Eco Systems & Waste Management

Turning Waste into Treasure: For every ton of cassava(mandioca, yuca) or potato starch produced, the biogas generated from the treated wastewater typically possesses a calorific value capable of replacing 50% - 70% of the fuel required for the drying section (whether coal, natural gas, or wood).

Rapid Payback: With global energy price fluctuations, self-produced energy guarantees more stable operating costs and an extremely short Return on Investment (ROI) cycle.

High-Efficiency Gas Generation: Adopts improved UASB (Upflow Anaerobic Sludge Blanket) or EGSB (Expanded Granular Sludge Bed) reactors. These are optimized for the high COD (Chemical Oxygen Demand) characteristics of starch wastewater, resulting in high gas yield and stable operation.

System Integration: Equipped with professional desulfurization and dehydration purification systems to protect burners and heat exchangers from corrosion, thereby extending the lifespan of your drying equipment.

Discharge Compliance: While extracting energy, the system removes 85% - 90% of organic pollutants (COD/BOD) from the wastewater. This makes subsequent aerobic treatment significantly easier and ensures final discharge meets the strictest environmental regulations.

Green Channel for Export: Starch products manufactured using "Green Manufacturing" processes possess a significant advantage in carbon footprint certification, making them more attractive to high-end European and American markets.

The combustion system is equipped with a dual-fuel interface. It automatically prioritizes biogas usage when supply is sufficient and seamlessly supplements with backup fuel when biogas is low. This ensures a continuous, constant-temperature heat source for drying, with absolutely no impact on the final moisture control of the finished starch.