Engineering Biological Efficiency for Commercial Returns
Understanding feedstock variability and availability is critical for plant design and long-term biological stability. We analyze agricultural residues, organic waste, and industrial streams to optimize process configurations.
Tailored Gas Upgradation Solutions
The optimal gas upgrading technology depends on specific project parameters. We evaluate VPSA, water scrubbing, and membrane separation based on feed gas composition, capacity, and project economics.
VPSA
Water Scrubbing
Membrane Separation
Pressure swing adsorption for efficient CO2 removal, suitable for various capacities and gas qualities.
Proven method for CO2 and H2S removal, offering robust performance for diverse feedstocks.
Compact and energy-efficient solution, ideal for high purity requirements and modular setups.
Digestate to Marketable Products
Digestate Collection
Solid-Liquid Separation
Processing & Granulation
Marketable Products
Efficient collection of raw digestate from anaerobic digestion systems.
Mechanical separation processes to isolate liquid and solid fractions.
Drying, composting, and nutrient recovery for value addition, including granulation.
Conversion into LFO, pellets, and other recoverable bio-fertilizer products.
Whether optimizing feedstock chemistry or refining gas purification, our technical team provides rigorous assessment and actionable strategies.