Presentation fra konferencen 'Kemisk genanvendelse af plast - en vej til en cirkulær fremtid?' Maurizio Crippa, CEO, gr3n recycling: 'Circularity to PET/Polyester evolution or revolution'.
Butyl Rubber (IIR) Production. Synthetic Rubber Manufacturing Industry
Butyl rubber (IIR), also called isobutylene-isoprene rubber, a synthetic rubber produced by copolymerizing isobutylene with small amounts of isoprene. Valued for its chemical inertness, impermeability to gases, and weather ability, butyl rubber is employed in the inner linings of automobile tires and in other specialty applications.
Butyl Rubber Applications
Butyl rubber is one of the most commonly used rubber materials used in the manufacturing of a wide range of industrial rubber products. The remarkable properties of butyl rubber like excellent impermeability/air retention and good flex properties, make it a key polymer for a wide range of technical rubber applications. For more information on this type of rubber, check out our section on Butyl Rubber. We present below the use of butyl rubber in various applications:
• Automotive Tires
One of the most popular use of butyl rubber is in the making of automotive tires. The first commercial use of butyl rubber was seen in the tire inner tubes. Regular butyl provide excellent inflation pressure retention for truck, bicycle, industrial, agricultural and specialty tires. Butyl rubber is capable to produce more durable tubeless tires with the air retaining inner liner chemically bonded to the body of the tire.
See more
http://goo.gl/MwYpVf
https://goo.gl/P10f1y
Contact us:
Niir Project Consultancy Services
An ISO 9001:2015 Company
106-E, Kamla Nagar, Opp. Spark Mall,
New Delhi-110007, India.
Email: npcs.ei@gmail.com , info@entrepreneurindia.co
Tel: +91-11-23843955, 23845654, 23845886, 8800733955
Mobile: +91-9811043595
Website: www.entrepreneurindia.co , www.niir.org
Tags
Butyl Rubber Production, Butyl Rubber, Chemical Compound, Production of Butyl Rubber, Process for Production of Butyl Rubber, Butyl Rubber, Synthetic Rubber, Preparation of Butyl Rubber, Butyl Rubber Formula, Butyl Rubber Properties, Butyl Rubber Manufacture, Butyl Rubber Uses, Butyl Rubber Manufacturing Process, Manufacture of Butyl Rubber, Butyl Rubber and Process for Production, Butyl Rubber Plant, Butyl Rubber Properties & Applications, Butyl Rubber (IIR), Synthetic Rubber Industry, Butyl Rubber Manufacturing Plant, Butyl Rubber (IIR) Products for Industrial Use, Butyl Rubber Manufacturing Process, Butyl Rubber Industry, Project Report on Butyl Rubber Production Industry, Detailed Project Report on Butyl Rubber Production, Project Report on Butyl Rubber Production, Pre-Investment Feasibility Study on Butyl Rubber Production, Techno-Economic feasibility study on Butyl Rubber Production, Feasibility report on Butyl Rubber Production, Free Project Profile on Butyl Rubber Production, Project profile on Butyl Rubber Production, isobutylene-isoprene rubber, Download free project profile on Butyl Rubber Production, Butyl Rubber Manufacturing Business, Halogenated Butyl Rubber, Production of Halogenated Butyl Rubber
Polymer processing, characterisation and applicationsAvinash Singh
This document discusses various types of polymers, plastics, elastomers and fibers. It describes the key differences between thermosetting and thermoplastic polymers. Important thermoplastics like polyethylene, PVC and Teflon are explained. Phenol-formaldehyde is provided as an example of a thermosetting resin. Natural rubber and synthetic diene elastomers like SBR and nitrile rubber are outlined. The document also discusses the manufacturing of polymers and how they are compounded and molded into end products using various molding techniques.
This document presents information about nylon 6,6 polymer. It discusses the history of nylon 6,6's development beginning in 1927. It then describes the synthesis of nylon 6,6 which involves a step-growth polymerization of hexamethylene diamine and adipic acid. The document outlines the physical and chemical properties of nylon 6,6 including its elasticity, stiffness, melting point, and resistance to chemicals. Common applications of nylon 6,6 are mentioned such as uses in pipes, machine parts, carpets, and tires due to its strength, rigidity, and stability at high temperatures. Finally, advantages like heat and chemical resistance and disadvantages such as water absorption are highlighted.
ArmorThane Pu 104 a polyurethane sealants, adhesives, and bindersct1054
SynUthane International is a consulting and contract research organization dedicated to the polyurethane industry. It was founded in 1998 by James M. O'Connor, who has over 30 years of experience in polyurethane R&D. SynUthane brings together experts to help companies find solutions to developments in polyurethanes and other technologies. It has consulted for and performed research for major chemical corporations involved in polyurethanes.
