Module 5: Rubber Processing Additives
Module 6: EPDM Application in Tyres & Tubes
Module 7: Rubber Vulcanization Chemicals & Protective Agents
Module 8: Rubber Compounding for meeting Properties, Processing and Price
Module 9: Selection of Rubbers for meeting Heat, Ozone and Oil Resistance
Module 10: Silica and Silane Technology- Overview
Module 11: Rubber Mixing Technology and Selection
Module 12: Application of Resins in Tyre Compounding
Module 13: Rubber Mixing Procedures & Sequence
Module 14: Setting-up Rubber Mixing Line
Module 15: Rubber Mixing Troubleshooting
Module 16: Application of High-Performance Resins in Tyre Compounding
Module 17: NR and SBR Compounding
Module 18: Application of High-Performance Clays in Tyre Compounding
Module 19: Passenger Car Tyre Tread Compounding for Normal Application
Module 20: Passenger Car Tyre Tread Compounding for High Mileage
Module 21: Passenger Car Tyre Tread Compounding for Magic Triangle
Module 22: Tyre Sidewall Compounding
Module 23: Truck Bus Radial Tyre Steel Belt Skim Compounding
Module 24: Truck Bus Radial Tyre Tread Compounding
Module 25: Tyre Bead Compounding
Module 26: Tire Innerliner Technology and Butyl Rubbers
Module 27: Technical Discussion (Part 1): Tyre Compounding
Module 28: Technical Discussion (Part 2): Tyre Compounding
Module 29: Technical Discussion (Part 3): Tyre Compounding
Module 30: Technical Discussion (Part 4): Tyre Compounding
Module 31: Mixing of Silica Compounds and the In-Situ Silanization Process
Module 32: Safety & Environmental Regulations for Rubber & Tyre Industries
Module 33: Compound Development for Solid Tyres
Module 34: Aircraft Tire Materials Technologies: An Introduction
Module 35: Bicycle Tyre & Tube Compound Development
Module 36: Dispersion and Distribution Principles in Rubber Compounding
Module 37: Fill-Factor & Batch Weight of Internal Mixer
Module 38: Utility Requirement in a Tyre Industry
Module 39: Storage of Raw Materials and Rubber Compounds
Module 40: Technical Discussion (Part 1): Rubber Mixing Plant: Design & Layout
Module 41: Testing of Rubber Compounds
Module 42: Rheology and Rheological Effects in Rubber Compounds
Module 43: Rubber Process Analyzer (RPA): How to Use it Efficiently?
Module 44: Compounding for Tyre Retreading
Module 45: Technical Discussion (Part 5): Tyre Compounding
Module 46: Compounds for Motorcycle, Scooter and Three-Wheeler Tyres

Expert:

Description:
Module 1: Introduction to Non-Tyre Products Industry
Module 2: General Purpose Rubbers
Module 3: Special Purpose Rubbers (EPDM, NBR, CR, CPE, CSM, ACM, AEM)
Module 4: Special Purpose Rubbers (HNBR, FKM, ECO, VMQ, FQM, PU)
Module 5: Fillers for Rubber Reinforcement
Module 6: Rubber Processing Additives
Module 7: Rubber Vulcanization Chemicals & Protective Agents
Module 8: Reinforcing Materials (Textiles & Steel) for Rubber Industries
Module 9: Rubber Process Oils: Types & Selection
Module 10: Rubber Compound Formulation: Development & Case Studies
Module 11: Molded Rubber Products: Compound Development
Module 12: Hydraulic Hoses: Rubber Compound Development
Module 13: Conveyor Belts: Rubber Compound Development
Module 14: Rubber Mixing Technology & Selection
Module 15: Rubber Mixing Procedures & Sequence
Module 16: Cost Analysis of Rubber Compound
Module 17: Extruded Rubber Products: Compound Development
Module 18: Industrial Rubber Rollers: Compound Development
Module 19: Rubber Mixing Plant Management
Module 20: Reverse Engineering in Compound Development
Module 21: Footwear Soles: Rubber Compound Development
Module 22: Cost Optimization of Rubber Hose Compounds
Module 23: Best Practices for Rubber Chemists in Material Development
Module 24: Laboratory Management System
Module 25: Setting-up Rubber Mixing Line
Module 26: Rubber Mixing Troubleshooting
Module 27: Metal to Rubber Bonded Products: Compound Development
Module 28: Rubber Reclaim Application in Non-Tyre Products
Module 29: Safety & Environmental Regulations for Rubber & Tyre Industries
Module 30: Storage of Raw Materials & Rubber Compounds
Module 31: How to Judge Quality of Rubber Compounds?
Module 32: Elastomer Curing Systems and Their Effects on Product Performance
Module 33: Dispersion and Distribution Principles in Rubber Compounding
Module 34: Fill-Factor & Batch Weight of Internal Mixer
Module 35: Rubber Testing Principles
Module 36: Technical Discussion (Part 1): Rubber Compounding for Non-Tyre Products
Module 37: Technical Discussion (Part 2): Rubber Compounding for Non-Tyre Products
Module 38: Technical Discussion (Part 3): Rubber Compounding for Non-Tyre Products
Module 39: Technical Discussion (Part 4): Rubber Compounding for Non-Tyre Products
Module 40: Technical Discussion (Part 5): Rubber Compounding for Non-Tyre Products
Module 41: Rheology and Rheological Effects in Rubber Compounds
Module 42: Technical Discussion (Part 6): Rubber Compounding for Non-Tyre Products
Module 43: Technical Discussion (Part 7): Rubber Compounding for Non-Tyre Products
Module 44: Technical Discussion (Part 8): Rubber Compounding for Non-Tyre Products
Module 45: Technical Discussion (Part 9): Rubber Compounding for Non-Tyre Products
Module 46: Rubber Process Analyzer (RPA): How to Use it Efficiently?
Module 47: Rubber Compound Properties & Final Product Quality: Correlations

Expert:

Description:
Module 1: Introduction to Compression Molding
Module 2: Rubber Processing & Part Deflashing
Module 3: Compression Mold Design - Part 1
Module 4: Compression Mold Design - Part 2
Module 5: Pulse Filling & Compression Preforms
Module 6: Platens, Mold Mounting and Mold Insulation
Module 7: Air Removal for Compression Molding
Module 8: Troubleshooting of Compression Molding

Expert:
Mr. Terry Chapin is currently a Rubber Technologist at Elastomeister doing rubber consulting, training and teaching, he has worked as a Senior Materials Engineer, working with elastomer and foam materials, Senior Rubber Technical and Cost Leader and a Tool Engineer for rubber and plastic molds. He holds two U.S. patents and has been involved in the rubber industry for 40 years, working with rubber companies globally. Terry has been an active technical speaker for university level continuing education instruction, rubber conferences and technical in-plant venues for 30 years.

Description:
Module 1: Understanding the Working Principle of the Rubber Extruder
Module 2: Understanding the General Layout of Tire Tread and Sidewall Extrusion Line
Module 3: Die Design for Extruded Tire Components
Module 4: How to Reduce Tire Component Extrusion Variation and How to Reduce Defects?

Expert:
Dr. Gerard Nijman, a well-experienced and recognized rubber technologist has 33+years’ experience in rubber processing and tyre manufacturing. Currently, he is working as the Head of R&D and Technology Rubber Machinery at KraussMaffei Extrusion GmbH, Germany. In the past, He worked at Apollo Tyres (former Vredestein), Netherlands (29 yrs) as R&D Sr. Expert and also worked at HF-Tiretech Group, Germany as Head of Extrusion Process Engineering. He is awarded with 17 patents and received “Europe Rubber Technologist Award 2016”. He is a regular invited speaker and trainer at tyre and rubber industry conferences and workshops across the world. His educational credentials include: Ph.D in Polymer Processing ((University of Twente, Netherlands) and Master´s degree in Rheology (University of Twente, Netherlands).

Description:
Module 1: Key Ingredients of Rubber Compounds
Module 2 : Mixing of Rubber Compounds
Module 3 : Flow Properties of filled Rubber Compounds
Module 4 : Rubber Curing by Sulfur - Property Design
Module 5 : Rubber Curing by Peroxides - Advantage & Limitations
Module 6 : Filler Dispersion and Distribution - Improvement of Reinforcement
Module 7 : Reinforcement - A Key Property of Filled Rubber Vulcanizates
Module 8 : Dynamic Durability and Cut Growth Resistance of Filled Rubber
Module 9 : Improving Rubber Performance by Carbon Nanotubes
Module 10 : Improving Rubber Performance by Layered Silica
Module 11 : Carbon Black - Characterization, Dispersion & Reinforcement
Module 12 : Precipitated Silica - Characterization, Dispersion & Reinforcement
Module 13 : Efficient Plasticizer for Filled Elastomer Compounds
Module 14 : Importance of Filler Distribution in Rubber Blends
Module 15 : Importance of Filler Dispersion and Adequate Test Methods
Module 16 : Oil Resistant Rubbers
Module 17 : Mixing in High Performance Rubbers - Theory and Application
Module 18 : Dynamic-Mechanical Properties of Rubber Compounds
Module 19 : Polymer-Filler Interaction : Base for Rubber Performance
Module 20 : Phase Compatibilization - Improving the Morphology of Rubber Blends

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Module 1 : EPDM Rubber Industry: Market, Supply Chain & Competencies
Module 2 : EPDM Rubber Chemistry & Properties
Module 3 : EPDM Rubber Compounding
Module 4 : EPDM Rubber Processing
Module 5 : EPDM Rubber in Foam Products
Module 6 : EPDM Rubber in Automotive
Module 7 : EPDM Rubber in Construction & Industrial Goods
Module 8 : EPDM Rubber in Tyres & Tubes
Module 9 : Troubleshooting of EPDM Rubber Processing
Module 10 : Q & A with Expert (Part 1) : EPDM Rubber Technology

Expert:
Eric Jourdain is a well-experienced specialist in EPDM, TPV, TPE, Butyl and Automotive Rubber Products. He worked for 40 years at ExxonMobil in various positions (Technical, R &D and Marketing) with business focus on synthetic rubber (EPDM, TPV, Butyl) in Technology, Development and Application.

Description:
Module 1: Natural Rubber Latex & Properties
Module 2: Synthetic Latex & Properties
Module 3: Latex Additives and Rubber Chemicals
Module 4: Latex Compounding and Vulcanization of Latex
Module 5: Instrumentation and Analytical Techniques for Latex Dispersion
Module 6: Characterization of Latex and Latex Products
Module 7: Latex Compounding: Key Principles
Module 8: Latex Stability and Film-forming
Module 9: Process Validation of Latex Dipped Products
Module 10: Testing of Latex and Latex Dipped Products
Module 11: Cost Saving in Latex Dipping & Latex Dipped Products
Module 12: Troubleshooting in Latex Dipping
Module 13: Latex Foam Production using NR Latex

Instructor: Dr. CC Ho, David Hill, Steve Chong

Expert:

Description:
Module 1 : Rubber Mixing Plant Requirement for Tyres and Non-Tyres
Module 2 : Raw Material Storage & Feeding Equipment in Rubber Mixing Plant
Module 3 : Internal Mixers - Types & Selection
Module 4: Design of Dust Stop Rings for Mixer
Module 5: Access for Maintenance in Rubber Mixing Plant
Module 6: Downstream Process of Internal Mixer
Module 7: Compound Cooling in Rubber Mixing Plant
Module 8: Continuous vs Batch Process of Rubber Mixing
Module 9: Forces Operating in Internal Mixer
Module 10: Gear Reducers, Ram Assembly & Process Oil Injector for Rubber Mixing Equipment

Expert:
With more than 35 years professional experience, Bruno Milanese worked with mixing machinery suppliers POMINI, FARREL and Meccaniche Moderne. His work experience involved with engineering and commissioning of mixing rooms for the rubber industry, both for tyre industry and for technical rubber goods around the world. Since 2004, he has been providing technical advisory services related to rubber mixing.

