A comprehensive standard for enzyme-based plastic degradation, enabling a circular economy through biological recycling. From PETase to complete monomer recovery.
Standardized data structures for enzyme profiles, plastic substrates, degradation kinetics, and product analysis.
RESTful APIs and SDKs for enzyme matching, degradation prediction, and process optimization.
Standardized protocols for pre-treatment, enzymatic reaction, monomer recovery, and quality control.
Seamless integration with recycling facilities, chemical manufacturers, and carbon footprint tracking.
Computationally designed enzyme achieving near-complete PET degradation at industrial concentrations.
Nature 2024First archaeal PETase from deep-sea Bathyarchaeia, degrading PET film within 48 hours.
PMC 2025Geothermal-derived thermostable PETase achieving complete degradation at 60°C within 96 hours.
ScienceDirect 2025| Property | Value |
|---|---|
| Standard ID | WIA-PLASTIC-ENZYME-001 |
| Version | 1.0 |
| Status | Official |
| Category | Environment / Biotechnology |
| Primary Use | Enzymatic Plastic Degradation |
| Philosophy | 弘益人間 (Benefit All Humanity) |