Plasticizers are chemicals added to polymers to improve flexibility and processing. They work by spacing out polymer molecules, allowing easier movement. Most plasticizers are organic esters added to PVC to make it flexible. Phthalates are the most widely used type, accounting for over 90% of plasticizers. Common phthalate plasticizers include DOP, DEHP, DINP and DIDP. Selection depends on the required properties and application. Health concerns have led to a search for safer alternatives to phthalates.
The document discusses various theories of adhesion including physical absorption, chemical bonding, diffusion, electrostatic, and mechanical interlocking theories. It explains that adhesion occurs due to molecular contact and surface forces between two materials. Adhesives are now commonly used in manufacturing across many industries like construction, automobiles, footwear, and more due to advantages like joining dissimilar materials and reducing weight.
This document provides an overview of latex ingredients and compounding formulations for latex products. It discusses the key components of natural rubber latex and synthetic lattices like SBR, neoprene, and nitrile. It describes the processes used to concentrate and preserve latex, including centrifuging and the use of ammonia or ammonia with bactericides. The document also covers the dispersion and emulsification of solids and liquids for addition to latex, and the roles of auxiliary chemicals like stabilizers, wetting agents, and thickening agents in compounding latex and achieving desired product characteristics.
This document discusses corn fiber and its derivatives as well as aromatic polyester fibers. It begins by describing the composition and production processes of corn, including harvesting, extracting sugar, fermenting glucose into monomers, and producing polymers. It then discusses the physical and chemical properties and applications of polylactic acid fibers derived from corn. The document also describes the composition, production, properties and applications of aromatic polyester fibers known as Vectran.
Butyl Rubber (IIR) Production. Synthetic Rubber Manufacturing Industry
Butyl rubber (IIR), also called isobutylene-isoprene rubber, a synthetic rubber produced by copolymerizing isobutylene with small amounts of isoprene. Valued for its chemical inertness, impermeability to gases, and weather ability, butyl rubber is employed in the inner linings of automobile tires and in other specialty applications.
Butyl Rubber Applications
Butyl rubber is one of the most commonly used rubber materials used in the manufacturing of a wide range of industrial rubber products. The remarkable properties of butyl rubber like excellent impermeability/air retention and good flex properties, make it a key polymer for a wide range of technical rubber applications. For more information on this type of rubber, check out our section on Butyl Rubber. We present below the use of butyl rubber in various applications:
• Automotive Tires
One of the most popular use of butyl rubber is in the making of automotive tires. The first commercial use of butyl rubber was seen in the tire inner tubes. Regular butyl provide excellent inflation pressure retention for truck, bicycle, industrial, agricultural and specialty tires. Butyl rubber is capable to produce more durable tubeless tires with the air retaining inner liner chemically bonded to the body of the tire.
See more
http://goo.gl/MwYpVf
https://goo.gl/P10f1y
Contact us:
Niir Project Consultancy Services
An ISO 9001:2015 Company
106-E, Kamla Nagar, Opp. Spark Mall,
New Delhi-110007, India.
Email: npcs.ei@gmail.com , info@entrepreneurindia.co
Tel: +91-11-23843955, 23845654, 23845886, 8800733955
Mobile: +91-9811043595
Website: www.entrepreneurindia.co , www.niir.org
Tags
Butyl Rubber Production, Butyl Rubber, Chemical Compound, Production of Butyl Rubber, Process for Production of Butyl Rubber, Butyl Rubber, Synthetic Rubber, Preparation of Butyl Rubber, Butyl Rubber Formula, Butyl Rubber Properties, Butyl Rubber Manufacture, Butyl Rubber Uses, Butyl Rubber Manufacturing Process, Manufacture of Butyl Rubber, Butyl Rubber and Process for Production, Butyl Rubber Plant, Butyl Rubber Properties & Applications, Butyl Rubber (IIR), Synthetic Rubber Industry, Butyl Rubber Manufacturing Plant, Butyl Rubber (IIR) Products for Industrial Use, Butyl Rubber Manufacturing Process, Butyl Rubber Industry, Project Report on Butyl Rubber Production Industry, Detailed Project Report on Butyl Rubber Production, Project Report on Butyl Rubber Production, Pre-Investment Feasibility Study on Butyl Rubber Production, Techno-Economic feasibility study on Butyl Rubber Production, Feasibility report on Butyl Rubber Production, Free Project Profile on Butyl Rubber Production, Project profile on Butyl Rubber Production, isobutylene-isoprene rubber, Download free project profile on Butyl Rubber Production, Butyl Rubber Manufacturing Business, Halogenated Butyl Rubber, Production of Halogenated Butyl Rubber
Polymer processing, characterisation and applicationsAvinash Singh
This document discusses various types of polymers, plastics, elastomers and fibers. It describes the key differences between thermosetting and thermoplastic polymers. Important thermoplastics like polyethylene, PVC and Teflon are explained. Phenol-formaldehyde is provided as an example of a thermosetting resin. Natural rubber and synthetic diene elastomers like SBR and nitrile rubber are outlined. The document also discusses the manufacturing of polymers and how they are compounded and molded into end products using various molding techniques.
