2022 The Plastic Recycling Market
Language:
English
Product Code No:
C64114020
Issued In:
2022/09
#of Pages:
275
Publication Cycle:
Other
Format:
PDF
Geographic Coverage:
,
Global
,
North America
,
Europe
,
Japan
,
Industry:
Coverage: (Product/service)
Plastic recycling
Research Target:
Material recycling companies, chemical recycling companies, chemical manufacturers, plastic users (automotive, package, beverages), research institutes
Research Content:
Chapter1 Outlook on the Plastic Recycling Market
1. Outlook on the Plastic Recycling Market
Plastic Waste Volume and Breakdown in the EU, US, and Japan
Comparison Between Mechanical and Chemical Recycling
Plastic Waste Flow
Plastic Recycling Market Size in the EU (2022 -2030 Forecast)
Plastic Recycling Market Size in the US (2022 -2030 Forecast)
Plastic Recycling Market Size in Japan (2022 -2030 Forecast)
Challenges and Solution in Plastic Recycling
Plastic Contribution to the SDGs
Chapter2 External Environment Surrounding Plastic Recycling
2-1 External Environment Surrounding Plastic Recycling
2-1-1. External Environment Surrounding Plastic Recycling
Summary of List of Wastes Banned for Export to China
Status of Import Restrictions on Plastic Waste in Asian Network
Participating Countries
Plastic Waste Amendments in the Basel Convention
2-1-2. Situation in Europe Surrounding Plastic Recycling
Four Key Points to Focus on Introduced in the New CEAP 2020
Key Actions Taken Under the EU Plastics Strategy
Specific Measures in the SUP Directive
Items and Regulations Subject to SUP Directive
EU Milestones Related to Plastics
Overview of Policies Related to Plastics in the EU
Plastic Waste in Europe by Treatment Method
Plastic Waste by Treatment Method in the EU
Plastic Waste Volume by Application in Germany for 2019
Waste Collection Scheme in Germany (Plastic Packaging)
Waste Collection Scheme in Italy (Plastic Packaging)
Waste Collection Scheme in France (Plastic Packaging)
Waste Collection Scheme in Spain (Plastic Packaging)
2-1-3. Situation in the US Surrounding Plastic Recycling
Plastic Waste by Treatment Method in the U S (chart)
Plastic Waste by Treatment Method in the US (graph)
2-1-4. Situation in Japan Surrounding Plastic Recycling
3R+Renewable Set in the Resource Circulation Strategy for Plastics
Milestones Set Forth in the Resource Circulation Strategy for Plastics
Japan’s Resource Circulation Strategy for Plastics
The Japanese Plastic Resource Circulation Act
Plastic Waste by Treatment Method in Japan (chart)
Plastic Waste by Treatment Method in Japan (graph)
Chapter2 External Environment Surrounding Plastic Recycling
2-2 Laws and Regulations on Waste Management
2-2-1. Laws and Regulation on the Waste Management in the EU
2-2-2. Laws and Regulation on the Waste Management in the US
Legislations Related to Plastics in California
Examples of State Restrictions on Plastics Related Products
2-2-3. Laws and Regulation on the Waste Management in Japan
Waste Categorization in Japan
Chapter3 Plastic Recycling Technology Trends
3-1 Mechanical (Material) Recycling
3-1-1. Mechanical Recycling Trends in the EU
Plastic Waste Treatment by Method in the EU
Plastic Waste Treatment by Method in Major EU Countries
Recycling Capacity by Resin Type in the EU
PET Recycling in the EU Countries
Applications of Recycled PET in the EU
Recycling of HDPE/PP by Country in the EU
Major End Applications and Volumes for rHDPE
Major End Applications and Volumes for rPP
PE Film Recycling Capacity in the EU Countries
Estimate of Total Recycled Content Uptake in Various Products for LDPE
Companies in the EU Engaged in Material/Mechanical Recycling
3-1-2. Mechanical Recycling Trends in the US
Plastic Waste Treatment by Method in the United States
Recycled Plastic by Resin Type in the US
Companies in the US Engaged in Material/Mechanical Recycling
3-1-3. Mechanical Recycling Trends in Japan
Plastic Waste Treatment by Method in Japan
Material Recycling Breakdown by PCR/PIR (2011 -2020)