Description:
Module 1 : Understanding of TPE & TPV Families
Module 2 : TPV Industry Overview
Module 3 : TPV Structure & Properties
Module 4 : TPV Processing
Module 5 : TPV Applications in Automotive
Module 6 : TPV Applications in Industrial & Consumer Products
Module 7 : Troubleshooting of TPV Molding
Module 8 : TPV Extrusion Principles & Troubleshooting

Expert:
Eric Jourdain is a well-experienced specialist in EPDM, TPV, TPE, Butyl and Automotive Rubber Products. He worked for 40 years at ExxonMobil in various positions (Technical, R &D and Marketing) with business focus on synthetic rubber (EPDM, TPV, Butyl) in Technology, Development and Application.

Description:
Module 1: Tyre Design & Construction - An Introduction
Module 2: General Purpose Rubbers
Module 3: Saturated, Unsaturated, Polar and Non-Polar Rubbers
Module 4: Fillers for Rubber Reinforcement
Module 5: Rubber Processing Additives
Module 6: EPDM Application in Tyres & Tubes
Module 7: Rubber Vulcanization Chemicals & Protective Agents
Module 8: Rubber Compounding for meeting Properties, Processing and Price
Module 9: Selection of Rubbers for meeting Heat, Ozone and Oil Resistance
Module 10: Silica and Silane Technology- Overview
Module 11: Rubber Mixing Technology and Selection
Module 12: Application of Resins in Tyre Compounding
Module 13: Rubber Mixing Procedures & Sequence
Module 14: Setting-up Rubber Mixing Line
Module 15: Rubber Mixing Troubleshooting
Module 16: Application of High-Performance Resins in Tyre Compounding
Module 17: NR and SBR Compounding
Module 18: Application of High-Performance Clays in Tyre Compounding
Module 19: Passenger Car Tyre Tread Compounding for Normal Application
Module 20: Passenger Car Tyre Tread Compounding for High Mileage
Module 21: Passenger Car Tyre Tread Compounding for Magic Triangle
Module 22: Tyre Sidewall Compounding
Module 23: Truck Bus Radial Tyre Steel Belt Skim Compounding
Module 24: Truck Bus Radial Tyre Tread Compounding
Module 25: Tyre Bead Compounding
Module 26: Tire Innerliner Technology and Butyl Rubbers
Module 27: Technical Discussion (Part 1): Tyre Compounding
Module 28: Technical Discussion (Part 2): Tyre Compounding
Module 29: Technical Discussion (Part 3): Tyre Compounding
Module 30: Technical Discussion (Part 4): Tyre Compounding
Module 31: Mixing of Silica Compounds and the In-Situ Silanization Process
Module 32: Safety & Environmental Regulations for Rubber & Tyre Industries
Module 33: Compound Development for Solid Tyres
Module 34: Aircraft Tire Materials Technologies: An Introduction
Module 35: Bicycle Tyre & Tube Compound Development
Module 36: Dispersion and Distribution Principles in Rubber Compounding
Module 37: Fill-Factor & Batch Weight of Internal Mixer
Module 38: Utility Requirement in a Tyre Industry
Module 39: Storage of Raw Materials and Rubber Compounds
Module 40: Technical Discussion (Part 1): Rubber Mixing Plant: Design & Layout
Module 41: Testing of Rubber Compounds
Module 42: Rheology and Rheological Effects in Rubber Compounds
Module 43: Rubber Process Analyzer (RPA): How to Use it Efficiently?
Module 44: Compounding for Tyre Retreading
Module 45: Technical Discussion (Part 5): Tyre Compounding
Module 46: Compounds for Motorcycle, Scooter and Three-Wheeler Tyres

Expert:

Description:
Module 1: Introduction to Non-Tyre Products Industry
Module 2: General Purpose Rubbers
Module 3: Special Purpose Rubbers (EPDM, NBR, CR, CPE, CSM, ACM, AEM)
Module 4: Special Purpose Rubbers (HNBR, FKM, ECO, VMQ, FQM, PU)
Module 5: Fillers for Rubber Reinforcement
Module 6: Rubber Processing Additives
Module 7: Rubber Vulcanization Chemicals & Protective Agents
Module 8: Reinforcing Materials (Textiles & Steel) for Rubber Industries
Module 9: Rubber Process Oils: Types & Selection
Module 10: Rubber Compound Formulation: Development & Case Studies
Module 11: Molded Rubber Products: Compound Development
Module 12: Hydraulic Hoses: Rubber Compound Development
Module 13: Conveyor Belts: Rubber Compound Development
Module 14: Rubber Mixing Technology & Selection
Module 15: Rubber Mixing Procedures & Sequence
Module 16: Cost Analysis of Rubber Compound
Module 17: Extruded Rubber Products: Compound Development
Module 18: Industrial Rubber Rollers: Compound Development
Module 19: Rubber Mixing Plant Management
Module 20: Reverse Engineering in Compound Development
Module 21: Footwear Soles: Rubber Compound Development
Module 22: Cost Optimization of Rubber Hose Compounds
Module 23: Best Practices for Rubber Chemists in Material Development
Module 24: Laboratory Management System
Module 25: Setting-up Rubber Mixing Line
Module 26: Rubber Mixing Troubleshooting
Module 27: Metal to Rubber Bonded Products: Compound Development
Module 28: Rubber Reclaim Application in Non-Tyre Products
Module 29: Safety & Environmental Regulations for Rubber & Tyre Industries
Module 30: Storage of Raw Materials & Rubber Compounds
Module 31: How to Judge Quality of Rubber Compounds?
Module 32: Elastomer Curing Systems and Their Effects on Product Performance
Module 33: Dispersion and Distribution Principles in Rubber Compounding
Module 34: Fill-Factor & Batch Weight of Internal Mixer
Module 35: Rubber Testing Principles
Module 36: Technical Discussion (Part 1): Rubber Compounding for Non-Tyre Products
Module 37: Technical Discussion (Part 2): Rubber Compounding for Non-Tyre Products
Module 38: Technical Discussion (Part 3): Rubber Compounding for Non-Tyre Products
Module 39: Technical Discussion (Part 4): Rubber Compounding for Non-Tyre Products
Module 40: Technical Discussion (Part 5): Rubber Compounding for Non-Tyre Products
Module 41: Rheology and Rheological Effects in Rubber Compounds
Module 42: Technical Discussion (Part 6): Rubber Compounding for Non-Tyre Products
Module 43: Technical Discussion (Part 7): Rubber Compounding for Non-Tyre Products
Module 44: Technical Discussion (Part 8): Rubber Compounding for Non-Tyre Products
Module 45: Technical Discussion (Part 9): Rubber Compounding for Non-Tyre Products
Module 46: Rubber Process Analyzer (RPA): How to Use it Efficiently?
Module 47: Rubber Compound Properties & Final Product Quality: Correlations

Expert:

Description:
Part 1: Key Ingredients of Rubber Compounds
Part 2: Mixing of Rubber Compounds

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Part 1: Flow Properties of filled Rubber Compounds
Part 2: Dynamic-Mechanical Properties of Rubber Compounds

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Part 1: Carbon Black - Characterization, Dispersion & Reinforcement
Part 2: Precipitated Silica - Characterization, Dispersion & Reinforcement

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Part 1: Improving Rubber Performance by Carbon Nanotubes
Part 2: Improving Rubber Performance by Layered Silica

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Module 1 : Rubber Rules for Vulcanization
Module 2 : Rubber Rules for Polymer Characterization
Module 3: Rubber Rules for Rubber Flow
Module 4: Rubber Rules for Cavity Filling
Module 5: Rubber Rules for Applied Force

Expert:
Van Walworth is a product design and development specialist. Van has a BS degree from the University of Alabama in mechanical engineering drafting and design and has become a well-known “hands on practitioner”. Most of his primary application skills are focused on products manufactured from materials related to the rubber, plastic, & pipe industries. In many circles he is known as “The Ideaguy” or as “The Rubber Whisperer”. Van is an internationally recognized technical educator for in-plant seminars, and university level continuing professional education programs. He is a published author of many technical papers as well of the author of the book “Rubber Molding Principles” first published in 2013 and the creator of a series of Troubleshooting Charts for processing rubber, all published and distributed by TechnoBiz. Van has established a partnership joint venture with the TechnoBiz Group which is based in Bangkok, Thailand. In addition, Van has a long-term joint venture collaboration with SRP Synthetic Rubber Products, Pvt. Ltd. In Bangalore, India to design and build molding presses and ancillary equipment for the rubber industry.

Description:
Part 1: Rubber Curing by Sulfur - Property Design
Part 2: Rubber Curing by Peroxides - Advantage & Limitations

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Part 1: Reinforcement - A Key Property of Filled Rubber Vulcanizates
Part 2: Dynamic Durability and Cut Growth Resistance of Filled Rubber

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Part 1: Importance of Filler Distribution in Rubber Blends
Part 2: Importance of Filler Dispersion and Adequate Test Methods

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Part 1: Polymer-Filler Interaction: Base for Rubber Performance
Part 2: Mixing in High Performance Rubbers - Theory and Application

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Morning Session : Oil Resistant Elastomer
Afternoon Session : Phase Compatibilization - Improving the Morphology of Rubber Blends

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Module 1: Key Ingredients of Rubber Compounds
Module 2 : Mixing of Rubber Compounds
Module 3 : Flow Properties of filled Rubber Compounds
Module 4 : Rubber Curing by Sulfur - Property Design
Module 5 : Rubber Curing by Peroxides - Advantage & Limitations
Module 6 : Filler Dispersion and Distribution - Improvement of Reinforcement
Module 7 : Reinforcement - A Key Property of Filled Rubber Vulcanizates
Module 8 : Dynamic Durability and Cut Growth Resistance of Filled Rubber
Module 9 : Improving Rubber Performance by Carbon Nanotubes
Module 10 : Improving Rubber Performance by Layered Silica
Module 11 : Carbon Black - Characterization, Dispersion & Reinforcement
Module 12 : Precipitated Silica - Characterization, Dispersion & Reinforcement
Module 13 : Efficient Plasticizer for Filled Elastomer Compounds
Module 14 : Importance of Filler Distribution in Rubber Blends
Module 15 : Importance of Filler Dispersion and Adequate Test Methods
Module 16 : Oil Resistant Rubbers
Module 17 : Mixing in High Performance Rubbers - Theory and Application
Module 18 : Dynamic-Mechanical Properties of Rubber Compounds
Module 19 : Polymer-Filler Interaction : Base for Rubber Performance
Module 20 : Phase Compatibilization - Improving the Morphology of Rubber Blends

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Part 1: Mixing of Rubber Compounds
Part 2: Flow Properties of filled Rubber Compounds
Part 3: Rubber Curing by Sulfur - Property Design
Part 4: Reinforcement - A Key Property of Filled Rubber Vulcanizates

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Module 1: Introduction to Compression Molding
Module 2: Rubber Processing & Part Deflashing
Module 3: Compression Mold Design - Part 1
Module 4: Compression Mold Design - Part 2
Module 5: Pulse Filling & Compression Preforms
Module 6: Platens, Mold Mounting and Mold Insulation
Module 7: Air Removal for Compression Molding
Module 8: Troubleshooting of Compression Molding

Expert:
Mr. Terry Chapin is currently a Rubber Technologist at Elastomeister doing rubber consulting, training and teaching, he has worked as a Senior Materials Engineer, working with elastomer and foam materials, Senior Rubber Technical and Cost Leader and a Tool Engineer for rubber and plastic molds. He holds two U.S. patents and has been involved in the rubber industry for 40 years, working with rubber companies globally. Terry has been an active technical speaker for university level continuing education instruction, rubber conferences and technical in-plant venues for 30 years.