This document presents information about nylon 6,6 polymer. It discusses the history of nylon 6,6's development beginning in 1927. It then describes the synthesis of nylon 6,6 which involves a step-growth polymerization of hexamethylene diamine and adipic acid. The document outlines the physical and chemical properties of nylon 6,6 including its elasticity, stiffness, melting point, and resistance to chemicals. Common applications of nylon 6,6 are mentioned such as uses in pipes, machine parts, carpets, and tires due to its strength, rigidity, and stability at high temperatures. Finally, advantages like heat and chemical resistance and disadvantages such as water absorption are highlighted.
ArmorThane Pu 104 a polyurethane sealants, adhesives, and bindersct1054
SynUthane International is a consulting and contract research organization dedicated to the polyurethane industry. It was founded in 1998 by James M. O'Connor, who has over 30 years of experience in polyurethane R&D. SynUthane brings together experts to help companies find solutions to developments in polyurethanes and other technologies. It has consulted for and performed research for major chemical corporations involved in polyurethanes.
Plasticizers are chemicals added to polymers to improve flexibility and processing. They work by spacing out polymer molecules, allowing easier movement. Most plasticizers are organic esters added to PVC to make it flexible. Phthalates are the most widely used type, accounting for over 90% of plasticizers. Common phthalate plasticizers include DOP, DEHP, DINP and DIDP. Selection depends on the required properties and application. Health concerns have led to a search for safer alternatives to phthalates.
The document discusses various theories of adhesion including physical absorption, chemical bonding, diffusion, electrostatic, and mechanical interlocking theories. It explains that adhesion occurs due to molecular contact and surface forces between two materials. Adhesives are now commonly used in manufacturing across many industries like construction, automobiles, footwear, and more due to advantages like joining dissimilar materials and reducing weight.
This document provides an overview of latex ingredients and compounding formulations for latex products. It discusses the key components of natural rubber latex and synthetic lattices like SBR, neoprene, and nitrile. It describes the processes used to concentrate and preserve latex, including centrifuging and the use of ammonia or ammonia with bactericides. The document also covers the dispersion and emulsification of solids and liquids for addition to latex, and the roles of auxiliary chemicals like stabilizers, wetting agents, and thickening agents in compounding latex and achieving desired product characteristics.
This document discusses corn fiber and its derivatives as well as aromatic polyester fibers. It begins by describing the composition and production processes of corn, including harvesting, extracting sugar, fermenting glucose into monomers, and producing polymers. It then discusses the physical and chemical properties and applications of polylactic acid fibers derived from corn. The document also describes the composition, production, properties and applications of aromatic polyester fibers known as Vectran.
Thermosetting polyurethane including foam gradesfaheem maqsood
This document discusses thermosetting polyurethane, including its production from polyol and isocyanate monomers, properties, applications, and research. It notes that thermosetting polyurethane is commercially important and can be molded or formed into rigid parts, elastomers, rigid or soft foams, and coatings. Research showed that adding nanoclay fillers to polyurethane increases its mechanical properties like tensile strength and abrasion resistance due to strong adhesion between particles. Polyurethane has many applications and adding fillers can further enhance its properties.
Short Description related to the rubber filler properties and Rubber filler types ( Reinforcing fillers, Semi- reinforcing fillers and Non-reinforcing fillers). e.g.:- Carbon Black, Silica, Calcium Carbonate, Clay and Miscellaneous Fillers
Manufacturing of Recycled Polyester Fiber from used PET BottlesAjjay Kumar Gupta
Manufacturing of Recycled Polyester Fiber from used PET Bottles. Recycling Plastic Bottle into Synthetic Fiber.
Polyester may be a manmade Fibre, synthesized from petrochemical products by a process called polymerization. Polyester springs from crude oil petroleum and may be a non- natural resource. It’s processed through a system called ‘cracking’ which treats the petroleum though intensive heating and cooling, fuel, solvents, pressure and catalysts to interrupt down the molecular structure.
The most common variety of recycled polyester is understood as rPET, which comes from discarded clear plastic bottles rather than raw petrochemicals. Polyester fabric recycling, where the particular polyester yarn is recycled, is a smaller amount common. During this case, polyester scraps and textiles are broken down into Fibre components which will then be spun into the recycled yarns.