Material Recycling Breakdown by Resin (2011 -2020)
Material Recycling by PCR Applications (2011 -2020) (chart)
Material Recycling by PCR Applications (2011 -2020) (graph)
Companies in Japan Engaged in Material/Mechanical Recycling
Chapter3 Plastic Recycling Technology Trends
3-2 Chemical Recycling
3-2-1. Chemical Recycling Trends
Chemical Recycling Technology Overview
Chemical Recycling Flow
ACC’s Roadmap to Reuse
3-2-2. Chemical Recycling Trends (Depolymerization)
Companies in the EU and US Developing Depolymerization Technology
Companies in Japan Developing Depolymerization Technology
3-2-3. Chemical Recycling Trends (Pyrolysis)
Companies in the EU and US Developing Pyrolysis Technology
Companies in Japan Developing Pyrolysis Technology
3-2-4. Chemical Recycling Trends (Gasification)
Companies Developing Gasification Technology in Japan
Companies Developing Gasification Technolog y in the US and Canada
Chapter4 Use of Recycled Plastic in Automotive and Packaging
4-1 Automotive Sector
4-1-1. End-of-Life Vehicle Directive
Recycle and Recovery Regulations Set Forth in the EU ELV Directive
Key Points in the European ELV Directive
4-1-2. End-of-Life Vehicle Generation
ELV Waste Generated in EU and Major EU Countries (2015 -2019)
Recovery and Reuse Rate of ELVs in the EU (2015 -2019)
Recycling and Reuse Rate of ELVs in the EU (2015-2019)
4-1-3. End-of-Life Vehicle Recycling Flow
ELV Recycling Flow in the EU
ELV Recycling Law in Japan
Automotive (ELV) Recycling Flow
4-1-4. Cases in the Use of Recycled Plastic in Automotive
4-1-5. OEM Initiatives and Engagements
EU/US OEM Initiatives and Engagements for Plastics
Chapter4 Use of Recycled Plastic in Automotive and Packaging
4-2 Packaging Sector
4-2-1. Trends in the Recycling of Plastic Packaging
4-2-2. Packaging Companies and Sustainability Initiatives
EU/US Food/Non -Food Packaging Companies
Chapter5 Trends and Strategies by Companies
5-1. Anellotech Inc
Anellotech Development Technology and Overview
Plas-TCat™ "Base Case" Plastic Waste Composition
Plas-TCat™ Yield and H/Ceff Ratio
5-2. Eastman Chemical Company
PRT and CRT Compatible Resin Comparison
5-3. Plastic Energy Limited
Plastic Energy's Chemical Recycling Technology Collaboration
Plastic Energy Scheduled Plant Locations and Capacity
5-4. BASF SE
BASF SE ChemCycling® Project
BASF Plastic Recycling Loop
Examples of recycled resin use by other companies via ChemCycling®
5-5. Mitsui Chemicals, Inc
Mitsui Chemical Plastic Recycling Engagements
Mitsui Chemicals Flexible Packaging Material Recycling Plant
RePLAYER® - Renewable Plastics Layer System -
”RePLAYER® -Renewable Plastics Layer System -" Supporting Companies
5-6. Mitsubishi Chemical Corporation
Features and Overview of CR of Companies in Cooperation with MCC
Mitsubishi Chemical Chemical Recycling Related Business Initiative
5-7. Sekisui Chemical Co., Ltd
Sekisui Chemical Group Roadmap for Achieving Long -Term Targets
Outline of Sekisui Bio Refinery Production Location
Commercialization Plans for Bio Refinery Technology
Sekisui Biorefinery Key Points of Technical Establishment in BR Technology
5-8. Renault
Overview of Renault's Four Core Businesses in ReFACTORY
5-9. Suntory Beverage & Food Limited
Suntory “2R+B” Strategy
Suntory Beverage & Food's Major Initiatives in “Reduce”
Suntory Beverage & Food's Major Initiatives in “Bio” Based
Suntory’s Sustainable Bottle Product
5-10. Kirin Holdings Company, Limited
Society of Plastic Circulation Envisioned by Kirin Group
Kirin PET Bottle “Lightweight ” Evolution
5-11. PlasticsEurope Deutschland e.V
Zero Emission Method Promoted by PlasticsEurope Deutschland
Demand for Plastics in Major German Industries as % of Total Demand in 2021
Composition of Demand by Resin in Germany for 2021
Plastic Production Volume in Germany (2017 -2021)
Plastic Waste Volume in Germany and Composition by Industry for 2019
5-12. Fraunhofer IWKS
Goals Set Within the Waste4Future Project
Plastic Wastes with "Optimization Potential" for Recycling in Germany
Waste4Future Project Overview