Description:
Part 1: Key Ingredients of Rubber Compounds
Part 2: Importance of Filler Dispersion and Adequate Test Methods
Part 3: Importance of Filler Distribution in Rubber Blends
Part 4: Rubber Curing by Sulfur - Property Design

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Module 1: Natural Rubber Latex & Properties
Module 2: Synthetic Latex & Properties
Module 3: Latex Additives and Rubber Chemicals
Module 4: Latex Compounding and Vulcanization of Latex
Module 5: Instrumentation and Analytical Techniques for Latex Dispersion
Module 6: Characterization of Latex and Latex Products
Module 7: Latex Compounding: Key Principles
Module 8: Latex Stability and Film-forming
Module 9: Process Validation of Latex Dipped Products
Module 10: Testing of Latex and Latex Dipped Products
Module 11: Cost Saving in Latex Dipping & Latex Dipped Products
Module 12: Troubleshooting in Latex Dipping
Module 13: Latex Foam Production using NR Latex

Instructor: Dr. CC Ho, David Hill, Steve Chong

Expert:

Description:
Part 1: Mixing in High Performance Rubbers - Theory and Application
Part 2: Dynamic-Mechanical Properties of Rubber Compounds
Part 3: Dynamic Durability and Cut Growth Resistance of Filled Rubber
Part 4: Polymer-Filler Interaction: Base for Rubber Performance

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Module 1 : EPDM Rubber Industry: Market, Supply Chain & Competencies
Module 2 : EPDM Rubber Chemistry & Properties
Module 3 : EPDM Rubber Compounding
Module 4 : EPDM Rubber Processing
Module 5 : EPDM Rubber in Foam Products
Module 6 : EPDM Rubber in Automotive
Module 7 : EPDM Rubber in Construction & Industrial Goods
Module 8 : EPDM Rubber in Tyres & Tubes
Module 9 : Troubleshooting of EPDM Rubber Processing
Module 10 : Q & A with Expert (Part 1) : EPDM Rubber Technology

Expert:
Eric Jourdain is a well-experienced specialist in EPDM, TPV, TPE, Butyl and Automotive Rubber Products. He worked for 40 years at ExxonMobil in various positions (Technical, R &D and Marketing) with business focus on synthetic rubber (EPDM, TPV, Butyl) in Technology, Development and Application.

Description:
Part 1: Carbon Black - Characterization, Dispersion & Reinforcement
Part 2: Precipitated Silica - Characterization, Dispersion & Reinforcement
Part 3: Improving Rubber Performance by Carbon Nanotubes
Part 4: Improving Rubber Performance by Layered Silica

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Part 1: Oil Resistant Rubbers
Part 2: Filler Dispersion and Distribution -Improvement of Reinforcement
Part 3: Rubber Curing by Peroxides - Advantage & Limitations
Part 4: Polymer-Filler Interaction: Base for Rubber Performance

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Module 1 : Rubber Mixing Plant Requirement for Tyres and Non-Tyres
Module 2 : Raw Material Storage & Feeding Equipment in Rubber Mixing Plant
Module 3 : Internal Mixers - Types & Selection
Module 4: Design of Dust Stop Rings for Mixer
Module 5: Access for Maintenance in Rubber Mixing Plant
Module 6: Downstream Process of Internal Mixer
Module 7: Compound Cooling in Rubber Mixing Plant
Module 8: Continuous vs Batch Process of Rubber Mixing
Module 9: Forces Operating in Internal Mixer
Module 10: Gear Reducers, Ram Assembly & Process Oil Injector for Rubber Mixing Equipment

Expert:
With more than 35 years professional experience, Bruno Milanese worked with mixing machinery suppliers POMINI, FARREL and Meccaniche Moderne. His work experience involved with engineering and commissioning of mixing rooms for the rubber industry, both for tyre industry and for technical rubber goods around the world. Since 2004, he has been providing technical advisory services related to rubber mixing.

Description:
Module 1 : Understanding of TPE & TPV Families
Module 2 : TPV Industry Overview
Module 3 : TPV Structure & Properties
Module 4 : TPV Processing
Module 5 : TPV Applications in Automotive
Module 6 : TPV Applications in Industrial & Consumer Products
Module 7 : Troubleshooting of TPV Molding
Module 8 : TPV Extrusion Principles & Troubleshooting

Expert:
Eric Jourdain is a well-experienced specialist in EPDM, TPV, TPE, Butyl and Automotive Rubber Products. He worked for 40 years at ExxonMobil in various positions (Technical, R &D and Marketing) with business focus on synthetic rubber (EPDM, TPV, Butyl) in Technology, Development and Application.

Description:
Part 1: Key Ingredients of Rubber Compounds
Part 2: Mixing of Rubber Compounds

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Part 1: Flow Properties of filled Rubber Compounds
Part 2: Dynamic-Mechanical Properties of Rubber Compounds

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Module 1: Tyre Design & Construction - An Introduction
Module 2: General Purpose Rubbers
Module 3: Saturated, Unsaturated, Polar and Non-Polar Rubbers
Module 4: Fillers for Rubber Reinforcement
Module 5: Rubber Processing Additives
Module 6: EPDM Application in Tyres & Tubes
Module 7: Rubber Vulcanization Chemicals & Protective Agents
Module 8: Rubber Compounding for meeting Properties, Processing and Price
Module 9: Selection of Rubbers for meeting Heat, Ozone and Oil Resistance
Module 10: Silica and Silane Technology- Overview
Module 11: Rubber Mixing Technology and Selection
Module 12: Application of Resins in Tyre Compounding
Module 13: Rubber Mixing Procedures & Sequence
Module 14: Setting-up Rubber Mixing Line
Module 15: Rubber Mixing Troubleshooting
Module 16: Application of High-Performance Resins in Tyre Compounding
Module 17: NR and SBR Compounding
Module 18: Application of High-Performance Clays in Tyre Compounding
Module 19: Passenger Car Tyre Tread Compounding for Normal Application
Module 20: Passenger Car Tyre Tread Compounding for High Mileage
Module 21: Passenger Car Tyre Tread Compounding for Magic Triangle
Module 22: Tyre Sidewall Compounding
Module 23: Truck Bus Radial Tyre Steel Belt Skim Compounding
Module 24: Truck Bus Radial Tyre Tread Compounding
Module 25: Tyre Bead Compounding
Module 26: Tire Innerliner Technology and Butyl Rubbers
Module 27: Technical Discussion (Part 1): Tyre Compounding
Module 28: Technical Discussion (Part 2): Tyre Compounding
Module 29: Technical Discussion (Part 3): Tyre Compounding
Module 30: Technical Discussion (Part 4): Tyre Compounding
Module 31: Mixing of Silica Compounds and the In-Situ Silanization Process
Module 32: Safety & Environmental Regulations for Rubber & Tyre Industries
Module 33: Compound Development for Solid Tyres
Module 34: Aircraft Tire Materials Technologies: An Introduction
Module 35: Bicycle Tyre & Tube Compound Development
Module 36: Dispersion and Distribution Principles in Rubber Compounding
Module 37: Fill-Factor & Batch Weight of Internal Mixer
Module 38: Utility Requirement in a Tyre Industry
Module 39: Storage of Raw Materials and Rubber Compounds
Module 40: Technical Discussion (Part 1): Rubber Mixing Plant: Design & Layout
Module 41: Testing of Rubber Compounds
Module 42: Rheology and Rheological Effects in Rubber Compounds
Module 43: Rubber Process Analyzer (RPA): How to Use it Efficiently?
Module 44: Compounding for Tyre Retreading
Module 45: Technical Discussion (Part 5): Tyre Compounding
Module 46: Compounds for Motorcycle, Scooter and Three-Wheeler Tyres

Expert:

Description:
Module 1: Introduction to Non-Tyre Products Industry
Module 2: General Purpose Rubbers
Module 3: Special Purpose Rubbers (EPDM, NBR, CR, CPE, CSM, ACM, AEM)
Module 4: Special Purpose Rubbers (HNBR, FKM, ECO, VMQ, FQM, PU)
Module 5: Fillers for Rubber Reinforcement
Module 6: Rubber Processing Additives
Module 7: Rubber Vulcanization Chemicals & Protective Agents
Module 8: Reinforcing Materials (Textiles & Steel) for Rubber Industries
Module 9: Rubber Process Oils: Types & Selection
Module 10: Rubber Compound Formulation: Development & Case Studies
Module 11: Molded Rubber Products: Compound Development
Module 12: Hydraulic Hoses: Rubber Compound Development
Module 13: Conveyor Belts: Rubber Compound Development
Module 14: Rubber Mixing Technology & Selection
Module 15: Rubber Mixing Procedures & Sequence
Module 16: Cost Analysis of Rubber Compound
Module 17: Extruded Rubber Products: Compound Development
Module 18: Industrial Rubber Rollers: Compound Development
Module 19: Rubber Mixing Plant Management
Module 20: Reverse Engineering in Compound Development
Module 21: Footwear Soles: Rubber Compound Development
Module 22: Cost Optimization of Rubber Hose Compounds
Module 23: Best Practices for Rubber Chemists in Material Development
Module 24: Laboratory Management System
Module 25: Setting-up Rubber Mixing Line
Module 26: Rubber Mixing Troubleshooting
Module 27: Metal to Rubber Bonded Products: Compound Development
Module 28: Rubber Reclaim Application in Non-Tyre Products
Module 29: Safety & Environmental Regulations for Rubber & Tyre Industries
Module 30: Storage of Raw Materials & Rubber Compounds
Module 31: How to Judge Quality of Rubber Compounds?
Module 32: Elastomer Curing Systems and Their Effects on Product Performance
Module 33: Dispersion and Distribution Principles in Rubber Compounding
Module 34: Fill-Factor & Batch Weight of Internal Mixer
Module 35: Rubber Testing Principles
Module 36: Technical Discussion (Part 1): Rubber Compounding for Non-Tyre Products
Module 37: Technical Discussion (Part 2): Rubber Compounding for Non-Tyre Products
Module 38: Technical Discussion (Part 3): Rubber Compounding for Non-Tyre Products
Module 39: Technical Discussion (Part 4): Rubber Compounding for Non-Tyre Products
Module 40: Technical Discussion (Part 5): Rubber Compounding for Non-Tyre Products
Module 41: Rheology and Rheological Effects in Rubber Compounds
Module 42: Technical Discussion (Part 6): Rubber Compounding for Non-Tyre Products
Module 43: Technical Discussion (Part 7): Rubber Compounding for Non-Tyre Products
Module 44: Technical Discussion (Part 8): Rubber Compounding for Non-Tyre Products
Module 45: Technical Discussion (Part 9): Rubber Compounding for Non-Tyre Products
Module 46: Rubber Process Analyzer (RPA): How to Use it Efficiently?
Module 47: Rubber Compound Properties & Final Product Quality: Correlations

Expert:

Description:
Part 1: Carbon Black - Characterization, Dispersion & Reinforcement
Part 2: Precipitated Silica - Characterization, Dispersion & Reinforcement

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Part 1: Rubber Curing by Sulfur - Property Design
Part 2: Rubber Curing by Peroxides - Advantage & Limitations

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Part 1: Improving Rubber Performance by Carbon Nanotubes
Part 2: Improving Rubber Performance by Layered Silica

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Part 1: Reinforcement - A Key Property of Filled Rubber Vulcanizates
Part 2: Dynamic Durability and Cut Growth Resistance of Filled Rubber

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Module 1 : Rubber Rules for Vulcanization
Module 2 : Rubber Rules for Polymer Characterization
Module 3: Rubber Rules for Rubber Flow
Module 4: Rubber Rules for Cavity Filling
Module 5: Rubber Rules for Applied Force

Expert:
Van Walworth is a product design and development specialist. Van has a BS degree from the University of Alabama in mechanical engineering drafting and design and has become a well-known “hands on practitioner”. Most of his primary application skills are focused on products manufactured from materials related to the rubber, plastic, & pipe industries. In many circles he is known as “The Ideaguy” or as “The Rubber Whisperer”. Van is an internationally recognized technical educator for in-plant seminars, and university level continuing professional education programs. He is a published author of many technical papers as well of the author of the book “Rubber Molding Principles” first published in 2013 and the creator of a series of Troubleshooting Charts for processing rubber, all published and distributed by TechnoBiz. Van has established a partnership joint venture with the TechnoBiz Group which is based in Bangkok, Thailand. In addition, Van has a long-term joint venture collaboration with SRP Synthetic Rubber Products, Pvt. Ltd. In Bangalore, India to design and build molding presses and ancillary equipment for the rubber industry.

