Industrial PHA Advantages

Core technology

Selection of halophilic strains, gene element library, standardized/modular production line scaling capability for strain construction

Technical advantages

Open fermentation (next-generation industrial biotechnology) offers the highest cost-performance ratio; capability to use non-grain carbon sources

Product advantages

Market-recognized bio-based biosynthetic, biodegradable materials (an excellent low-carbon choice)

Products manufactured using PHA as a raw material

Products made from PHA have a life cycle that begins with photosynthetic plants and ends with naturally degraded carbon dioxide and water; the entire cycle forms a closed-loop ecosystem, representing a completely green, low-carbon process.

Industrial PHA Advantages

.The world's first open high-density fermentation mass production PHA factory

.Achieved ultra-fast low-temperature drying technology by the end of 2023

.Breakthrough in continuous fermentation technology in April 2024

.Leading research on downstream preparation processes/equipment: extrusion, injection molding, coating, lamination, filament/short fiber

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Industrial PHA Focused Market

PHA-based Application Products

Core Product: P34HB

(4HB Content: 0%, 5%, 10%, 15%)

Modified Material

Pure material

Supply raw materials

Performance comprehensively superior to other alternative materials

  • Superior tensile strength, higher elongation at break
  • Higher bending strength, greater modulus
  • Higher heat deflection temperature
  • Higher cantilever beam notched impact strength
1 Strength and toughness
2 High rigidity
3 Temperature resistance
4 Aging resistance

Typical applications/Appliacation

Degradable tableware
Paper coating
Green packaging
Biofiber

Customized special materials for the above products