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  4. > Polylactic Acid (PLA) Market in Packaging, Textile, Agriculture, Transportation, Bio-Medical, Electronics and Others - Global Industry Size, Company Share, Growth, Trends, Strategic Analysis and Forecast, 2012 - 2020

Polylactic Acid (PLA) is thermoplastic polyester derived from renewable feedstock such as corn starch, sugarcane, wheat and tapioca roots. PLA products contain bio-based renewable constituents. The global PLA market is expected to reach a market size of $5.2 billion by 2020, growing at a CAGR of 19.5% during 2013 to 2020. Limited fossil fuel resources and rising petrochemical price are the key factors driving the market. Limited fossil fuel resources, is an important reason for governments and companies to find substitutes to crude oil based products. Growing environmental concerns and government regulations is further assisting in adoption of PLA by end users of final products as well as manufacturers in industries such as textile, packaging, transportation, electronics, etc. However, there are certain factors that are hindering the growth of the market. Though PLA is a bio-based material and can be degraded completely, it requires specific industrial composting system to get completely degraded. Moreover, there are other renewable packaging alternatives hitting the market, for example agricultural fiber products produced using natural fibers such as bamboo, bagasse, bulrush and palm fiber. These alternatives might restraint the market growth. Reinforcement of PLA with other materials creates huge opportunities for future. As natural fibers are low cost and degradable, it’s reinforcement with PLA leads to a material which is economical as well as ecological. New technologies are used to reinforce fiber in PLA so as to give it more strength and stiffness as well as many other features suitable for specific applications. 

The report offers in-depth analysis of the global PLA market, segmented into raw materials, applications and geographiesQuantitative analysis of the current market and estimations through 2013-2020   Analysis of the market factors in various geographic regions that help to understand business opportunities in specific regionsIdentification of key investment pockets in various segments of the marketIdentification and analysis of key strategies followed by the key market players  Identification of key application segments based on future growth prospectsTop factors that are expected to affect the growth of the market along with impact analysis of every such factorAnalysis and evaluation of market trends to provide deep-dive intelligence into every market segmentCompetitive analysis of key market players that would help to effectively plan and execute business plansMicro level analysis based on application, service and geography

Chemical Industry manufacturers and dealersPlastic and polymer manufacturersElectronic device manufacturersAgricultural research institutesTextile industry manufacturersBio-medical industry manufacturers and dealers 

Table Of Contents

Polylactic Acid (PLA) Market in Packaging, Textile, Agriculture, Transportation, Bio-Medical, Electronics and Others - Global Industry Size, Company Share, Growth, Trends, Strategic Analysis and Forecast, 2012 - 2020
CHAPTER 1. INTRODUCTIONandnbsp;1.1. Objectives of the Market Reportandnbsp;1.2. Scope of the Reportandnbsp;1.3. Report DescriptionCHAPTER 2. EXECUTIVE SUMMARYCHAPTER 3. KEY FINDINGS: PLA MARKET STUDYandnbsp;3.1. PLA Market Definition and Scopeandnbsp;3.2. Ban on Plastic Bags: Largely Impacting Factorandnbsp;andnbsp;andnbsp; 3.2.1. Africaandnbsp; andnbsp; 3.2.2. Asiaandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Australiaandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Bangladeshandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Chinaandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Indiaandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Hong Kongandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; New Zealandandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Taiwanandnbsp;andnbsp; 3.2.3. Europe and Middle Eastandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Denmarkandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Franceandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Germanyandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; United Kingdomandnbsp;andnbsp; 3.2.4. The Americasandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Canadaandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Mexicoandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; United Statesandnbsp;3.3. TOP TEN FACTORS IMPACTING THE PLA MARKETandnbsp;3.4. TOP WINNING STRATEGIES IN THE PLA MARKETandnbsp;3.5. TOP INVESTMENT POCKETS IN THE PLA APPLICATION MARKETandnbsp;3.6. POLYLACTIC ACID MARKET DYNAMICSandnbsp;andnbsp; 3.6.1. Driversandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; PLA - an Effective Alternative to Conventional Polymersandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Sustainabilityandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Innovative Applicationsandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Biodegradabilityandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Low Production Cost IncreasesProduction Capacity of Manufacturersandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Cheap Raw Materialsandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Abundance of Raw Materialsandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Raw Materials Availabilityandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; High Productionandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Choice of Raw Materialandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Advancement in Agricultural Engineeringandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Government Incentivesandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Environment Safety Awarenessandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Greenhouse Gases and Depleting Fossil Fuelsandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Disposal of Waste Materialsandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Limited Fossil Fuel Resources and Rising Petrochemical Priceandnbsp;andnbsp; 3.6.2. Restraintsandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Need of Industrial Compostingandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Need of Specific Temperature and Environment to Degradeandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Harmful Remnants Evolving on Decompositionandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Normal Condition Decomposition Requires 10 to 1000 Yearsandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Agricultural Fiber Alternativesandnbsp;andnbsp; 3.6.3. Opportunitiesandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Genetic Modification of Cornandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Decrease in Hazardous Remnants and Gasesandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Reinforcement of PLA with other Materialsandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Better PLA Featuresandnbsp;3.7. CASE STUDIESandnbsp;andnbsp; 3.7.1. Development of Bio-Plastics for Electronic Equipmentandnbsp; 3.7.2. New PLA Foam Packaging Production Process to Improve Shelf-Life, Degradability and Thermal ustainabilityandnbsp;andnbsp; 3.7.3. Introduction of Extrusion-Blown PLA Bottle for the First Time in Europeandnbsp;andnbsp; 3.7.4. Use of Injectable Polylactic Acid for Acne Scarsandnbsp;andnbsp; 3.7.5. PLA Enhanced with Better Heat ResistanceCHAPTER 4. GLOBAL PLA MARKET BY APPLICATIONandnbsp;4.1. Market Size and Forecast, by Geography, 2012 anddash; 2020 ($million)andnbsp;4.2. PLA in Packaging Industriesandnbsp;andnbsp; 4.2.1. Market Size and Forecast, by Geography, 2012 anddash; 2020 ($million)andnbsp;andnbsp; 4.2.2. Key Factors Impacting Packaging Industriesandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Increased Shelf-Lifeandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Food Hygiene Awarenessandnbsp;4.3. PLA in Textile (Wovens andamp; Non Wovens) Industriesandnbsp;andnbsp; 4.3.1. Market Size and Forecast, by Geography, 2012 anddash; 2020 ($million)andnbsp;andnbsp; 4.3.2. Reasons for Use of PLA in Textileandnbsp;andnbsp; 4.3.3. Key Factors Impacting Textile Industriesandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Environment Friendlinessandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Growing Textile Industryandnbsp;4.4. PLA in Agricultural Industriesandnbsp;andnbsp; 4.4.1. Market Size and Forecast, by Geography, 2012 anddash; 2020 ($million)andnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Key Factors Impacting Agricultural Industriesandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Growth Prospects of Agricultural Industryandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Increase in Per Capita Incomeandnbsp;4.5. PLA in Bio-Medical Industriesandnbsp;andnbsp; 4.5.1. Market Size and Forecast, by Geography, 2012 anddash; 2020 ($million)andnbsp;andnbsp; 4.5.2. Key Factors Impacting Bio-Medical Industriesandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Bioresorbabilityandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Mechanical Strengthandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Increasing Expenditure in Healthcareandnbsp;4.6. PLA in Electronics Industryandnbsp;andnbsp; 4.6.1. Market Size and Forecast, by Geography, 2012 anddash; 2020 ($million)andnbsp;andnbsp; 4.6.2. Key Factors Impacting Electronics Industriesandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Versatile Usabilityandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Growing Electronic Industryandnbsp;andnbsp;andnbsp;andnbsp;andnbsp;andnbsp; Growing Consumer marketandnbsp;4.7. PLA in Other Industriesandnbsp;andnbsp; 4.7.1. Market Size and Forecast, by Geography, 2012 anddash; 2020 ($million)CHAPTER 5. PLA PRODUCTION AND RAW MATERIALSandnbsp;5.1. Cornandnbsp;5.2. Tapiocaandnbsp;5.3. Sugarcaneandnbsp;5.4. OthersCHAPTER 6. PLA AND GEOGRAPHIC MARKETSandnbsp;6.1. North America Polylactic Acid Market, 2012 anddash; 2020 ($million)andnbsp;6.2. Europe Polylactic Acid, 2012 anddash; 2020 ($million)andnbsp;6.3. Asia Pacific Polylactic Acid, 2012 anddash; 2020 ($million)andnbsp;6.4. Rest of the World Polylactic Acid, 2012 anddash; 2020 ($million)CHAPTER 7. COMPANY PROFILESandnbsp;7.1. Nova Chemicals Corporationandnbsp;andnbsp; 7.1.1. Company Overviewandnbsp;andnbsp; 7.1.2. Business Performanceandnbsp;andnbsp; 7.1.3. Key Financialsandnbsp;andnbsp; 7.1.4. Strategiesandnbsp;andnbsp; 7.1.5. SWOT Analysisandnbsp;7.2. Nature Works LLCandnbsp;andnbsp; 7.2.1. Company Overviewandnbsp;andnbsp; 7.2.2. Business Performanceandnbsp;andnbsp; 7.2.3. Key Financialsandnbsp;andnbsp; 7.2.4. Strategiesandnbsp;andnbsp; 7.2.5. SWOT Analysisandnbsp;7.3. ExxonMobil Corporationandnbsp;andnbsp; 7.3.1. Company Overviewandnbsp;andnbsp; 7.3.2. Business Performanceandnbsp;andnbsp; 7.3.3. Key Financialsandnbsp;andnbsp; 7.3.4. Strategiesandnbsp;andnbsp; 7.3.5. SWOT Analysisandnbsp;7.4. Eastman Chemical Companyandnbsp;andnbsp; 7.4.1. Company Overviewandnbsp;andnbsp; 7.4.2. Business Performanceandnbsp;andnbsp; 7.4.3. Key Financialsandnbsp;andnbsp; 7.4.4. Strategiesandnbsp;andnbsp; 7.4.5. SWOT Analysisandnbsp;7.5. DuPont Corporationandnbsp;andnbsp; 7.5.1. Company Overviewandnbsp;andnbsp; 7.5.2. Business Performanceandnbsp;andnbsp; 7.5.3. Key Financialsandnbsp;andnbsp; 7.5.4. Strategiesandnbsp;andnbsp; 7.5.5. SWOT Analysisandnbsp;7.6. Dow Chemicalandrsquo;s Corporationandnbsp;andnbsp; 7.6.1. Company Overviewandnbsp;andnbsp; 7.6.2. Business Performanceandnbsp;andnbsp; 7.6.3. Key Financialsandnbsp;andnbsp; 7.6.4. Strategiesandnbsp;andnbsp; 7.6.5. SWOT Analysisandnbsp;7.7. Bayer AGandnbsp;andnbsp; 7.7.1. Company Overviewandnbsp;andnbsp; 7.7.2. Business