Description:
Part 1: Importance of Filler Distribution in Rubber Blends
Part 2: Importance of Filler Dispersion and Adequate Test Methods

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Part 1: Polymer-Filler Interaction: Base for Rubber Performance
Part 2: Mixing in High Performance Rubbers - Theory and Application

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Morning Session : Oil Resistant Elastomer
Afternoon Session : Phase Compatibilization - Improving the Morphology of Rubber Blends

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Module 1: Introduction to Compression Molding
Module 2: Rubber Processing & Part Deflashing
Module 3: Compression Mold Design - Part 1
Module 4: Compression Mold Design - Part 2
Module 5: Pulse Filling & Compression Preforms
Module 6: Platens, Mold Mounting and Mold Insulation
Module 7: Air Removal for Compression Molding
Module 8: Troubleshooting of Compression Molding

Expert:
Mr. Terry Chapin is currently a Rubber Technologist at Elastomeister doing rubber consulting, training and teaching, he has worked as a Senior Materials Engineer, working with elastomer and foam materials, Senior Rubber Technical and Cost Leader and a Tool Engineer for rubber and plastic molds. He holds two U.S. patents and has been involved in the rubber industry for 40 years, working with rubber companies globally. Terry has been an active technical speaker for university level continuing education instruction, rubber conferences and technical in-plant venues for 30 years.

Description:
Module 1: Understanding the Working Principle of the Rubber Extruder
Module 2: Understanding the General Layout of Tire Tread and Sidewall Extrusion Line
Module 3: Die Design for Extruded Tire Components
Module 4: How to Reduce Tire Component Extrusion Variation and How to Reduce Defects?

Expert:
Dr. Gerard Nijman, a well-experienced and recognized rubber technologist has 33+years’ experience in rubber processing and tyre manufacturing. Currently, he is working as the Head of R&D and Technology Rubber Machinery at KraussMaffei Extrusion GmbH, Germany. In the past, He worked at Apollo Tyres (former Vredestein), Netherlands (29 yrs) as R&D Sr. Expert and also worked at HF-Tiretech Group, Germany as Head of Extrusion Process Engineering. He is awarded with 17 patents and received “Europe Rubber Technologist Award 2016”. He is a regular invited speaker and trainer at tyre and rubber industry conferences and workshops across the world. His educational credentials include: Ph.D in Polymer Processing ((University of Twente, Netherlands) and Master´s degree in Rheology (University of Twente, Netherlands).

Description:
Part 1: Oil Resistant Rubbers
Part 2: Filler Dispersion and Distribution -Improvement of Reinforcement
Part 3: Rubber Curing by Peroxides - Advantage & Limitations
Part 4: Polymer-Filler Interaction: Base for Rubber Performance

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Module 1: Understanding the Working Principle of the Rubber Extruder
Module 2: Understanding the General Layout of Tire Tread and Sidewall Extrusion Line
Module 3: Die Design for Extruded Tire Components
Module 4: How to Reduce Tire Component Extrusion Variation and How to Reduce Defects?

Expert:
Dr. Gerard Nijman, a well-experienced and recognized rubber technologist has 33+years’ experience in rubber processing and tyre manufacturing. Currently, he is working as the Head of R&D and Technology Rubber Machinery at KraussMaffei Extrusion GmbH, Germany. In the past, He worked at Apollo Tyres (former Vredestein), Netherlands (29 yrs) as R&D Sr. Expert and also worked at HF-Tiretech Group, Germany as Head of Extrusion Process Engineering. He is awarded with 17 patents and received “Europe Rubber Technologist Award 2016”. He is a regular invited speaker and trainer at tyre and rubber industry conferences and workshops across the world. His educational credentials include: Ph.D in Polymer Processing ((University of Twente, Netherlands) and Master´s degree in Rheology (University of Twente, Netherlands).

Description:
Module 1: Key Ingredients of Rubber Compounds
Module 2 : Mixing of Rubber Compounds
Module 3 : Flow Properties of filled Rubber Compounds
Module 4 : Rubber Curing by Sulfur - Property Design
Module 5 : Rubber Curing by Peroxides - Advantage & Limitations
Module 6 : Filler Dispersion and Distribution - Improvement of Reinforcement
Module 7 : Reinforcement - A Key Property of Filled Rubber Vulcanizates
Module 8 : Dynamic Durability and Cut Growth Resistance of Filled Rubber
Module 9 : Improving Rubber Performance by Carbon Nanotubes
Module 10 : Improving Rubber Performance by Layered Silica
Module 11 : Carbon Black - Characterization, Dispersion & Reinforcement
Module 12 : Precipitated Silica - Characterization, Dispersion & Reinforcement
Module 13 : Efficient Plasticizer for Filled Elastomer Compounds
Module 14 : Importance of Filler Distribution in Rubber Blends
Module 15 : Importance of Filler Dispersion and Adequate Test Methods
Module 16 : Oil Resistant Rubbers
Module 17 : Mixing in High Performance Rubbers - Theory and Application
Module 18 : Dynamic-Mechanical Properties of Rubber Compounds
Module 19 : Polymer-Filler Interaction : Base for Rubber Performance
Module 20 : Phase Compatibilization - Improving the Morphology of Rubber Blends

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Module 1: Natural Rubber Latex & Properties
Module 2: Synthetic Latex & Properties
Module 3: Latex Additives and Rubber Chemicals
Module 4: Latex Compounding and Vulcanization of Latex
Module 5: Instrumentation and Analytical Techniques for Latex Dispersion
Module 6: Characterization of Latex and Latex Products
Module 7: Latex Compounding: Key Principles
Module 8: Latex Stability and Film-forming
Module 9: Process Validation of Latex Dipped Products
Module 10: Testing of Latex and Latex Dipped Products
Module 11: Cost Saving in Latex Dipping & Latex Dipped Products
Module 12: Troubleshooting in Latex Dipping
Module 13: Latex Foam Production using NR Latex

Instructor: Dr. CC Ho, David Hill, Steve Chong

Expert:

Description:
Part 1: Mixing of Rubber Compounds
Part 2: Flow Properties of filled Rubber Compounds
Part 3: Rubber Curing by Sulfur - Property Design
Part 4: Reinforcement - A Key Property of Filled Rubber Vulcanizates

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Part 1: Key Ingredients of Rubber Compounds
Part 2: Importance of Filler Dispersion and Adequate Test Methods
Part 3: Importance of Filler Distribution in Rubber Blends
Part 4: Rubber Curing by Sulfur - Property Design

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Part 1: Mixing in High Performance Rubbers - Theory and Application
Part 2: Dynamic-Mechanical Properties of Rubber Compounds
Part 3: Dynamic Durability and Cut Growth Resistance of Filled Rubber
Part 4: Polymer-Filler Interaction: Base for Rubber Performance

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Module 1 : Rubber Mixing Plant Requirement for Tyres and Non-Tyres
Module 2 : Raw Material Storage & Feeding Equipment in Rubber Mixing Plant
Module 3 : Internal Mixers - Types & Selection
Module 4: Design of Dust Stop Rings for Mixer
Module 5: Access for Maintenance in Rubber Mixing Plant
Module 6: Downstream Process of Internal Mixer
Module 7: Compound Cooling in Rubber Mixing Plant
Module 8: Continuous vs Batch Process of Rubber Mixing
Module 9: Forces Operating in Internal Mixer
Module 10: Gear Reducers, Ram Assembly & Process Oil Injector for Rubber Mixing Equipment

Expert:
With more than 35 years professional experience, Bruno Milanese worked with mixing machinery suppliers POMINI, FARREL and Meccaniche Moderne. His work experience involved with engineering and commissioning of mixing rooms for the rubber industry, both for tyre industry and for technical rubber goods around the world. Since 2004, he has been providing technical advisory services related to rubber mixing.

Description:
Module 1 : Understanding of TPE & TPV Families
Module 2 : TPV Industry Overview
Module 3 : TPV Structure & Properties
Module 4 : TPV Processing
Module 5 : TPV Applications in Automotive
Module 6 : TPV Applications in Industrial & Consumer Products
Module 7 : Troubleshooting of TPV Molding
Module 8 : TPV Extrusion Principles & Troubleshooting

Expert:
Eric Jourdain is a well-experienced specialist in EPDM, TPV, TPE, Butyl and Automotive Rubber Products. He worked for 40 years at ExxonMobil in various positions (Technical, R &D and Marketing) with business focus on synthetic rubber (EPDM, TPV, Butyl) in Technology, Development and Application.

Description:
Module 1 : EPDM Rubber Industry: Market, Supply Chain & Competencies
Module 2 : EPDM Rubber Chemistry & Properties
Module 3 : EPDM Rubber Compounding
Module 4 : EPDM Rubber Processing
Module 5 : EPDM Rubber in Foam Products
Module 6 : EPDM Rubber in Automotive
Module 7 : EPDM Rubber in Construction & Industrial Goods
Module 8 : EPDM Rubber in Tyres & Tubes
Module 9 : Troubleshooting of EPDM Rubber Processing
Module 10 : Q & A with Expert (Part 1) : EPDM Rubber Technology

Expert:
Eric Jourdain is a well-experienced specialist in EPDM, TPV, TPE, Butyl and Automotive Rubber Products. He worked for 40 years at ExxonMobil in various positions (Technical, R &D and Marketing) with business focus on synthetic rubber (EPDM, TPV, Butyl) in Technology, Development and Application.

