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The compact 5 L Fermentation reactor is a versatile system ideal for bench and pilot experiments. With integrated temperature control, agitation, precise dosing, multi-probe sensing, and data handling capabilities, it offers a comprehensive platform for safe and stable operation while recording key parameters for reproducible results.

Resource Recovery from Organic Waste
This is currently the most economically viable application direction. Biological fermentation reactors can process diverse organic wastes, transforming them into valuable resources:

Agricultural residues: Such as crop straw and livestock manure.
Food industry wastewater: Including high-concentration organic effluents from brewing, sugar refining, dairy processing, and starch manufacturing.
Municipal organic waste: Covering food scraps, sludge, and similar materials.
During this process, the reactor not only produces fermentation but also simultaneously degrades pollutants, reducing wastewater/waste treatment costs.


Chemical and Refining Industries
The produced biohydrogen can be used locally or after purification in chemical processes, such as serving as a hydrogen source for hydrogenation reactions or for synthesizing ammonia, methanol, etc. This helps reduce the reliance of these high-hydrogen-consumption industries on fossil fuel-derived hydrogen (gray hydrogen).



Aerospace and Specialized Applications
Hydrogen has a long history as a fuel in aerospace due to its high energy density and clean combustion products. Developing biohydrogenation technologies offers a promising solution for future space stations or extraterrestrial bases. This approach enables in-situ production of energy and oxygen (via the reverse reaction in hydrogen-oxygen fuel cells) using local resources such as astronaut metabolic waste and plant residues.



Scientific Research and Education
Biological hydrogen production reactors serve as vital research tools in microbiology, bioengineering, energy science, and environmental science. They facilitate investigations into the metabolic mechanisms of hydrogen-producing microorganisms, optimization of process parameters, and development of novel reactor configurations. Simultaneously, they function as demonstration equipment for teaching related disciplines in higher education institutions.