Closing the Carbon Loop: Low-Cost CCU for Scalable Green Methanol Production

Traditional carbon capture is too expensive, and traditional renewable energy is too intermittent. Right now, your facility is paying carbon taxes on emissions while renewable energy grids suffer from seasonal curtailment—literally throwing away free power.

We solve both problems at once. By introducing a low-cost, low-energy Temperature Swing Adsorption (TSA) carbon capture system using activated carbon, we capture your waste CO2 and instantly pair it with green hydrogen to synthesize green methanol.

You aren’t just capturing carbon; you are producing the world's most versatile liquid commodity for long-duration, regenerative energy storage.

The Value Proposition

Unlike chemical solvent systems (like liquid amines) that consume massive amounts of thermal energy just to release the trapped gas, our system relies on physisorption via activated carbon. Because the CO2 binds using weak Van der Waals forces, the thermal energy required for regeneration is slashed by up to 40-60%. We turn a high-expenditure mitigation process into a profitable, closed-loop chemical refinery.

Strategic Benefits

• Radically Lower CapEx & OpEx: Activated carbon is cheap, abundant, non-toxic, and requires no complex chemical management. The low thermal threshold means you can drive regeneration entirely using industrial waste heat.

• The Ultimate Liquid Battery: Green methanol (CH3OH) is liquid at ambient temperatures. Unlike hydrogen, it requires no cryogenic cooling or high-pressure tanks. It is a highly stable, drop-in fuel ready for long-duration, seasonal energy storage.

• Instant Market Monetization: Green methanol is in massive demand across the global shipping, aviation, and chemical industries. You transition from paying carbon penalties to selling a premium, high-margin green commodity.

How It Works (The Closed Loop)

1. Capture: Industrial flue gas passes through our activated carbon beds, trapping CO2 efficiently via weak Van der Waals forces.

2. Release (Low Energy): Low-grade industrial waste heat or cheap off-peak electricity triggers a mild temperature swing, releasing pure CO2.

3. Synthesis: The pure CO2 is combined with green hydrogen (ca be produced via water electrolysis during hours of peak renewable energy surplus).

4. Regenerative Storage: The result is green methanol—storing stranded renewable electrons in a dense chemical format indefinitely.

We are looking for forward-thinking industrial partners to deploy our modular, containerized TSA-to-Methanol pilot unit. This technology is developed at www.biocom.id.