EBR - Ebullated Bed hydroprocessing pilot plant for Heavy Resid Upgrading
Description
The EBR Pilot Plant is an advanced hydroprocessing unit designed to replicate industrial ebullated-bed technologies for upgrading heavy and extra-heavy feedstocks. It operates with an upflow ebullated-bed reactor under realistic pressure and temperature conditions. The unit enables continuous catalyst circulation, ensuring stable operation and efficient heat transfer. It is specifically suited for challenging feeds such as vacuum residue, bitumen, and high-metal oils. The process combines hydrocracking and hydrotreating to convert heavy molecules into lighter, valuable products. High hydrogen availability allows effective removal of sulfur, nitrogen, and metals. The pilot plant provides accurate evaluation of catalyst activity, stability, and deactivation. Integrated feed, reaction, and separation sections replicate full process behavior. The skid-mounted and fully automated design ensures safe and flexible operation. Overall, it delivers reliable data for process optimization and commercial scale-up.
Features
One or more ebullated-bed reactors with internal liquid recirculation
High-pressure operation up to 175 barg and temperatures up to 480°C
True ebullated-bed hydrodynamics with magnetic-drive pumps
Fully isothermal, multi-zone reactor furnaces
Complete hydrogen and liquid feed systems with high-accuracy flow control
Advanced gas/liquid separation and product recovery train
Fully automated PLC control with data logging and multi-level safety systems
Modular skid-mounted design
Benefits
* Industrial realism: faithfully reproduces commercial ebullated-bed behavior
* Technology de-risking: reliable data for catalyst selection and process scale-up
* Heavy-feed flexibility: handles the most challenging high-metal and high-asphaltene residues