Performanceandnbsp;andnbsp; 7.7.3. Key Financialsandnbsp;andnbsp; 7.7.4. Strategiesandnbsp;andnbsp; 7.7.5. SWOT Analysisandnbsp;7.8. China Petroleum andamp; Chemical Corporationandnbsp;andnbsp; 7.8.1. Company Overviewandnbsp;andnbsp; 7.8.2. Business Performanceandnbsp;andnbsp; 7.8.3. Key Financialsandnbsp;andnbsp; 7.8.4. Strategiesandnbsp;andnbsp; 7.8.5. SWOT Analysisandnbsp;7.9. Mitsubishi Chemical Corporationandnbsp;andnbsp; 7.9.1. Company Overviewandnbsp;andnbsp; 7.9.2. Business Performanceandnbsp;andnbsp; 7.9.3. Key Financialsandnbsp;andnbsp; 7.9.4. Strategiesandnbsp;andnbsp; 7.9.5. SWOT Analysisandnbsp;7.10. Braskemandnbsp;andnbsp; 7.10.1. Company Overviewandnbsp;andnbsp; 7.10.2. Business Performanceandnbsp;andnbsp; 7.10.3. Key Financialsandnbsp;andnbsp; 7.10.4. Strategiesandnbsp;andnbsp; 7.10.5. SWOT AnalysisLIST OF TABLES:TABLE 1 GLOBAL POLY LACTIC ACID MARKET REVENUES, 2013 anddash; 2020 ($MILLION)TABLE 2 GLOBAL POLY LACTIC ACID MARKET REVENUES BY APPLICATION SEGMENTS, 2013 anddash; 2020 ($MILLION)TABLE 3 GLOBAL POLY LACTIC ACID MARKET REVENUES IN PACKAGING, 2013 anddash; 2020 ($MILLION)TABLE 4 GLOBAL POLY LACTIC ACID MARKET REVENUES IN TEXTILES, 2013 anddash; 2020 ($MILLION)TABLE 5 GLOBAL POLY LACTIC ACID MARKET REVENUES IN AGRICULTURE, 2013 anddash; 2020 ($MILLION)TABLE 6 GLOBAL POLY LACTIC ACID MARKET REVENUES IN BIO-MEDICALS, 2013 anddash; 2020 ($MILLION)TABLE 7 GLOBAL POLY LACTIC ACID MARKET REVENUES IN ELECTRONICS, 2013 anddash; 2020 ($MILLION)TABLE 8 GLOBAL POLY LACTIC ACID MARKET REVENUES IN OTHER INDUSTRIES, 2013 anddash; 2020 ($MILLION)TABLE 9 NORTH AMERICAN POLYLACTIC ACID MARKET REVENUES BY APPLICATION SEGMENTS, 2013 anddash; 2020 ($MILLION)TABLE 10 EUROPEAN POLYLACTIC ACID MARKET REVENUES BY APPLICATION SEGMENTS, 2013 anddash; 2020 ($MILLION)TABLE 11 ASIA-PACIFIC POLYLACTIC ACID MARKET REVENUES BY APPLICATION SEGMENTS, 2013 anddash; 2020 ($MILLION)TABLE 12 REST OF THE WORLD POLYLACTIC ACID MARKET REVENUES BY APPLICATION SEGMENTS, 2013 anddash; 2020 ($MILLION)TABLE 13 NOVA CHEMICALS SNAPSHOTTABLE 14 NATUREWORKS SNAPSHOTTABLE 15 EXXONMOBIL SNAPSHOTTABLE 16 EASTMAN SNAPSHOTTABLE 17 DUPONT CORPORATION SNAPSHOTTABLE 18 DOW CHEMICAL CORPORATION SNAPSHOTTABLE 19 BAYER AG SNAPSHOTTABLE 20 SINOPEC SNAPSHOTTABLE 21 MITSUBISHI CHEMICAL SNAPSHOTTABLE 22 BRASKEM SNAPSHOTLIST OF FIGURES:FIG. 1 TYPE OF BIO-PLASTICSFIG. 2 TOP TEN FACTORS IMPACTING PLA MARKETFIG. 3 TOP INDUSTRY STRATEGIES IN PLA AND BIO-PLASTICS MARKET (2010 TO 2012)FIG. 4 TOP INVESTMENT POCKETS IN PLA APPLICATIONS MARKETFIG. 5 ELECTRONICS EQUIPMENT MANUFACTURING BY GEOGRAPHY 2012FIG. 6 FINANCIAL REVENUES OF NOVA CHEMICALS FROM CONTINUING OPERATIONS AS PER PERFORMANCE SEGMENTS, 2010 anddash; 2012 ($MILLION)FIG. 7 SALES OF NOVA CHEMICALS, BY GEOGRAPHIC SEGMENT 2012 (%)FIG. 8 SWOT ANALYSIS OF NOVA CHEMICALS CORPORATIONFIG. 9 SWOT ANALYSIS OF NATUREWORKS LLCFIG. 10 PRIMARY SEGMENTS EARNINGS OF EXXONMOBIL, 2012 ($MILLION)FIG. 11 SWOT ANALYSIS OF EXXONMOBIL CORPORATIONFIG. 12 FINANCIAL REVENUE OF EASTMAN, BY MARKETS, 2012 ($MILLION)FIG. 13 COMBINED SALES OF EASTMAN REVENUE, BY GEOGRAPHY, 2012 ($MILLION)FIG. 14 SWOT ANALYSIS OF EASTMAN CHEMICAL COMPANYFIG. 15 NET SALES OF DUPONT CORPORATION AS PER BUSINESS SEGMENT, 2012 ($MILLION)FIG. 16 SWOT ANALYSIS OF DUPONTFIG. 17 SALES OF DOW CHEMICAL PER YEAR, 2010 - 2012 ($MILLION)FIG. 18 PERCENT OF SALES OF DOW CHEMICAL AS PER GEOGRAPHY 2012 ($MILLION) andnbsp;FIG. 19 SWOT ANALYSIS OF DOW CHEMICAL CORPORATIONFIG. 20 SALES OF BAYER AG AS PER SEGMENTS FOURTH QUARTER 2012 ($MILLION)FIG. 21 SWOT ANALYSIS OF BAYER AGFIG. 22 SINOPECandrsquo;S OPERATING PROFIT YEAR END 31 DECEMBER, 2010 - 2012 ($MILLION)FIG. 23 SWOT ANALYSIS OF SINOPECFIG. 24 MITSUBISHI CHEMICAL CORPORATION TOTAL SALES (NON-CONSOLIDATED), 2010 - 2012 ($MILLION)FIG. 25 SWOT ANALYSIS OF MITSUBISHI CHEMICAL CORPORATIONFIG. 26 BRASKEM NET REVENUE, 2010 - 2012 ($MILLION)FIG. 27 SWOT ANALYSIS OF BRASKEM

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