Bio-based Materials and Chemicals

Bio_Product_Page

The ability to create industrial materials from biomass is revolutionizing the chemicals, consumer products, agriculture, and food and beverages industries; with healthcare, construction, and cosmetics quickly emerging. As companies learn to wield unique biological tools, from cultivating massive amounts of biomass, to processing it via thermochemical and biological means, their products and processes benefit from new functionality, sustainable materials and practices, lower cost, and diversity of suppliers and markets.

As companies seek to commercialize bio-based alternatives to petrochemicals, they can stumble on issues ranging from the economic (performance and cost versus conventional materials) to the deeply technical (creation and use of genetically-modified organisms). Developers must deal with regional and local regulators’ and consumers’ strong views on renewability, sourcing, landfilling, and biodegradability, while developing strategies for manufacturing and distribution in China and emerging markets, managing partnerships, and evaluating intellectual property. In these areas and more, Lux Research’s on-going coverage of the bio-based materials and chemicals space helps companies:

  • Stay on top of rapidly evolving technology
  • Monitor innovative start-ups emerging around the globe
  • Assess a wide variety of companies
  • Manage cost, performance, and sourcing issues
  • Navigate a crowded intellectual property landscape
  • Understand a fragmented and changing regulatory landscape

Sample topics covered by Lux Research:

Technologies:

  • Bio-PE, PET, PP, PLA, PHA, hybrids, and composites
  • Succinic acid, adipic acid, and acrylic acids
  • PDO, BDO, butanols, and pentanols
  • Isoprene, butadiene, and other bio-olefins
  • Bio-based aromatics and styrene
  • Bio-based nylon, furans, terephthalic acid
  • Corn, cane, rapeseed, soy, and other crops
  • Cellulose and hemicellulose
  • Industrial and municipal waste
  • Fermentation and enzymatic conversion
  • Bioreactors and separations processes
  • Thermochemical processing

Applications:

  • Intermediates
    • Ethylene and propylene
    • Lactic and acrylic acid
    • Succinic and fumaric acid
    • Adipic acid
    • Muconic acid
    • Food-grade polymers
  • Applications
    • Packaging
    • Consumer packaged goods
    • Flavors and food ingredients
    • Industrial and automotive parts
    • Medical devices and electronics
    • Process cost reductions for pharma
    • Fibers, textiles, and bio-composites

Companies: