Description

This modular two-stage pilot plant is designed for the integrated study and demonstration of Reverse Water Gas Shift (RWGS) and Fischer–Tropsch (FT) processes within a single, compact unit. It allows researchers and technology developers to convert CO₂-rich or syngas feeds into synthetic hydrocarbons under fully controlled conditions, covering feed preparation, reaction, separation, and product recovery. The plant is engineered to support catalyst screening, process optimization, and performance evaluation, while maintaining operating flexibility and high data quality across a wide range of experimental scenarios. The unit is fully skid-mounted and can be delivered as a containerized system, enabling rapid installation and straightforward integration into existing R&D or pilot facilities. Each section—RWGS and FT—is equipped with dedicated reaction, heat management, separation, and analytical modules, allowing independent or sequential operation. The design philosophy emphasizes robustness, safety, and adaptability, making the plant suitable for both academic research and pre-industrial technology validation.