• Technology & Solutions

Core Technology: PMET + GGAC Integrated System
Key Outputs:

  • Green Power: up to 1.6 M kWh / year
  • Biochar: 360 tons / year (carbon-sink certified)
  • Pyrolysis Liquid: 120 tons / year (bio-oil applications)
  • Carbon Credits + Renewable Energy Certificates (REC)

Applications:

  • Agricultural Waste Conversion (Palm Kernel Cake, Rice Husk, Bagasse)
  • Distributed Biomass Power Plants (0.5–2 MW scale)

Carbon-Negative Industrial Heat Systems

Patents and Intellectual Property

Proprietary PMET (Physical-Mechanical-Enzymatic Treatment) and GGAC (Gasification-Gas Absorption-Combustion) systems are patented and optimized for high-efficiency agri-waste valorization.
These integrated technologies enable modular, low-emission, and carbon-negative biomass-to-energy applications adaptable to diverse agricultural residues.

Patent Information

  • Taiwan Utility Model Patent No. M667986
  • PCT Patent Application – Pending

Technical Summary & Key Advantages

  • High Conversion Efficiency: >80% biomass-to-energy conversion rate through optimized pre-treatment and clean gasification.
  • Modular Design: Scalable 0.5–2 MW systems suitable for distributed energy deployment and industrial co-generation.
  • Low Emission Performance: Significantly reduced tar, particulates, and NOₓ output through GGAC gas-cleaning and control logic.
  • Feedstock Flexibility: Compatible with palm residues, sugarcane bagasse, rice husk/straw, and corn stover.
  • Sustainability Integration: Supports carbon credit generation, renewable energy certification, and circular economy objectives.