For More Details, Click Here:- https://bit.ly/3n620VU
Contact us
Niir Project Consultancy Services
An ISO 9001:2015 Company
106-E, Kamla Nagar, Opp. Mall ST,
New Delhi-110007, India.
Email: npcs.ei@gmail.com , info@entrepreneurindia.co
Tel: +91-11-23843955, 23845654, 23845886
Mobile: +91-9097075054, 8800733955
Website: www.entrepreneurindia.co , www.niir.org
This document is the preface to a book titled "Adhesive Technology and Formulations Hand Book" which covers topics related to adhesive technology and formulations for setting up an adhesive unit. The preface provides an overview of the book's contents which include chapters on different types of adhesives like protein adhesives, hot melt adhesives, animal glues, polyvinyl acetate adhesives, testing of adhesives, applications in various industries, and formulations. The book is intended to serve as a reference guide for entrepreneurs and industrialists working in the adhesive field.
This document discusses different types of polymer fibers and their production methods. It begins by describing extrusion as a common way to shape polymers into fibers through a die. Two main fiber production methods are then covered: melt spinning, where fibers are extruded from a melt through a spinneret, and wet spinning, where polymers are extruded from a solution. Specific high-strength fibers are also summarized like Kevlar, polyethylene, and carbon fibers produced from polyacrylonitrile. The document aims to explain how polymer structure impacts fiber properties at the macro and microscale.
Plastics are organic polymers that are typically derived from petrochemicals but can also come from renewable sources like corn or cotton. They have displaced many traditional materials due to their low cost, ease of manufacture, and durability. Common plastics include polyethylene, polyester, polycarbonate, and polyurethane, which are used in products like bottles, fibers, electronics cases, and foams. Plastics can be classified by their chemical structure and production process and include both thermoplastics and thermosetting polymers.
The document describes the process of paper production, including:
1) Wood fibers are the main raw material and are unlocked from surrounding tissue through mechanical or chemical processes to produce pulp.
2) The pulp is refined, additives are mixed in, and the slurry is formed into a continuous web on a paper machine where water is removed through several sections.
3) Key factors that determine paper properties are fiber length and orientation, degree of refining, and additives used. The paper making process produces a fiber-oriented sheet with different characteristics on each side.
1. The document discusses the recycling of polyester, specifically polyethylene terephthalate (PET). PET is commonly used in textiles and plastic bottles.
2. Recycled PET (rPET) is considered more environmentally friendly than virgin PET as it uses less energy and emits fewer carbon emissions. rPET can be used to make new textiles, carpets, and sleeping bags.
3. The document then outlines processes for depolymerizing and recycling PET waste through glycolysis. The recycled PET can be used to produce polyester polyols, coatings, textile softeners, and hydrophobic dyes. It can also be used as reinforcement in concrete and to strengthen recycled paper.
This document discusses non-black fillers used in rubber compounds. It describes how fillers are used to reduce costs, improve processing, and increase properties like hardness, tensile strength, and abrasion resistance. Fillers are classified as those used for cost reduction, semi-reinforcement, or reinforcement. Mineral fillers discussed include calcium carbonates, aluminium hydroxide, china clays, silicas, and zinc oxide. Organic fillers mentioned are cork, glue, and resins. Specific fillers like precipitated silica are described as providing high reinforcement while others like talc are used as dusting agents.
The document discusses coating process development. It covers several key aspects of the coating process including coating formulation, coating equipment and processes, the material being coated, material handling, and drying/curing ovens. Specifically, it emphasizes the importance of uniform coating formulation, controlling coating equipment and processes, properly preparing the surface of materials to be coated, ensuring uniform material handling, and managing drying/curing oven conditions. The overall goal is to integrate these various elements to produce a consistent, high-quality coating.
Silicon rubber is an inorganic polymer composed of silicon and oxygen in its backbone. It is synthesized from dimethyldichlorosilane through hydrolysis and polycondensation reactions. Silicon rubber has excellent thermal stability, flexibility even at low temperatures, and resistance to chemicals and weathering. It is widely used in medical applications like tubing and implants due to its biocompatibility, as well as in mechanical applications for seals, gaskets and vibration damping.
This document discusses mattress foam and its production process. It describes the history and types of mattress foam, including domestic, insulation, and special purpose foams. The key raw materials used to produce polyurethane foam are also outlined, such as polyols, isocyanates, chain extenders, catalysts, surfactants, and blowing agents. The chemistry of polyurethane formation occurs in three stages - gelling, blowing, and trimerization reactions. A production diagram is also provided to illustrate the foam production process.
Nylon is a synthetic polymer made through condensation polymerization. The most common types are nylon 6, made from caprolactam monomer, and nylon 6,6, made from adipoyl chloride and hexamethylene diamine monomers. Nylon has properties including density of 1.14 gm/c.c., elongation at break between 15-45%, good elasticity and resiliency, melting point of 215°C, and excellent ability to resist friction. It is used in applications such as ropes, tents, parachutes, mechanical parts, toothbrushes, and fishing line.
It is based on how we are polluting the environment with so much of plastic and it causes many types of pollution. It is the PowerPoint Presentation. So you all can make the best PowerPoint Presentation by my ideas. It is my Believe
Nintendo is facing big losses amid a two-year sales slump and needs a hit soon. Consumers' tastes have changed to focus more on high-definition graphics seen in games for PlayStation 3 and Xbox 360. Nintendo has lost its long-held majority share of the games market to iOS. It is pinning its hopes on the new Wii U console to regain market leadership.
Polyurethane is a polymer composed of organic units joined by carbamate links. It exists as both thermosetting and thermoplastic polymers. Polyurethane is used in applications such as flexible and rigid foams, fibers, elastomers, adhesives, coatings, and plastics. It is traditionally made by reacting a di- or polyisocyanate with a polyol. Polyurethane has properties including hardness, strength, resistance and is used in applications like furniture, appliances, composites, electronics, boats, and packaging due to its insulating and protective abilities. Some fungi are able to biodegrade polyurethane.
This document discusses polyurethane, its history, properties, applications in biomedical engineering, and advantages and disadvantages for medical use. Polyurethane was discovered in 1937 and is formed from reacting a polyol with a diisocyanate. It has since been used in applications like aircraft insulation, prosthetics, catheters, and artificial hearts due to its biocompatibility and mechanical properties like tensile strength. However, long term use can lead to degradation issues. Overall, polyurethane is a versatile material that is widely researched for medical devices due to its tunable surface properties.
Plastic Pollution Presentation By AnkitMishraAnkit Mishra
This document discusses plastic pollution and management. It provides an introduction to plastics, their composition, types and uses. It then discusses the disadvantages of plastics like releasing pollutants and absorbing toxic chemicals. Statistics about global plastic production and consumption are presented. The document outlines how plastic waste impacts the environment and marine life, forming garbage patches in oceans. It stresses the need for better plastic waste management and measures to curb pollution.
Responsible Investments. ESG in Real EstateThinkCo
The document discusses sustainable development in the real estate industry. It defines sustainable development as meeting present needs without compromising future needs. For real estate, this means considering environmental, social and economic/governance factors. The UN's Sustainable Development Goals provide benchmarks for measuring organizations' efforts. For Poland specifically, key challenges include growing economic inequality, an aging population, and women's roles in society. The real estate industry can help achieve goals like sustainable cities and affordable clean energy.
This document discusses sustainability practices across the consumer durables industry. It covers the environmental impacts of producing, using, and disposing of consumer goods. It describes the risks at different stages of production like raw material extraction, material use, processing, and transportation. It also discusses regulations and sourcing standards, sustainability scorecards, the role of technology, and specific practices by companies. The conclusion emphasizes the importance of more sustainable production and consumption patterns to optimize resource use as called for in EU policy.
Thermosetting polyurethane including foam gradesfaheem maqsood
This document discusses thermosetting polyurethane, including its production from polyol and isocyanate monomers, properties, applications, and research. It notes that thermosetting polyurethane is commercially important and can be molded or formed into rigid parts, elastomers, rigid or soft foams, and coatings. Research showed that adding nanoclay fillers to polyurethane increases its mechanical properties like tensile strength and abrasion resistance due to strong adhesion between particles. Polyurethane has many applications and adding fillers can further enhance its properties.
Short Description related to the rubber filler properties and Rubber filler types ( Reinforcing fillers, Semi- reinforcing fillers and Non-reinforcing fillers). e.g.:- Carbon Black, Silica, Calcium Carbonate, Clay and Miscellaneous Fillers
Manufacturing of Recycled Polyester Fiber from used PET BottlesAjjay Kumar Gupta
Manufacturing of Recycled Polyester Fiber from used PET Bottles. Recycling Plastic Bottle into Synthetic Fiber.
Polyester may be a manmade Fibre, synthesized from petrochemical products by a process called polymerization. Polyester springs from crude oil petroleum and may be a non- natural resource. It’s processed through a system called ‘cracking’ which treats the petroleum though intensive heating and cooling, fuel, solvents, pressure and catalysts to interrupt down the molecular structure.
The most common variety of recycled polyester is understood as rPET, which comes from discarded clear plastic bottles rather than raw petrochemicals. Polyester fabric recycling, where the particular polyester yarn is recycled, is a smaller amount common. During this case, polyester scraps and textiles are broken down into Fibre components which will then be spun into the recycled yarns.
For More Details, Click Here:- https://bit.ly/3n620VU
Contact us
Niir Project Consultancy Services
An ISO 9001:2015 Company
106-E, Kamla Nagar, Opp. Mall ST,
New Delhi-110007, India.
