Turn Carbon Liabilities Into Liquid Assets: Modular Shell and Tube Fischer-Tropsch Reactor

10 TPD Modular Shell and Tube Fischer-Tropsch (FT) Reactor delivers an immediate, scalable solution for transportation decarbonization by converting synthesis gas (CO and H2) into high-value, drop-in hydrocarbon crude oil.

Designed for seamless integration into closed-loop circular systems, this industrial-grade infrastructure allows hard-to-abate sectors like aviation, maritime, and heavy transport to hit stringent net-zero mandates without replacing existing fueling infrastructure.

Key Technical Advantages

Scalable 10 TPD Footprint: Modular configuration permits rapid deployment and easy scaling.

True Drop-In Fuel Yield: Produces high-grade synthetic crude compatible with existing refineries.

Optimal Thermal Control: Advanced cooling jacket design prevents catalyst degradation and hot spots.

Hardened Construction: Premium stainless steel finish protects against corrosive process environments.

Performance Metrics & Process Parameters

Mass Balance Efficiency: 99.8%, maximizes carbon utilization with near-zero resource waste.

Embodied Carbon Reduction: 75%, Delivers deep lifecycle emissions cuts across your supply chain.

Operating Temperature: 200–240°C, optimized for heavy paraffin synthesis while minimizing methane bypass.

Operating Pressure: 20–30 bar, Engineered for high-throughput kinetics and structural safety.

Flexible Feedstocks

This system exhibits extreme feedstock flexibility. In the context of decarbonization and circular infrastructure, it is designed to process the following key feedstocks:

1. Second-Generation Biomass (Biomass-to-Liquids / BtL)

Solid organic wastes are gasified under high temperature and steam to produce bio-syngas:

Agricultural Residues: In Southeast Asia and Indonesia specifically, this includes widespread agricultural resources such as Palm Oil Mill Effluent (POME) biogas, empty fruit bunches (EFB), and wood/forestry wastes.

Municipal Solid Waste (MSW): Non-recyclable household and industrial trash, routing carbon away from landfills into synthetic fuels.

2. Captured Carbon Dioxide (CO2) & Green Hydrogen (Power-to-Liquids / PtL)

To produce completely fossil-free e-Fuels (synthetic kerosene or e-diesel):

Point-Source CO2: Carbon captured directly from industrial exhaust plumes (e.g., power plant, cement plants, steel mills, or bio-refineries).

Direct Air Capture (DAC): Atmospheric carbon dioxide filtered directly out of ambient air.

At BioCom, environmental performance is treated as a hard engineering constraint rather than a cosmetic layer. This technology is developed at www.biocom.id.