Description:
Part 1: Carbon Black - Characterization, Dispersion & Reinforcement
Part 2: Precipitated Silica - Characterization, Dispersion & Reinforcement
Part 3: Improving Rubber Performance by Carbon Nanotubes
Part 4: Improving Rubber Performance by Layered Silica

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Module 1: Tyre Design & Construction - An Introduction
Module 2: General Purpose Rubbers
Module 3: Saturated, Unsaturated, Polar and Non-Polar Rubbers
Module 4: Fillers for Rubber Reinforcement
Module 5: Rubber Processing Additives
Module 6: EPDM Application in Tyres & Tubes
Module 7: Rubber Vulcanization Chemicals & Protective Agents
Module 8: Rubber Compounding for meeting Properties, Processing and Price
Module 9: Selection of Rubbers for meeting Heat, Ozone and Oil Resistance
Module 10: Silica and Silane Technology- Overview
Module 11: Rubber Mixing Technology and Selection
Module 12: Application of Resins in Tyre Compounding
Module 13: Rubber Mixing Procedures & Sequence
Module 14: Setting-up Rubber Mixing Line
Module 15: Rubber Mixing Troubleshooting
Module 16: Application of High-Performance Resins in Tyre Compounding
Module 17: NR and SBR Compounding
Module 18: Application of High-Performance Clays in Tyre Compounding
Module 19: Passenger Car Tyre Tread Compounding for Normal Application
Module 20: Passenger Car Tyre Tread Compounding for High Mileage
Module 21: Passenger Car Tyre Tread Compounding for Magic Triangle
Module 22: Tyre Sidewall Compounding
Module 23: Truck Bus Radial Tyre Steel Belt Skim Compounding
Module 24: Truck Bus Radial Tyre Tread Compounding
Module 25: Tyre Bead Compounding
Module 26: Tire Innerliner Technology and Butyl Rubbers
Module 27: Technical Discussion (Part 1): Tyre Compounding
Module 28: Technical Discussion (Part 2): Tyre Compounding
Module 29: Technical Discussion (Part 3): Tyre Compounding
Module 30: Technical Discussion (Part 4): Tyre Compounding
Module 31: Mixing of Silica Compounds and the In-Situ Silanization Process
Module 32: Safety & Environmental Regulations for Rubber & Tyre Industries
Module 33: Compound Development for Solid Tyres
Module 34: Aircraft Tire Materials Technologies: An Introduction
Module 35: Bicycle Tyre & Tube Compound Development
Module 36: Dispersion and Distribution Principles in Rubber Compounding
Module 37: Fill-Factor & Batch Weight of Internal Mixer
Module 38: Utility Requirement in a Tyre Industry
Module 39: Storage of Raw Materials and Rubber Compounds
Module 40: Technical Discussion (Part 1): Rubber Mixing Plant: Design & Layout
Module 41: Testing of Rubber Compounds
Module 42: Rheology and Rheological Effects in Rubber Compounds
Module 43: Rubber Process Analyzer (RPA): How to Use it Efficiently?
Module 44: Compounding for Tyre Retreading
Module 45: Technical Discussion (Part 5): Tyre Compounding
Module 46: Compounds for Motorcycle, Scooter and Three-Wheeler Tyres

Expert:

Description:
Module 1: Introduction to Non-Tyre Products Industry
Module 2: General Purpose Rubbers
Module 3: Special Purpose Rubbers (EPDM, NBR, CR, CPE, CSM, ACM, AEM)
Module 4: Special Purpose Rubbers (HNBR, FKM, ECO, VMQ, FQM, PU)
Module 5: Fillers for Rubber Reinforcement
Module 6: Rubber Processing Additives
Module 7: Rubber Vulcanization Chemicals & Protective Agents
Module 8: Reinforcing Materials (Textiles & Steel) for Rubber Industries
Module 9: Rubber Process Oils: Types & Selection
Module 10: Rubber Compound Formulation: Development & Case Studies
Module 11: Molded Rubber Products: Compound Development
Module 12: Hydraulic Hoses: Rubber Compound Development
Module 13: Conveyor Belts: Rubber Compound Development
Module 14: Rubber Mixing Technology & Selection
Module 15: Rubber Mixing Procedures & Sequence
Module 16: Cost Analysis of Rubber Compound
Module 17: Extruded Rubber Products: Compound Development
Module 18: Industrial Rubber Rollers: Compound Development
Module 19: Rubber Mixing Plant Management
Module 20: Reverse Engineering in Compound Development
Module 21: Footwear Soles: Rubber Compound Development
Module 22: Cost Optimization of Rubber Hose Compounds
Module 23: Best Practices for Rubber Chemists in Material Development
Module 24: Laboratory Management System
Module 25: Setting-up Rubber Mixing Line
Module 26: Rubber Mixing Troubleshooting
Module 27: Metal to Rubber Bonded Products: Compound Development
Module 28: Rubber Reclaim Application in Non-Tyre Products
Module 29: Safety & Environmental Regulations for Rubber & Tyre Industries
Module 30: Storage of Raw Materials & Rubber Compounds
Module 31: How to Judge Quality of Rubber Compounds?
Module 32: Elastomer Curing Systems and Their Effects on Product Performance
Module 33: Dispersion and Distribution Principles in Rubber Compounding
Module 34: Fill-Factor & Batch Weight of Internal Mixer
Module 35: Rubber Testing Principles
Module 36: Technical Discussion (Part 1): Rubber Compounding for Non-Tyre Products
Module 37: Technical Discussion (Part 2): Rubber Compounding for Non-Tyre Products
Module 38: Technical Discussion (Part 3): Rubber Compounding for Non-Tyre Products
Module 39: Technical Discussion (Part 4): Rubber Compounding for Non-Tyre Products
Module 40: Technical Discussion (Part 5): Rubber Compounding for Non-Tyre Products
Module 41: Rheology and Rheological Effects in Rubber Compounds
Module 42: Technical Discussion (Part 6): Rubber Compounding for Non-Tyre Products
Module 43: Technical Discussion (Part 7): Rubber Compounding for Non-Tyre Products
Module 44: Technical Discussion (Part 8): Rubber Compounding for Non-Tyre Products
Module 45: Technical Discussion (Part 9): Rubber Compounding for Non-Tyre Products
Module 46: Rubber Process Analyzer (RPA): How to Use it Efficiently?
Module 47: Rubber Compound Properties & Final Product Quality: Correlations

Expert:

Description:
Part 1: Key Ingredients of Rubber Compounds
Part 2: Mixing of Rubber Compounds

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Part 1: Flow Properties of filled Rubber Compounds
Part 2: Dynamic-Mechanical Properties of Rubber Compounds

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Part 1: Carbon Black - Characterization, Dispersion & Reinforcement
Part 2: Precipitated Silica - Characterization, Dispersion & Reinforcement

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Part 1: Improving Rubber Performance by Carbon Nanotubes
Part 2: Improving Rubber Performance by Layered Silica

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Module 1 : Rubber Rules for Vulcanization
Module 2 : Rubber Rules for Polymer Characterization
Module 3: Rubber Rules for Rubber Flow
Module 4: Rubber Rules for Cavity Filling
Module 5: Rubber Rules for Applied Force

Expert:
Van Walworth is a product design and development specialist. Van has a BS degree from the University of Alabama in mechanical engineering drafting and design and has become a well-known “hands on practitioner”. Most of his primary application skills are focused on products manufactured from materials related to the rubber, plastic, & pipe industries. In many circles he is known as “The Ideaguy” or as “The Rubber Whisperer”. Van is an internationally recognized technical educator for in-plant seminars, and university level continuing professional education programs. He is a published author of many technical papers as well of the author of the book “Rubber Molding Principles” first published in 2013 and the creator of a series of Troubleshooting Charts for processing rubber, all published and distributed by TechnoBiz. Van has established a partnership joint venture with the TechnoBiz Group which is based in Bangkok, Thailand. In addition, Van has a long-term joint venture collaboration with SRP Synthetic Rubber Products, Pvt. Ltd. In Bangalore, India to design and build molding presses and ancillary equipment for the rubber industry.

Description:
Part 1: Rubber Curing by Sulfur - Property Design
Part 2: Rubber Curing by Peroxides - Advantage & Limitations

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Part 1: Reinforcement - A Key Property of Filled Rubber Vulcanizates
Part 2: Dynamic Durability and Cut Growth Resistance of Filled Rubber

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Part 1: Importance of Filler Distribution in Rubber Blends
Part 2: Importance of Filler Dispersion and Adequate Test Methods

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Part 1: Polymer-Filler Interaction: Base for Rubber Performance
Part 2: Mixing in High Performance Rubbers - Theory and Application

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Module 1: Understanding the Working Principle of the Rubber Extruder
Module 2: Understanding the General Layout of Tire Tread and Sidewall Extrusion Line
Module 3: Die Design for Extruded Tire Components
Module 4: How to Reduce Tire Component Extrusion Variation and How to Reduce Defects?

Expert:
Dr. Gerard Nijman, a well-experienced and recognized rubber technologist has 33+years’ experience in rubber processing and tyre manufacturing. Currently, he is working as the Head of R&D and Technology Rubber Machinery at KraussMaffei Extrusion GmbH, Germany. In the past, He worked at Apollo Tyres (former Vredestein), Netherlands (29 yrs) as R&D Sr. Expert and also worked at HF-Tiretech Group, Germany as Head of Extrusion Process Engineering. He is awarded with 17 patents and received “Europe Rubber Technologist Award 2016”. He is a regular invited speaker and trainer at tyre and rubber industry conferences and workshops across the world. His educational credentials include: Ph.D in Polymer Processing ((University of Twente, Netherlands) and Master´s degree in Rheology (University of Twente, Netherlands).

Description:
Morning Session : Oil Resistant Elastomer
Afternoon Session : Phase Compatibilization - Improving the Morphology of Rubber Blends

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Part 1: Oil Resistant Rubbers
Part 2: Filler Dispersion and Distribution -Improvement of Reinforcement
Part 3: Rubber Curing by Peroxides - Advantage & Limitations
Part 4: Polymer-Filler Interaction: Base for Rubber Performance

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Part 1: Carbon Black - Characterization, Dispersion & Reinforcement
Part 2: Precipitated Silica - Characterization, Dispersion & Reinforcement
Part 3: Improving Rubber Performance by Carbon Nanotubes
Part 4: Improving Rubber Performance by Layered Silica

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Module 1: Key Ingredients of Rubber Compounds
Module 2 : Mixing of Rubber Compounds
Module 3 : Flow Properties of filled Rubber Compounds
Module 4 : Rubber Curing by Sulfur - Property Design
Module 5 : Rubber Curing by Peroxides - Advantage & Limitations
Module 6 : Filler Dispersion and Distribution - Improvement of Reinforcement
Module 7 : Reinforcement - A Key Property of Filled Rubber Vulcanizates
Module 8 : Dynamic Durability and Cut Growth Resistance of Filled Rubber
Module 9 : Improving Rubber Performance by Carbon Nanotubes
Module 10 : Improving Rubber Performance by Layered Silica
Module 11 : Carbon Black - Characterization, Dispersion & Reinforcement
Module 12 : Precipitated Silica - Characterization, Dispersion & Reinforcement
Module 13 : Efficient Plasticizer for Filled Elastomer Compounds
Module 14 : Importance of Filler Distribution in Rubber Blends
Module 15 : Importance of Filler Dispersion and Adequate Test Methods
Module 16 : Oil Resistant Rubbers
Module 17 : Mixing in High Performance Rubbers - Theory and Application
Module 18 : Dynamic-Mechanical Properties of Rubber Compounds
Module 19 : Polymer-Filler Interaction : Base for Rubber Performance
Module 20 : Phase Compatibilization - Improving the Morphology of Rubber Blends

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Part 1: Mixing of Rubber Compounds
Part 2: Flow Properties of filled Rubber Compounds
Part 3: Rubber Curing by Sulfur - Property Design
Part 4: Reinforcement - A Key Property of Filled Rubber Vulcanizates

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Module 1 : Introduction to Rotational Moulding
Module 2 : Raw Materials for Rotomoulding
Module 3 : Design of Molds for RotoMoulding
Module 4 : Rotational Molding Machinery Technology
Module 5 : Product Design of RotoMoulded Products
Module 6 : Process Control & Troubleshooting of Rotational Molding Process
Module 7 : Decoration & Graphics of Roto Products
Module 8 : Cost Reduction Opportunities in Rotational Moulding
Module 9 : Process Automation in Rotational Moulding
Module 10 : Advanced Rotational Moulding Technology (Multi-Layer Molding)

Expert:
Martin Spencer, a well-experienced rotomolding professional with 35+ years’ experience in the rotomoulding industry. Currently he is Managing director of UniqueRoto Consulting, offering consulting for rotomoulders in design, development, tooling, manufacturing, operations and training.  He was MD of Rototek for 22 years. He was chairman of ARMO (Affiliation of Rotomoulding Organisations) during 2016-2018 (2 years). He was chairman of Rotomoulding group at British Plastics Federation during 2006-2011 (for 5 years)

Description:
Module 1: Introduction to Compression Molding
Module 2: Rubber Processing & Part Deflashing
Module 3: Compression Mold Design - Part 1
Module 4: Compression Mold Design - Part 2
Module 5: Pulse Filling & Compression Preforms
Module 6: Platens, Mold Mounting and Mold Insulation
Module 7: Air Removal for Compression Molding
Module 8: Troubleshooting of Compression Molding

Expert:
Mr. Terry Chapin is currently a Rubber Technologist at Elastomeister doing rubber consulting, training and teaching, he has worked as a Senior Materials Engineer, working with elastomer and foam materials, Senior Rubber Technical and Cost Leader and a Tool Engineer for rubber and plastic molds. He holds two U.S. patents and has been involved in the rubber industry for 40 years, working with rubber companies globally. Terry has been an active technical speaker for university level continuing education instruction, rubber conferences and technical in-plant venues for 30 years.