Email: npcs.ei@gmail.com , info@entrepreneurindia.co
Tel: +91-11-23843955, 23845654, 23845886
Mobile: +91-9097075054, 8800733955
Website: www.entrepreneurindia.co , www.niir.org
This document is the preface to a book titled "Adhesive Technology and Formulations Hand Book" which covers topics related to adhesive technology and formulations for setting up an adhesive unit. The preface provides an overview of the book's contents which include chapters on different types of adhesives like protein adhesives, hot melt adhesives, animal glues, polyvinyl acetate adhesives, testing of adhesives, applications in various industries, and formulations. The book is intended to serve as a reference guide for entrepreneurs and industrialists working in the adhesive field.
This document discusses different types of polymer fibers and their production methods. It begins by describing extrusion as a common way to shape polymers into fibers through a die. Two main fiber production methods are then covered: melt spinning, where fibers are extruded from a melt through a spinneret, and wet spinning, where polymers are extruded from a solution. Specific high-strength fibers are also summarized like Kevlar, polyethylene, and carbon fibers produced from polyacrylonitrile. The document aims to explain how polymer structure impacts fiber properties at the macro and microscale.
Plastics are organic polymers that are typically derived from petrochemicals but can also come from renewable sources like corn or cotton. They have displaced many traditional materials due to their low cost, ease of manufacture, and durability. Common plastics include polyethylene, polyester, polycarbonate, and polyurethane, which are used in products like bottles, fibers, electronics cases, and foams. Plastics can be classified by their chemical structure and production process and include both thermoplastics and thermosetting polymers.
The document describes the process of paper production, including:
1) Wood fibers are the main raw material and are unlocked from surrounding tissue through mechanical or chemical processes to produce pulp.
2) The pulp is refined, additives are mixed in, and the slurry is formed into a continuous web on a paper machine where water is removed through several sections.
3) Key factors that determine paper properties are fiber length and orientation, degree of refining, and additives used. The paper making process produces a fiber-oriented sheet with different characteristics on each side.
1. The document discusses the recycling of polyester, specifically polyethylene terephthalate (PET). PET is commonly used in textiles and plastic bottles.
2. Recycled PET (rPET) is considered more environmentally friendly than virgin PET as it uses less energy and emits fewer carbon emissions. rPET can be used to make new textiles, carpets, and sleeping bags.
3. The document then outlines processes for depolymerizing and recycling PET waste through glycolysis. The recycled PET can be used to produce polyester polyols, coatings, textile softeners, and hydrophobic dyes. It can also be used as reinforcement in concrete and to strengthen recycled paper.
This document discusses non-black fillers used in rubber compounds. It describes how fillers are used to reduce costs, improve processing, and increase properties like hardness, tensile strength, and abrasion resistance. Fillers are classified as those used for cost reduction, semi-reinforcement, or reinforcement. Mineral fillers discussed include calcium carbonates, aluminium hydroxide, china clays, silicas, and zinc oxide. Organic fillers mentioned are cork, glue, and resins. Specific fillers like precipitated silica are described as providing high reinforcement while others like talc are used as dusting agents.
The document discusses coating process development. It covers several key aspects of the coating process including coating formulation, coating equipment and processes, the material being coated, material handling, and drying/curing ovens. Specifically, it emphasizes the importance of uniform coating formulation, controlling coating equipment and processes, properly preparing the surface of materials to be coated, ensuring uniform material handling, and managing drying/curing oven conditions. The overall goal is to integrate these various elements to produce a consistent, high-quality coating.
Silicon rubber is an inorganic polymer composed of silicon and oxygen in its backbone. It is synthesized from dimethyldichlorosilane through hydrolysis and polycondensation reactions. Silicon rubber has excellent thermal stability, flexibility even at low temperatures, and resistance to chemicals and weathering. It is widely used in medical applications like tubing and implants due to its biocompatibility, as well as in mechanical applications for seals, gaskets and vibration damping.
This document discusses mattress foam and its production process. It describes the history and types of mattress foam, including domestic, insulation, and special purpose foams. The key raw materials used to produce polyurethane foam are also outlined, such as polyols, isocyanates, chain extenders, catalysts, surfactants, and blowing agents. The chemistry of polyurethane formation occurs in three stages - gelling, blowing, and trimerization reactions. A production diagram is also provided to illustrate the foam production process.
Nylon is a synthetic polymer made through condensation polymerization. The most common types are nylon 6, made from caprolactam monomer, and nylon 6,6, made from adipoyl chloride and hexamethylene diamine monomers. Nylon has properties including density of 1.14 gm/c.c., elongation at break between 15-45%, good elasticity and resiliency, melting point of 215°C, and excellent ability to resist friction. It is used in applications such as ropes, tents, parachutes, mechanical parts, toothbrushes, and fishing line.
