11 May 2026
Amar Equipment Pvt. Ltd. is proud to present our cutting-edge Fixed Bed Reactor system, which was designed and manufactured for advanced biogas catalytic reforming and Fischer-Tropsch (FT) synthesis. These reactors are integral components in the development of sustainable fuel technologies, specifically for biosyncrude production from biogas. The project exemplifies our commitment to providing state-of-the-art technology solutions in the field of green chemistry and biofuels.
The first reactor in this system is the Biogas Catalytic Reforming Reactor (RE-1), designed with a volume of 600 mL to handle the catalytic reforming process of biogas. This reactor operates at a design temperature of 950°C and a pressure of 5 bar, making it perfectly suited for producing synthesis gas (syngas)—a mixture of hydrogen (H2) and carbon monoxide (CO), which is essential for the next stages of biofuel production.
Constructed from Inconel 625, a high-performance alloy known for its resistance to high temperatures and corrosive environments, the reactor ensures a long service life and reliable performance under the harsh operating conditions typical of catalytic reforming processes. The reactor also features a robust electric heating system, capable of maintaining isothermal conditions up to 850°C to ensure optimal reaction rates.
This reforming reactor plays a critical role in transforming biogas, typically consisting of methane (CH4) and carbon dioxide (CO2), into valuable syngas, which will be further processed in the Fischer-Tropsch reactor for fuel production. The system is designed to handle biogas with a composition of 60-75% methane and 30-40% carbon dioxide, ensuring high flexibility for various biogas sources.
The second reactor in this system is the Fischer-Tropsch Reactor (RE-2), engineered for the conversion of syngas into biosyncrude. With a larger volume of 1700 mL and a design temperature of 480°C and a pressure of 60 bar, the Fischer-Tropsch reactor operates under optimized conditions to produce high-quality synthetic hydrocarbons, ranging from C5 to C30, which constitute the desired biosyncrude.
This reactor also utilizes Inconel 625 for its construction, ensuring excellent durability in high-pressure and high-temperature conditions. The reactor is equipped with a jacketed system for thermal exchange, allowing for precise temperature control throughout the synthesis process. The Fischer-Tropsch reaction is highly sensitive to the ratio of hydrogen to carbon monoxide, and this reactor is designed to maintain an optimal H2:CO ratio through a sophisticated gas mixing vessel and preheating systems.
The resulting biosyncrude can be further refined into synthetic fuels, contributing significantly to the development of alternative fuels and reducing dependence on fossil-derived energy sources. The reactor operates at pressures of up to 60 bar and at temperatures up to 480°C, making it an ideal solution for high-efficiency biofuel production in a pilot plant setting.
Both reactors in this Fixed Bed Reactor system are supported by advanced instrumentation and control systems, ensuring seamless integration, monitoring, and optimization of the entire process. The system includes mass flow controllers for precise gas management, ensuring that the correct gas mixtures are fed into the reactors for optimal reaction conditions.
The SCADA system provides real-time monitoring and control of critical parameters, including temperature, pressure, and flow rates. This system also enables automated operation, reducing the need for constant operator intervention while ensuring that the plant operates within safety limits at all times.
The reactors are designed with flexibility and ease of maintenance in mind. The catalytic reforming reactor features a simple catalyst removal and replacement system, ensuring that the reactor remains operational with minimal downtime. Both reactors are equipped with multiple condensers and gas-liquid separators to ensure effective separation of by-products and facilitate the collection of high-quality syngas and biosyncrude.
Moreover, the entire system is mounted on a M.S. skid with industrial-grade paint, making it easy to transport and install at the client’s facility. The system is fully integrated with heating baths, compressors, and chillers, ensuring that temperature and pressure conditions are maintained within the desired ranges for both the reforming and Fischer-Tropsch processes.
The Fixed Bed Reactor system for biogas catalytic reforming and Fischer-Tropsch synthesis marks a significant step in the field of sustainable energy production. By transforming biogas into valuable biosyncrude through catalytic reforming and synthetic fuel production technologies, this system demonstrates the potential for reducing carbon emissions and promoting cleaner, renewable energy sources.
At Amar Equipment Pvt. Ltd., we are committed to providing advanced engineering solutions that support the global transition toward sustainable energy. The successful deployment of this Fixed Bed Reactor system is a testament to our dedication to innovation and excellence in the bioenergy sector.
