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PLANT BASED PLASTIC (GREEN PLASTIC) MARKET SIZE AND SHARE ANALYSIS - GROWTH TRENDS AND FORECASTS (2024-2031)

Plant Based Plastic (Green Plastic) Market, By Source of Raw Material (Corn Starch, Sugarcane, Cassava, and Others (Soy, Potato, Algae, etc.), By Type (PLA (Polylactic Acid), PHA (Polyhydroxyalkanoates), Starch-Based Plastics, and Other), By End-use Industry (Packaging, Textile, Automotive & Transport, Electronics & Electricals, Coatings & Adhesives, Agriculture & Horticulture, and Others (Building & Construction, etc.)), By Geography (North America, Latin America, Asia Pacific, Europe, Middle East, and Africa)

  • Published In : Sep 2024
  • Code : CMI7368
  • Pages :136
  • Formats :
      Excel and PDF
  • Industry : Polymers and Resins
Market Challenge - High production costs

One of the major challenges faced by the Plant Based Plastic (Green Plastic) Market is the high production costs involved compared to traditional plastics. Plant-based plastics are more expensive to produce as they require the use of plant-based raw materials such as vegetable oils, starch, etc. instead of crude oil. Producing plastics from crops also involves an extensive agricultural process which increases costs. Further, setting up production facilities capable of processing these agricultural feedstocks at industrial scales requires large capital investments. The technologies needed to convert plant-based compounds into usable plastics are also complex and not widely available, necessitating high initial R&D investments. These factors contribute to making plant-based plastics approximately 10-30% more expensive than conventional plastic options at present. Unless production costs come down significantly, plant plastics may struggle to achieve price parity and mass market acceptance.

Market Opportunity: Emerging New Technologies

One of the major opportunities for the Plant Based Plastic (Green Plastic) Market is the emergence of new technologies that can help drive down production costs. Startups and material science companies are actively working on developing innovative production methods that optimize resource and energy efficiency. For example, newer enzymatic and microbial-based processes can convert plant materials into plastic monomers much faster than traditional thermochemical approaches. Emerging technologies in extraction methods, smart catalysis, and metabolic engineering also promise to simplify plant plastic manufacturing and reduce waste. Adoption of automation and data-driven process optimization can further lower capital and operating costs over time. Such advancements will help plant plastics achieve price competitiveness with fossil-fuel based plastics in the next 5-10 years. This presents a opportunity for market growth as environmental consciousness and sustainability demands increase worldwide.

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