It is based on how we are polluting the environment with so much of plastic and it causes many types of pollution. It is the PowerPoint Presentation. So you all can make the best PowerPoint Presentation by my ideas. It is my Believe
Nintendo is facing big losses amid a two-year sales slump and needs a hit soon. Consumers' tastes have changed to focus more on high-definition graphics seen in games for PlayStation 3 and Xbox 360. Nintendo has lost its long-held majority share of the games market to iOS. It is pinning its hopes on the new Wii U console to regain market leadership.
Polyurethane is a polymer composed of organic units joined by carbamate links. It exists as both thermosetting and thermoplastic polymers. Polyurethane is used in applications such as flexible and rigid foams, fibers, elastomers, adhesives, coatings, and plastics. It is traditionally made by reacting a di- or polyisocyanate with a polyol. Polyurethane has properties including hardness, strength, resistance and is used in applications like furniture, appliances, composites, electronics, boats, and packaging due to its insulating and protective abilities. Some fungi are able to biodegrade polyurethane.
This document discusses polyurethane, its history, properties, applications in biomedical engineering, and advantages and disadvantages for medical use. Polyurethane was discovered in 1937 and is formed from reacting a polyol with a diisocyanate. It has since been used in applications like aircraft insulation, prosthetics, catheters, and artificial hearts due to its biocompatibility and mechanical properties like tensile strength. However, long term use can lead to degradation issues. Overall, polyurethane is a versatile material that is widely researched for medical devices due to its tunable surface properties.
Plastic Pollution Presentation By AnkitMishraAnkit Mishra
This document discusses plastic pollution and management. It provides an introduction to plastics, their composition, types and uses. It then discusses the disadvantages of plastics like releasing pollutants and absorbing toxic chemicals. Statistics about global plastic production and consumption are presented. The document outlines how plastic waste impacts the environment and marine life, forming garbage patches in oceans. It stresses the need for better plastic waste management and measures to curb pollution.
Responsible Investments. ESG in Real EstateThinkCo
The document discusses sustainable development in the real estate industry. It defines sustainable development as meeting present needs without compromising future needs. For real estate, this means considering environmental, social and economic/governance factors. The UN's Sustainable Development Goals provide benchmarks for measuring organizations' efforts. For Poland specifically, key challenges include growing economic inequality, an aging population, and women's roles in society. The real estate industry can help achieve goals like sustainable cities and affordable clean energy.
This document discusses sustainability practices across the consumer durables industry. It covers the environmental impacts of producing, using, and disposing of consumer goods. It describes the risks at different stages of production like raw material extraction, material use, processing, and transportation. It also discusses regulations and sourcing standards, sustainability scorecards, the role of technology, and specific practices by companies. The conclusion emphasizes the importance of more sustainable production and consumption patterns to optimize resource use as called for in EU policy.
The document outlines the E-Waste (Management) Rules 2016 in India. It defines key terms like e-waste, producer, consumer, and recycler. It lists categories of electronic equipment covered under the rules. It details the responsibilities of manufacturers, producers, consumers, and bulk consumers in collecting, handling, transporting, and managing e-waste. It specifies targets for producers to collect e-waste through extended producer responsibility. It also describes storage requirements and restrictions on mixing e-waste with radioactive materials.
The document outlines the E-Waste (Management) Rules 2016 in India. It defines key terms like e-waste, producer, consumer, and recycler. It lists categories of electronic equipment covered under the rules. It details the responsibilities of manufacturers, producers, consumers, and bulk consumers in collecting, handling, transporting, and managing e-waste. It specifies targets for producers to collect e-waste through extended producer responsibility. It also describes storage requirements and restrictions on mixing e-waste with radioactive materials.
Regional E-Waste Initiatives provides electronic asset management and refrigerant services. It has over 20 years of experience in the Middle East and has run national e-waste recycling campaigns in multiple countries, collecting over 170,000 mobile phones and 420 tons of e-waste in the UAE. The company works with telecom partners who endorse its campaigns and it has the necessary licenses to collect, transport, and export e-waste for recycling.
This handbook provides guidance on developing policy packages to promote sustainable building policies in developing countries. It describes 22 policy instruments that can be used, including product standards, building codes, certification programs, and financial incentives. The handbook also provides a worksheet and assessment process to help policymakers design comprehensive and coordinated policy packages tailored to their local context.
FAIRMAT - Impact report 2023 by Slidor v2 GS.pdfanne249861
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Updated diagnosis. Cause and treatment of hypothyroidism
Maurizio Crippa, CEO, gr3n recycling | Kemisk genanvendelse af plast
1. CIRCULARITY TO PET/Polyester
evolution or revolution?
