Vision Sharing: Moving From Linear Constraints to Circular Infrastructure

We believe environmental performance is an engineering constraint, not a cosmetic layer. We are excited to share a look into our technology roadmap: the Sustainability Nexus for Waste to Advanced Biofuels and Chemicals.

This field-tested schematic highlights how complex municipal and industrial waste streams can be efficiently transformed into high-value commodities without compromising our planet’s future:

🔄 1. Waste Gasification: Diverting organic and domestic waste from landfills, converting carbon matrices primarily into clean Carbon Monoxide (CO).

⚡ 2. Iron-Redox Loop: Utilizing a split stream of CO to reduce iron oxide (Fe3O4 <—> Fe), followed by steam oxidation to generate high-purity Hydrogen (H2) and a concentrated stream of pure CO2.

✈️ 3. Advanced Fuel Synthesis: Blending the core CO and H2 streams at an exact stoichiometric ratio (H2/CO > 2.1) to produce drop-in Sustainable Aviation Fuel (SAF) and green diesel.

🌱 4. Carbon Capture & Upcycling: Rather than venting the loop's CO2, we capture and mineralize it into industrial-grade Soda Ash (Na2CO3) and Baking Soda (NaHCO3).

🌊 5. Seawater BMED Integration: Powering our Direct NaOH CCU process using sodium hydroxide sustainably extracted from seawater treatment under a Bipolar Membrane Electrodialysis stack.

By integrating modular frameworks with advanced carbon mitigation and circular material loops, we are turning ambitious ecological targets into concrete, scalable infrastructure.

Let’s build the next generation of industrial efficiency together.

📈 99.8% Mass Balance Efficiency

📉 75%+ Embodied Carbon Reduction

🛠️ 100+ Projects Deployed

Connect with our engineering team at info@biocom.id or visit www.biocom.id to discuss a technical feasibility assessment for your site.

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