Process Overview
The Fisher Tropsch (F-T) Synthesis process is a series of reactions to convert Syngas (CO and H2) to liquid hydrocarbons. Syngas is fed to a Fischer Tropsch reactor consisting of a metal catalyst that is either Iron or Cobalt based. The reactor typically operates at 300 – 600 degrees F and at pressures between 300 to 600 psig. The higher temperature / pressure favors production of lighter hydrocarbons such as methane, gasoline and naphtha. The reaction is exothermic and hence heat generated is recovered in the process. The F-T reaction products contain various hydrocarbons and water. They are separated in a step consisting of several distillation columns. The hydrocarbons recovered can either be used as fuels or sent for further upgrading to higher value fuels.
Process Schematic
RVN advantage
RVN Technical Team has the expertise and experience to select the best available technology for the Fischer Tropsch Synthesis process. We work with all licensors to evaluate which technology offering suits the client’s objectives best and works well within the project constraints. We also put together engineering designs for all process steps including the balance of plant equipment such as utilities, tank farm, unloading and loading. RVN can lead/support project execution from the conceptual design stage all the way to the detailed engineering stage. RVN works with partners that can provide procurement, construction and startup services. In short, RVN can help turn conceptual ideas into fully operational projects making commercially successful products in a safe and environmentally friendly process.