Description:
Part 1: Key Ingredients of Rubber Compounds
Part 2: Importance of Filler Dispersion and Adequate Test Methods
Part 3: Importance of Filler Distribution in Rubber Blends
Part 4: Rubber Curing by Sulfur - Property Design

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Module 1: Natural Rubber Latex & Properties
Module 2: Synthetic Latex & Properties
Module 3: Latex Additives and Rubber Chemicals
Module 4: Latex Compounding and Vulcanization of Latex
Module 5: Instrumentation and Analytical Techniques for Latex Dispersion
Module 6: Characterization of Latex and Latex Products
Module 7: Latex Compounding: Key Principles
Module 8: Latex Stability and Film-forming
Module 9: Process Validation of Latex Dipped Products
Module 10: Testing of Latex and Latex Dipped Products
Module 11: Cost Saving in Latex Dipping & Latex Dipped Products
Module 12: Troubleshooting in Latex Dipping
Module 13: Latex Foam Production using NR Latex

Instructor: Dr. CC Ho, David Hill, Steve Chong

Expert:

Description:
Part 1: Mixing in High Performance Rubbers - Theory and Application
Part 2: Dynamic-Mechanical Properties of Rubber Compounds
Part 3: Dynamic Durability and Cut Growth Resistance of Filled Rubber
Part 4: Polymer-Filler Interaction: Base for Rubber Performance

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Module 1 : Rubber Mixing Plant Requirement for Tyres and Non-Tyres
Module 2 : Raw Material Storage & Feeding Equipment in Rubber Mixing Plant
Module 3 : Internal Mixers - Types & Selection
Module 4: Design of Dust Stop Rings for Mixer
Module 5: Access for Maintenance in Rubber Mixing Plant
Module 6: Downstream Process of Internal Mixer
Module 7: Compound Cooling in Rubber Mixing Plant
Module 8: Continuous vs Batch Process of Rubber Mixing
Module 9: Forces Operating in Internal Mixer
Module 10: Gear Reducers, Ram Assembly & Process Oil Injector for Rubber Mixing Equipment

Expert:
With more than 35 years professional experience, Bruno Milanese worked with mixing machinery suppliers POMINI, FARREL and Meccaniche Moderne. His work experience involved with engineering and commissioning of mixing rooms for the rubber industry, both for tyre industry and for technical rubber goods around the world. Since 2004, he has been providing technical advisory services related to rubber mixing.

Description:
Module 1 : Understanding of TPE & TPV Families
Module 2 : TPV Industry Overview
Module 3 : TPV Structure & Properties
Module 4 : TPV Processing
Module 5 : TPV Applications in Automotive
Module 6 : TPV Applications in Industrial & Consumer Products
Module 7 : Troubleshooting of TPV Molding
Module 8 : TPV Extrusion Principles & Troubleshooting

Expert:
Eric Jourdain is a well-experienced specialist in EPDM, TPV, TPE, Butyl and Automotive Rubber Products. He worked for 40 years at ExxonMobil in various positions (Technical, R &D and Marketing) with business focus on synthetic rubber (EPDM, TPV, Butyl) in Technology, Development and Application.

Description:
Module 1 : EPDM Rubber Industry: Market, Supply Chain & Competencies
Module 2 : EPDM Rubber Chemistry & Properties
Module 3 : EPDM Rubber Compounding
Module 4 : EPDM Rubber Processing
Module 5 : EPDM Rubber in Foam Products
Module 6 : EPDM Rubber in Automotive
Module 7 : EPDM Rubber in Construction & Industrial Goods
Module 8 : EPDM Rubber in Tyres & Tubes
Module 9 : Troubleshooting of EPDM Rubber Processing
Module 10 : Q & A with Expert (Part 1) : EPDM Rubber Technology

Expert:
Eric Jourdain is a well-experienced specialist in EPDM, TPV, TPE, Butyl and Automotive Rubber Products. He worked for 40 years at ExxonMobil in various positions (Technical, R &D and Marketing) with business focus on synthetic rubber (EPDM, TPV, Butyl) in Technology, Development and Application.

Description:
Part 1: Key Ingredients of Rubber Compounds
Part 2: Mixing of Rubber Compounds

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Part 1: Flow Properties of filled Rubber Compounds
Part 2: Dynamic-Mechanical Properties of Rubber Compounds

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Part 1: Carbon Black - Characterization, Dispersion & Reinforcement
Part 2: Precipitated Silica - Characterization, Dispersion & Reinforcement

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Part 1: Improving Rubber Performance by Carbon Nanotubes
Part 2: Improving Rubber Performance by Layered Silica

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Module 1: Tyre Design & Construction - An Introduction
Module 2: General Purpose Rubbers
Module 3: Saturated, Unsaturated, Polar and Non-Polar Rubbers
Module 4: Fillers for Rubber Reinforcement
Module 5: Rubber Processing Additives
Module 6: EPDM Application in Tyres & Tubes
Module 7: Rubber Vulcanization Chemicals & Protective Agents
Module 8: Rubber Compounding for meeting Properties, Processing and Price
Module 9: Selection of Rubbers for meeting Heat, Ozone and Oil Resistance
Module 10: Silica and Silane Technology- Overview
Module 11: Rubber Mixing Technology and Selection
Module 12: Application of Resins in Tyre Compounding
Module 13: Rubber Mixing Procedures & Sequence
Module 14: Setting-up Rubber Mixing Line
Module 15: Rubber Mixing Troubleshooting
Module 16: Application of High-Performance Resins in Tyre Compounding
Module 17: NR and SBR Compounding
Module 18: Application of High-Performance Clays in Tyre Compounding
Module 19: Passenger Car Tyre Tread Compounding for Normal Application
Module 20: Passenger Car Tyre Tread Compounding for High Mileage
Module 21: Passenger Car Tyre Tread Compounding for Magic Triangle
Module 22: Tyre Sidewall Compounding
Module 23: Truck Bus Radial Tyre Steel Belt Skim Compounding
Module 24: Truck Bus Radial Tyre Tread Compounding
Module 25: Tyre Bead Compounding
Module 26: Tire Innerliner Technology and Butyl Rubbers
Module 27: Technical Discussion (Part 1): Tyre Compounding
Module 28: Technical Discussion (Part 2): Tyre Compounding
Module 29: Technical Discussion (Part 3): Tyre Compounding
Module 30: Technical Discussion (Part 4): Tyre Compounding
Module 31: Mixing of Silica Compounds and the In-Situ Silanization Process
Module 32: Safety & Environmental Regulations for Rubber & Tyre Industries
Module 33: Compound Development for Solid Tyres
Module 34: Aircraft Tire Materials Technologies: An Introduction
Module 35: Bicycle Tyre & Tube Compound Development
Module 36: Dispersion and Distribution Principles in Rubber Compounding
Module 37: Fill-Factor & Batch Weight of Internal Mixer
Module 38: Utility Requirement in a Tyre Industry
Module 39: Storage of Raw Materials and Rubber Compounds
Module 40: Technical Discussion (Part 1): Rubber Mixing Plant: Design & Layout
Module 41: Testing of Rubber Compounds
Module 42: Rheology and Rheological Effects in Rubber Compounds
Module 43: Rubber Process Analyzer (RPA): How to Use it Efficiently?
Module 44: Compounding for Tyre Retreading
Module 45: Technical Discussion (Part 5): Tyre Compounding
Module 46: Compounds for Motorcycle, Scooter and Three-Wheeler Tyres

Expert:

Description:
Module 1: Introduction to Non-Tyre Products Industry
Module 2: General Purpose Rubbers
Module 3: Special Purpose Rubbers (EPDM, NBR, CR, CPE, CSM, ACM, AEM)
Module 4: Special Purpose Rubbers (HNBR, FKM, ECO, VMQ, FQM, PU)
Module 5: Fillers for Rubber Reinforcement
Module 6: Rubber Processing Additives
Module 7: Rubber Vulcanization Chemicals & Protective Agents
Module 8: Reinforcing Materials (Textiles & Steel) for Rubber Industries
Module 9: Rubber Process Oils: Types & Selection
Module 10: Rubber Compound Formulation: Development & Case Studies
Module 11: Molded Rubber Products: Compound Development
Module 12: Hydraulic Hoses: Rubber Compound Development
Module 13: Conveyor Belts: Rubber Compound Development
Module 14: Rubber Mixing Technology & Selection
Module 15: Rubber Mixing Procedures & Sequence
Module 16: Cost Analysis of Rubber Compound
Module 17: Extruded Rubber Products: Compound Development
Module 18: Industrial Rubber Rollers: Compound Development
Module 19: Rubber Mixing Plant Management
Module 20: Reverse Engineering in Compound Development
Module 21: Footwear Soles: Rubber Compound Development
Module 22: Cost Optimization of Rubber Hose Compounds
Module 23: Best Practices for Rubber Chemists in Material Development
Module 24: Laboratory Management System
Module 25: Setting-up Rubber Mixing Line
Module 26: Rubber Mixing Troubleshooting
Module 27: Metal to Rubber Bonded Products: Compound Development
Module 28: Rubber Reclaim Application in Non-Tyre Products
Module 29: Safety & Environmental Regulations for Rubber & Tyre Industries
Module 30: Storage of Raw Materials & Rubber Compounds
Module 31: How to Judge Quality of Rubber Compounds?
Module 32: Elastomer Curing Systems and Their Effects on Product Performance
Module 33: Dispersion and Distribution Principles in Rubber Compounding
Module 34: Fill-Factor & Batch Weight of Internal Mixer
Module 35: Rubber Testing Principles
Module 36: Technical Discussion (Part 1): Rubber Compounding for Non-Tyre Products
Module 37: Technical Discussion (Part 2): Rubber Compounding for Non-Tyre Products
Module 38: Technical Discussion (Part 3): Rubber Compounding for Non-Tyre Products
Module 39: Technical Discussion (Part 4): Rubber Compounding for Non-Tyre Products
Module 40: Technical Discussion (Part 5): Rubber Compounding for Non-Tyre Products
Module 41: Rheology and Rheological Effects in Rubber Compounds
Module 42: Technical Discussion (Part 6): Rubber Compounding for Non-Tyre Products
Module 43: Technical Discussion (Part 7): Rubber Compounding for Non-Tyre Products
Module 44: Technical Discussion (Part 8): Rubber Compounding for Non-Tyre Products
Module 45: Technical Discussion (Part 9): Rubber Compounding for Non-Tyre Products
Module 46: Rubber Process Analyzer (RPA): How to Use it Efficiently?
Module 47: Rubber Compound Properties & Final Product Quality: Correlations

