Fischer-Tropsch pilot plant
Description
The Fischer–Tropsch pilot unit is a modular processing platform designed for the conversion of synthesis gas into liquid hydrocarbons under controlled and industrially representative conditions. The unit integrates feed preparation, reaction, and product separation in a compact skid-mounted layout, ensuring reliable operation and accurate mass balance for R&D and scale-up studies. Each Fischer–Tropsch unit is custom engineered to match the client’s objectives, whether for catalyst screening, process optimization or technology demonstration. Reactor configuration, operating envelope, materials of construction and downstream separation are adapted to the targeted product and research scope. The result is a versatile pilot plant that can evolve with the project, offering flexibility without compromising robustness, safety or data quality.
Features
Fixed-bed reactor designed for representative catalytic testing
Adaptable to different syngas compositions
Integrated product separation for gas, water, liquid hydrocarbons and heavy fractions
Advanced control, monitoring and data acquisition for reproducible operation
Fully custom-made, skid-mounted design allowing future modification and expansion
Benefits
* Reliable scale-up data: Industrially representative operation with accurate mass balance and reproducible results.
* High flexibility: Modular, custom design adaptable to different syngas, catalysts, and product targets.
* Lower development risk: Integrated, skid-mounted setup enables safe testing and faster technology validation.
