Energy GLOBAL ENERGY CHEMICALS AND OIL MARKET FROM WASTE PLASTIC

Transcription

1 Energy ENO GLOBAL ENERGY CHEMICALS AND OIL MARKET FROM WASTE PLASTIC - Recovery & Technologies - Recycled Plastics & Plastic Waste to Oil (Plastic Waste Products, Plastic Packaging Waste), Industry Analysis, Size, Share, Growth, Trends And Forecast,

2 Scope of report Development of new process and technologies is driving the Global Energy Chemicals and Oil Market from waste plastic. Currently almost 80% of the total plastic waste produced is incinerated and converted into Refused define oil(rdf).however, the future of energy recovery market lies in the development of new processes that are eco friendly and will generate fuel with better efficiency. Our report on global Energy Chemicals and Oil Market from waste plastic Market provides extensive market analysis. The report discusses the market overview, market trends and forecasts for the global Energy Chemicals and Oil Market from waste plastic market for the year The report covers the global Energy Chemicals and Oil Market from waste plastic market based on service models, deployment models, and various applications of cloud computing. Detailed analysis of various drivers, challenges and opportunities of the global Energy Chemicals and Oil Market from waste plastic market have also been covered in the report. Market estimation The key data points that enabled the estimation of the energy recovery from plastic waste market are as follows: - Global Municipal Solid Waste(MSW) production across - Production of plastic waste in different geographies - Energy recovery value for 1 million ton plastic in each geography - Plastic waste from various industrial sectors The estimation is based on the data obtained from various reliable associations such as European commission and other waste management organizations in different countries such as North America, Canada, Japan, China and others. The Key estimation is derived from the study of global production of municipal solid waste and the amount of plastic waste production in MSW in various geographies. Intensive primary research was conducted among various waste management companies to validate and obtain the data. Various economic indicators and emerging trends were considered to estimate the market size. Government regulations pertaining to waste management processes such as recycling, recovery are key considerations during market estimation. Revenue by countries is estimated and analyzed through following points: - Investment in waste management by different governments - Plastic waste production in each geographies - Waste management facilities in each geography - Government regulations

3 Market forecast was performed through proprietary software that analyzes various qualitative and quantitative factors. Growth rate and CAGR were estimated through intensive secondary and primary research. Data triangulation across various data points provides accuracy across various analyzed market segments in the report. Table of contents Chap 1. Chap 2. Executive summary Market Overview 2.1. Value chain analysis Waste producers Waste collection Suppliers Manufacturers Distributors Retailers End-users 2.2. Key buying criteria Price Quality Environmental concerns Availability Infrastructure needs Alternatives Chap 3. Market Determinants 3.1. Key Market Motivators Increasing environmental concerns Rise in crude oil price Government initiatives for waste management and conservation of natural resources High recycling costs and low returns Increasing consumption of plastic products Low energy cost 3.2. Market Restraints Government restrictions due to unsafe and unhygienic sites High initial cost

4 Identification of different plastic grades (7 types) 3.3. Market opportunities Asia - an emerging market Adoption of latest technology 3.4. Challenges Lack of skilled people Infrastructure development Chap 4. Market segmentation 4.1. Segmentation based on end products RDF Other chemicals and oil Gasification and pyrolysis (syngas) 4.2. Segmentation by waste materials (raw material) Packaging waste (household and distribution) Building and construction Automotive, electrical, and electronic waste Agricultural waste Others 4.3. Energy recovery process Pyrolysis/thermal degradation Gasification Hydrothermal liquefaction Chap 5. Sector Analysis 5.1. Biodegradation (for biodegradable plastics) 5.2. Recycling 5.3. Feedstock recovery 5.4. Incineration 5.5. Landfill Chap 6. Key Strategies 6.1. Innovation fueling market growth 6.2. Development of new plants 6.3. Agreements 6.4. Partnerships Chap 7. Geographical analysis

5 7.1. Asia China Government regulations in China Japan India RoA Thailand 7.2. North America The U.S Government regulation in the US Hazardous waste laws Hazardous waste regulations Canada Government regulations in Canada 7.3. Europe Government regulations The U.K Germany Italy Chap 8. Company Profiling 8.1. Agilyx Overview Agilyx Technologies Strategic Moves SCOT Analysis 8.2. JBI Inc. (Plastic2oil) Overview JBI s Products Strategic Moves SCOT Analysis 8.3. Covanta Holding Corporation Overview Covanta s Products Strategic Moves SCOT Analysis 8.4. CFP GROUP Overview CFP s Products

6 Strategic Moves SCOT Analysis 8.5. Cynar PLC Overview Cynar s Products Strategic Moves SCOT Analysis 8.6. RES Polyflow Overview RES Polyflow Solutions Strategic Moves SCOT Analysis 8.7. Enerkem Overview Enerkem Processes Strategic Moves SCOT Analysis 8.8. Vexor Technology Overview Vexor s Solutions Strategic Moves SCOT Analysis 8.9. Wheelabrator Technologies Overview Strategic Moves Wheelabrator Technologies Plants SCOT Analysis Companies Profiled 1. Agilyx 2. JBI Inc. (Plastic2oil) 3. Covanta Holding Corporation 4. CFP GROUP 5. Cynar PLC 6. RES Polyflow 7. Enerkem 8. Vexor Technology 9. Wheelabrator Technologies

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