EC HORIZON2020
Project Co-Funded by the European Commission
Grant agreement: 768573
Call identifier: H2020 – SPIRE-09-2017
Project Start Date: 1st of September 2017
Maurizio Crippa
CEO @ gr3n sagl
maurizio.crippa@gr3n-recycling.com
1
12. What packaging and textile have in commun?
They are complicated materials!
Thermal valorization and landfill are the only solution for their end-of-life
16. 66% 5% 17% 7% 5%
CHEMICAL
RECYCLING
Waht can we achieve?
17. The monomers purification: a closed loop itself
31/08/2020 DEMETO (H2020-SPIRE-09-2017 Project Number 768573)
• gr3n process it is
circular itself
• The chemicals are
produced on site from
the reaction by-
product: NaCl
• The input of the
process are PET scrapes
water and energy
• International Patent
(EU, China)
• New patent filed in Nov
2019
18. Same PET from different feedstcks:
packaging &textile
24. Production costs: relative distribution
The cost of the monomers is competitive with fossil
The € values are upon NDA
25. Starting points of DEMETO: the heritance of
Symbioptima and the process scale-up
25
• The depolymerization machines scales and….the purification process scales up
~1 kg/h
~10 kg/h
~100 kg/h
31. Real case study: current Situation,
mechanical recycling+thermal recovery
Stefan Ivanovic | Eliaan Blijdenstein| Eerik Klemetti| Mariama Holman | Bruno Veltri | Daniella Carasso Blau
Technology & Business Model Social Impact EstimationStrengths & Weaknesses
Plastic
Waste
Dispose
p%
Recycle
1-p%
Economic Environmental Social
Gains:
• Sold plastic
Cost:
• Operating cost
Cost:
• CO2 in recycling
processing
• opportunity cost of
energy creation from
incineration
Cost:
• Social Cost of CO2
Gains:
• Electricity & heat
(burning)
Cost:
• Operating cost for
landfills and
incinerators
Cost:
• CO2 emissions from
incineration
• Amount of plastic
dumped into sea
Cost:
• Social Cost CO2
(includes days
missed from work,
hospitalization,
bronchitis and
asthma)
• Waste-related
diseases
32. Quantification: with implementation of gr3n,
Milano
Stefan Ivanovic | Eliaan Blijdenstein| Eerik Klemetti| Mariama Holman | Bruno Veltri | Daniella Carasso Blau
Plastic
Waste
Recycle
Economic Environmental Social
Gains:
• Sold plastic
(increase)
Cost:
• Operating cost
(increase)
• decrease in emissions • No change
100%
Model Specification
● With gr3n/DEMETO, all of Milan’s 25,000 tons of PET waste can be recycled
● Social Revenues of Investment = SR of Gr3n implementation – SR of current system
● Investment cost of plant estimated at EUR 25 MLN
Technology & Business Model Social Impact EstimationStrengths & Weaknesses
33. Results: Net Social Revenues
Stefan Ivanovic | Eliaan Blijdenstein| Eerik Klemetti| Mariama Holman | Bruno Veltri | Daniella Carasso Blau
25 kt PET
waste
Dispose
42.5% Recycle
57.5%
Economic Environmental Social Total
256.24€ -195.45€ 0.00€ 60.79€
3.2€ -447.62€ -7.76€ -452.09€
Per ton
25 kt PET
waste
Recycle Per ton
Economic Environmental Social Total
352.5€ -169.29€ 0.00€ 183.21€
Current System
With gr3n/DEMETO
Total net social revenues: EUR - 5.8M
Total net social revenues: EUR 4.6M
Technology & Business Model Social Impact EstimationStrengths & Weaknesses
35. Thanks for your attention
gr3n sagl
CHE-218.379.125
via Probello 19
6963 Lugano
Switzerland
http://gr3n-recycling.com/
Kommission für Technologie und Innovation, KTI
Confederazione Svizzera
Label received 09.04.2014
EC HORIZON2020
Project Co-Funded by the European Commission
Grant agreement: 680426
Call identifier: H2020 – SPIRE-06-2015
Project Start Date: 1st of September 2015
Grant agreement: 768573
Call identifier: H2020 – SPIRE-09-2017
Project Start Date: 1st of September 2017
Grant agreement: 828217
Call identifier: H2020 – SME Inst
Project Start Date: 1st of September 2018
Overall Winner
2018
Maurizio Crippa
CEO @ gr3n sagl
maurizio.crippa@gr3n-recycling.com
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gr3n nor gr3n’s shareholders assume any responsibility for the accuracy, completeness and correctness of the abovementioned data, although it has used
all due attention and care in setting up and reporting information, estimates and projections contained in this presentation. Therefore none of gr3n or gr3n’s
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