Waste and Industrial Emission Liabilities into High-Value Agricultural Assets

We are engineering the future of closed-loop material and carbon systems by linking Waste Management and Industrial Decarbonization directly with sustainable food production.

Our latest technical framework visualizes the Sustainability Nexus for transforming waste biomass and flue gas emissions into high-efficiency Slow-Release Fertilizers (SRFs). Here is how the circular engine works:

1. Waste Carbonization to Biochar: Agricultural residues and organic waste are thermally converted into high-porosity biochar, creating a highly stable carbon sink.

2. Multi-Pollutant Capture: This engineered biochar is deployed alongside an aqueous ammonia scrubbing matrix to trap harmful flue gases, including carbon dioxide (CO2), sulfur dioxide (SO2), and nitrogen oxides (NOx).

3. Chemical Synthesis: The ammonia reacts directly with the captured emissions to synthesize vital plant nutrients—Ammonium Carbonate, Ammonium Sulfate, and Ammonium Nitrate.

4. Porous Matrix Encapsulation: These nutrient salts are physically adsorbed onto the high-porosity networks of the biochar, regulating water infiltration and creating a highly stable, slow-release fertilizers that prevents runoff and protects soil health.

By integrating advanced carbon mitigation with nutrient recovery, we are building modular, field-tested infrastructure capable of delivering high mass balance efficiency and significant embodied carbon reductions.

Explore our engineered closed-loop systems at www.biocom.id, demo unit also available with us.

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