Expert:

Description:
Part 1: Rubber Curing by Sulfur - Property Design
Part 2: Rubber Curing by Peroxides - Advantage & Limitations

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Part 1: Reinforcement - A Key Property of Filled Rubber Vulcanizates
Part 2: Dynamic Durability and Cut Growth Resistance of Filled Rubber

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Part 1: Importance of Filler Distribution in Rubber Blends
Part 2: Importance of Filler Dispersion and Adequate Test Methods

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Part 1: Polymer-Filler Interaction: Base for Rubber Performance
Part 2: Mixing in High Performance Rubbers - Theory and Application

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Module 1 : Rubber Rules for Vulcanization
Module 2 : Rubber Rules for Polymer Characterization
Module 3: Rubber Rules for Rubber Flow
Module 4: Rubber Rules for Cavity Filling
Module 5: Rubber Rules for Applied Force

Expert:
Van Walworth is a product design and development specialist. Van has a BS degree from the University of Alabama in mechanical engineering drafting and design and has become a well-known “hands on practitioner”. Most of his primary application skills are focused on products manufactured from materials related to the rubber, plastic, & pipe industries. In many circles he is known as “The Ideaguy” or as “The Rubber Whisperer”. Van is an internationally recognized technical educator for in-plant seminars, and university level continuing professional education programs. He is a published author of many technical papers as well of the author of the book “Rubber Molding Principles” first published in 2013 and the creator of a series of Troubleshooting Charts for processing rubber, all published and distributed by TechnoBiz. Van has established a partnership joint venture with the TechnoBiz Group which is based in Bangkok, Thailand. In addition, Van has a long-term joint venture collaboration with SRP Synthetic Rubber Products, Pvt. Ltd. In Bangalore, India to design and build molding presses and ancillary equipment for the rubber industry.

Description:
Morning Session : Oil Resistant Elastomer
Afternoon Session : Phase Compatibilization - Improving the Morphology of Rubber Blends

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Module 1: Key Ingredients of Rubber Compounds
Module 2 : Mixing of Rubber Compounds
Module 3 : Flow Properties of filled Rubber Compounds
Module 4 : Rubber Curing by Sulfur - Property Design
Module 5 : Rubber Curing by Peroxides - Advantage & Limitations
Module 6 : Filler Dispersion and Distribution - Improvement of Reinforcement
Module 7 : Reinforcement - A Key Property of Filled Rubber Vulcanizates
Module 8 : Dynamic Durability and Cut Growth Resistance of Filled Rubber
Module 9 : Improving Rubber Performance by Carbon Nanotubes
Module 10 : Improving Rubber Performance by Layered Silica
Module 11 : Carbon Black - Characterization, Dispersion & Reinforcement
Module 12 : Precipitated Silica - Characterization, Dispersion & Reinforcement
Module 13 : Efficient Plasticizer for Filled Elastomer Compounds
Module 14 : Importance of Filler Distribution in Rubber Blends
Module 15 : Importance of Filler Dispersion and Adequate Test Methods
Module 16 : Oil Resistant Rubbers
Module 17 : Mixing in High Performance Rubbers - Theory and Application
Module 18 : Dynamic-Mechanical Properties of Rubber Compounds
Module 19 : Polymer-Filler Interaction : Base for Rubber Performance
Module 20 : Phase Compatibilization - Improving the Morphology of Rubber Blends

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Part 1: Mixing of Rubber Compounds
Part 2: Flow Properties of filled Rubber Compounds
Part 3: Rubber Curing by Sulfur - Property Design
Part 4: Reinforcement - A Key Property of Filled Rubber Vulcanizates

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Module 1 : UF/MF Fundamentals and Membrane Materials
Module 2 : UF/MF Membrane Fabrication, Morphology & Characteristics
Module 3 : UF/MF Membrane Format and Product Options
Module 4 : UF/MF Membrane Process Design and Flux Selection
Module 5 : UF/MF Membrane System Design
Module 6 : UF/MF Commercial Membranes & Suppliers Review
Module 7 : UF/MF Membrane Plant Performance Monitoring & Permeability Trends
Module 8 : UF/MF Membrane Applications in Water & Wastewater Treatment
Module 9 : Fouling & Use of Chemicals in UF/MF Membrane Filtration
Module 10 : Operational Issues of UF/MF Membrane Plant
Module 11 : Troubleshooting of UF/MF Membrane Water Plant
Module 12 : UF/MF Membranes - New Developments, Recent Trends & Future Prospects
Module 13 : Ceramic Membranes: Principles & Manufacturing, Applications & Performance
Module 14 : Commercial Ceramic Membranes Review
Module 15 : Membrane Bioreactors for Wastewater Treatment: Basics, Technology & Process Design
Module 16 : Review of Leading Commercial MBR Products

Expert:
Dr Graeme K Pearce holds a degree in chemistry and a doctorate in chemical engineering from the University of Oxford, and is the Principal at his own consulting firm, Membrane Consultancy Associates (MCA) founded in 2005. MCA specializes in advice on membrane filtration technology and provides consulting services covering a range of issues including performance review, problem solving, acting as an expert witness, market analysis, strategy review, and technical advice for investors. Graeme has 40 years’ experience in the membrane field having undertaken technology and strategic development roles at BP, Kalsep, and Hydranautics prior to consulting. He is well known in the field of water and membranes through publications including numerous papers and book contributions. He is also the sole author of ‘UF/MF Membrane Water Treatment’, published by TechnoBiz. Graeme has conducted many workshop training sessions, has been a conference chairman and a regular conference session chair, as well as giving numerous keynote lectures and other papers. For further information see www.membraneconsultancy.com.

Description:
Module 1 : Introduction to Rotational Moulding
Module 2 : Raw Materials for Rotomoulding
Module 3 : Design of Molds for RotoMoulding
Module 4 : Rotational Molding Machinery Technology
Module 5 : Product Design of RotoMoulded Products
Module 6 : Process Control & Troubleshooting of Rotational Molding Process
Module 7 : Decoration & Graphics of Roto Products
Module 8 : Cost Reduction Opportunities in Rotational Moulding
Module 9 : Process Automation in Rotational Moulding
Module 10 : Advanced Rotational Moulding Technology (Multi-Layer Molding)

Expert:
Martin Spencer, a well-experienced rotomolding professional with 35+ years’ experience in the rotomoulding industry. Currently he is Managing director of UniqueRoto Consulting, offering consulting for rotomoulders in design, development, tooling, manufacturing, operations and training.  He was MD of Rototek for 22 years. He was chairman of ARMO (Affiliation of Rotomoulding Organisations) during 2016-2018 (2 years). He was chairman of Rotomoulding group at British Plastics Federation during 2006-2011 (for 5 years)

Description:
Module 1: Introduction to Compression Molding
Module 2: Rubber Processing & Part Deflashing
Module 3: Compression Mold Design - Part 1
Module 4: Compression Mold Design - Part 2
Module 5: Pulse Filling & Compression Preforms
Module 6: Platens, Mold Mounting and Mold Insulation
Module 7: Air Removal for Compression Molding
Module 8: Troubleshooting of Compression Molding

Expert:
Mr. Terry Chapin is currently a Rubber Technologist at Elastomeister doing rubber consulting, training and teaching, he has worked as a Senior Materials Engineer, working with elastomer and foam materials, Senior Rubber Technical and Cost Leader and a Tool Engineer for rubber and plastic molds. He holds two U.S. patents and has been involved in the rubber industry for 40 years, working with rubber companies globally. Terry has been an active technical speaker for university level continuing education instruction, rubber conferences and technical in-plant venues for 30 years.

Description:
Part 1: Carbon Black - Characterization, Dispersion & Reinforcement
Part 2: Precipitated Silica - Characterization, Dispersion & Reinforcement
Part 3: Improving Rubber Performance by Carbon Nanotubes
Part 4: Improving Rubber Performance by Layered Silica

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Module 1: Understanding the Working Principle of the Rubber Extruder
Module 2: Understanding the General Layout of Tire Tread and Sidewall Extrusion Line
Module 3: Die Design for Extruded Tire Components
Module 4: How to Reduce Tire Component Extrusion Variation and How to Reduce Defects?

Expert:
Dr. Gerard Nijman, a well-experienced and recognized rubber technologist has 33+years’ experience in rubber processing and tyre manufacturing. Currently, he is working as the Head of R&D and Technology Rubber Machinery at KraussMaffei Extrusion GmbH, Germany. In the past, He worked at Apollo Tyres (former Vredestein), Netherlands (29 yrs) as R&D Sr. Expert and also worked at HF-Tiretech Group, Germany as Head of Extrusion Process Engineering. He is awarded with 17 patents and received “Europe Rubber Technologist Award 2016”. He is a regular invited speaker and trainer at tyre and rubber industry conferences and workshops across the world. His educational credentials include: Ph.D in Polymer Processing ((University of Twente, Netherlands) and Master´s degree in Rheology (University of Twente, Netherlands).

Description:
Part 1: Oil Resistant Rubbers
Part 2: Filler Dispersion and Distribution -Improvement of Reinforcement
Part 3: Rubber Curing by Peroxides - Advantage & Limitations
Part 4: Polymer-Filler Interaction: Base for Rubber Performance

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Module 1: Natural Rubber Latex & Properties
Module 2: Synthetic Latex & Properties
Module 3: Latex Additives and Rubber Chemicals
Module 4: Latex Compounding and Vulcanization of Latex
Module 5: Instrumentation and Analytical Techniques for Latex Dispersion
Module 6: Characterization of Latex and Latex Products
Module 7: Latex Compounding: Key Principles
Module 8: Latex Stability and Film-forming
Module 9: Process Validation of Latex Dipped Products
Module 10: Testing of Latex and Latex Dipped Products
Module 11: Cost Saving in Latex Dipping & Latex Dipped Products
Module 12: Troubleshooting in Latex Dipping
Module 13: Latex Foam Production using NR Latex

Instructor: Dr. CC Ho, David Hill, Steve Chong

Expert:

Description:
Module 1 : EPDM Rubber Industry: Market, Supply Chain & Competencies
Module 2 : EPDM Rubber Chemistry & Properties
Module 3 : EPDM Rubber Compounding
Module 4 : EPDM Rubber Processing
Module 5 : EPDM Rubber in Foam Products
Module 6 : EPDM Rubber in Automotive
Module 7 : EPDM Rubber in Construction & Industrial Goods
Module 8 : EPDM Rubber in Tyres & Tubes
Module 9 : Troubleshooting of EPDM Rubber Processing
Module 10 : Q & A with Expert (Part 1) : EPDM Rubber Technology

Expert:
Eric Jourdain is a well-experienced specialist in EPDM, TPV, TPE, Butyl and Automotive Rubber Products. He worked for 40 years at ExxonMobil in various positions (Technical, R &D and Marketing) with business focus on synthetic rubber (EPDM, TPV, Butyl) in Technology, Development and Application.

Description:
Part 1: Key Ingredients of Rubber Compounds
Part 2: Importance of Filler Dispersion and Adequate Test Methods
Part 3: Importance of Filler Distribution in Rubber Blends
Part 4: Rubber Curing by Sulfur - Property Design

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Part 1: Mixing in High Performance Rubbers - Theory and Application
Part 2: Dynamic-Mechanical Properties of Rubber Compounds
Part 3: Dynamic Durability and Cut Growth Resistance of Filled Rubber
Part 4: Polymer-Filler Interaction: Base for Rubber Performance

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Module 1 : Introduction to Rotational Moulding
Module 2 : Raw Materials for Rotomoulding
Module 3 : Design of Molds for RotoMoulding
Module 4 : Rotational Molding Machinery Technology
Module 5 : Product Design of RotoMoulded Products
Module 6 : Process Control & Troubleshooting of Rotational Molding Process
Module 7 : Decoration & Graphics of Roto Products
Module 8 : Cost Reduction Opportunities in Rotational Moulding
Module 9 : Process Automation in Rotational Moulding
Module 10 : Advanced Rotational Moulding Technology (Multi-Layer Molding)

Expert:
Martin Spencer, a well-experienced rotomolding professional with 35+ years’ experience in the rotomoulding industry. Currently he is Managing director of UniqueRoto Consulting, offering consulting for rotomoulders in design, development, tooling, manufacturing, operations and training.  He was MD of Rototek for 22 years. He was chairman of ARMO (Affiliation of Rotomoulding Organisations) during 2016-2018 (2 years). He was chairman of Rotomoulding group at British Plastics Federation during 2006-2011 (for 5 years)

Description:
Module 1 : Rubber Mixing Plant Requirement for Tyres and Non-Tyres
Module 2 : Raw Material Storage & Feeding Equipment in Rubber Mixing Plant
Module 3 : Internal Mixers - Types & Selection
Module 4: Design of Dust Stop Rings for Mixer
Module 5: Access for Maintenance in Rubber Mixing Plant
Module 6: Downstream Process of Internal Mixer
Module 7: Compound Cooling in Rubber Mixing Plant
Module 8: Continuous vs Batch Process of Rubber Mixing
Module 9: Forces Operating in Internal Mixer
Module 10: Gear Reducers, Ram Assembly & Process Oil Injector for Rubber Mixing Equipment

Expert:
With more than 35 years professional experience, Bruno Milanese worked with mixing machinery suppliers POMINI, FARREL and Meccaniche Moderne. His work experience involved with engineering and commissioning of mixing rooms for the rubber industry, both for tyre industry and for technical rubber goods around the world. Since 2004, he has been providing technical advisory services related to rubber mixing.

Description:
Module 1: Introduction to Compression Molding
Module 2: Rubber Processing & Part Deflashing
Module 3: Compression Mold Design - Part 1
Module 4: Compression Mold Design - Part 2
Module 5: Pulse Filling & Compression Preforms
Module 6: Platens, Mold Mounting and Mold Insulation
Module 7: Air Removal for Compression Molding
Module 8: Troubleshooting of Compression Molding

Expert:
Mr. Terry Chapin is currently a Rubber Technologist at Elastomeister doing rubber consulting, training and teaching, he has worked as a Senior Materials Engineer, working with elastomer and foam materials, Senior Rubber Technical and Cost Leader and a Tool Engineer for rubber and plastic molds. He holds two U.S. patents and has been involved in the rubber industry for 40 years, working with rubber companies globally. Terry has been an active technical speaker for university level continuing education instruction, rubber conferences and technical in-plant venues for 30 years.

Description:
Module 1 : Understanding of TPE & TPV Families
Module 2 : TPV Industry Overview
Module 3 : TPV Structure & Properties
Module 4 : TPV Processing
Module 5 : TPV Applications in Automotive
Module 6 : TPV Applications in Industrial & Consumer Products
Module 7 : Troubleshooting of TPV Molding
Module 8 : TPV Extrusion Principles & Troubleshooting

Expert:
Eric Jourdain is a well-experienced specialist in EPDM, TPV, TPE, Butyl and Automotive Rubber Products. He worked for 40 years at ExxonMobil in various positions (Technical, R &D and Marketing) with business focus on synthetic rubber (EPDM, TPV, Butyl) in Technology, Development and Application.

Description:
Part 1: Key Ingredients of Rubber Compounds
Part 2: Mixing of Rubber Compounds

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Part 1: Flow Properties of filled Rubber Compounds
Part 2: Dynamic-Mechanical Properties of Rubber Compounds

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Part 1: Carbon Black - Characterization, Dispersion & Reinforcement
Part 2: Precipitated Silica - Characterization, Dispersion & Reinforcement

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Module 1: Introduction to Non-Tyre Products Industry
Module 2: General Purpose Rubbers
Module 3: Special Purpose Rubbers (EPDM, NBR, CR, CPE, CSM, ACM, AEM)
Module 4: Special Purpose Rubbers (HNBR, FKM, ECO, VMQ, FQM, PU)
Module 5: Fillers for Rubber Reinforcement
Module 6: Rubber Processing Additives
Module 7: Rubber Vulcanization Chemicals & Protective Agents
Module 8: Reinforcing Materials (Textiles & Steel) for Rubber Industries
Module 9: Rubber Process Oils: Types & Selection
Module 10: Rubber Compound Formulation: Development & Case Studies
Module 11: Molded Rubber Products: Compound Development
Module 12: Hydraulic Hoses: Rubber Compound Development
Module 13: Conveyor Belts: Rubber Compound Development
Module 14: Rubber Mixing Technology & Selection
Module 15: Rubber Mixing Procedures & Sequence
Module 16: Cost Analysis of Rubber Compound
Module 17: Extruded Rubber Products: Compound Development
Module 18: Industrial Rubber Rollers: Compound Development
Module 19: Rubber Mixing Plant Management
Module 20: Reverse Engineering in Compound Development
Module 21: Footwear Soles: Rubber Compound Development
Module 22: Cost Optimization of Rubber Hose Compounds
Module 23: Best Practices for Rubber Chemists in Material Development
Module 24: Laboratory Management System
Module 25: Setting-up Rubber Mixing Line
Module 26: Rubber Mixing Troubleshooting
Module 27: Metal to Rubber Bonded Products: Compound Development
Module 28: Rubber Reclaim Application in Non-Tyre Products
Module 29: Safety & Environmental Regulations for Rubber & Tyre Industries
Module 30: Storage of Raw Materials & Rubber Compounds
Module 31: How to Judge Quality of Rubber Compounds?
Module 32: Elastomer Curing Systems and Their Effects on Product Performance
Module 33: Dispersion and Distribution Principles in Rubber Compounding
Module 34: Fill-Factor & Batch Weight of Internal Mixer
Module 35: Rubber Testing Principles
Module 36: Technical Discussion (Part 1): Rubber Compounding for Non-Tyre Products
Module 37: Technical Discussion (Part 2): Rubber Compounding for Non-Tyre Products
Module 38: Technical Discussion (Part 3): Rubber Compounding for Non-Tyre Products
Module 39: Technical Discussion (Part 4): Rubber Compounding for Non-Tyre Products
Module 40: Technical Discussion (Part 5): Rubber Compounding for Non-Tyre Products
Module 41: Rheology and Rheological Effects in Rubber Compounds
Module 42: Technical Discussion (Part 6): Rubber Compounding for Non-Tyre Products
Module 43: Technical Discussion (Part 7): Rubber Compounding for Non-Tyre Products
Module 44: Technical Discussion (Part 8): Rubber Compounding for Non-Tyre Products
Module 45: Technical Discussion (Part 9): Rubber Compounding for Non-Tyre Products
Module 46: Rubber Process Analyzer (RPA): How to Use it Efficiently?
Module 47: Rubber Compound Properties & Final Product Quality: Correlations

Expert:

Description:
Module 1: Natural Rubber Latex & Properties
Module 2: Synthetic Latex & Properties
Module 3: Latex Additives and Rubber Chemicals
Module 4: Latex Compounding and Vulcanization of Latex
Module 5: Instrumentation and Analytical Techniques for Latex Dispersion
Module 6: Characterization of Latex and Latex Products
Module 7: Latex Compounding: Key Principles
Module 8: Latex Stability and Film-forming
Module 9: Process Validation of Latex Dipped Products
Module 10: Testing of Latex and Latex Dipped Products
Module 11: Cost Saving in Latex Dipping & Latex Dipped Products
Module 12: Troubleshooting in Latex Dipping
Module 13: Latex Foam Production using NR Latex

Instructor: Dr. CC Ho, David Hill, Steve Chong

Expert:

Description:
Part 1: Improving Rubber Performance by Carbon Nanotubes
Part 2: Improving Rubber Performance by Layered Silica

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Part 1: Rubber Curing by Sulfur - Property Design
Part 2: Rubber Curing by Peroxides - Advantage & Limitations

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Module 1 : Understanding of TPE & TPV Families
Module 2 : TPV Industry Overview
Module 3 : TPV Structure & Properties
Module 4 : TPV Processing
Module 5 : TPV Applications in Automotive
Module 6 : TPV Applications in Industrial & Consumer Products
Module 7 : Troubleshooting of TPV Molding
Module 8 : TPV Extrusion Principles & Troubleshooting

Expert:
Eric Jourdain is a well-experienced specialist in EPDM, TPV, TPE, Butyl and Automotive Rubber Products. He worked for 40 years at ExxonMobil in various positions (Technical, R &D and Marketing) with business focus on synthetic rubber (EPDM, TPV, Butyl) in Technology, Development and Application.

Description:
Part 1: Reinforcement - A Key Property of Filled Rubber Vulcanizates
Part 2: Dynamic Durability and Cut Growth Resistance of Filled Rubber

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Part 1: Importance of Filler Distribution in Rubber Blends
Part 2: Importance of Filler Dispersion and Adequate Test Methods

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students

Description:
Module 1: Key Ingredients of Rubber Compounds
Module 2 : Mixing of Rubber Compounds
Module 3 : Flow Properties of filled Rubber Compounds
Module 4 : Rubber Curing by Sulfur - Property Design
Module 5 : Rubber Curing by Peroxides - Advantage & Limitations
Module 6 : Filler Dispersion and Distribution - Improvement of Reinforcement
Module 7 : Reinforcement - A Key Property of Filled Rubber Vulcanizates
Module 8 : Dynamic Durability and Cut Growth Resistance of Filled Rubber
Module 9 : Improving Rubber Performance by Carbon Nanotubes
Module 10 : Improving Rubber Performance by Layered Silica
Module 11 : Carbon Black - Characterization, Dispersion & Reinforcement
Module 12 : Precipitated Silica - Characterization, Dispersion & Reinforcement
Module 13 : Efficient Plasticizer for Filled Elastomer Compounds
Module 14 : Importance of Filler Distribution in Rubber Blends
Module 15 : Importance of Filler Dispersion and Adequate Test Methods
Module 16 : Oil Resistant Rubbers
Module 17 : Mixing in High Performance Rubbers - Theory and Application
Module 18 : Dynamic-Mechanical Properties of Rubber Compounds
Module 19 : Polymer-Filler Interaction : Base for Rubber Performance
Module 20 : Phase Compatibilization - Improving the Morphology of Rubber Blends

Expert:
# Rubber & Tyre Industry Consultant
# Former Director of Germany Rubber Institute (DIK)
# Specialization: Mixing, Processing, Vulcanization, Rubber -filler interaction, nanocomposites, recycling etc.
# 45+ years in Rubber Technology Research & Consulting
# Received “Carl Harries” Medal from the German Rubber Society (DKG)
# Received the “Melvin Mooney” Award from ACS Rubber Vision
# 300+ published papers & Supervised 70 Ph.D Students