BIOWATT-BIOGAS® POWER PLANT SOLUTION

Agricultural wastes include agricultural straws, livestock and poultry manure, leftover vegetable waste and dead animals.
The agricultural waste to biogas technology launched by BIOWATT-BIOGAS® can truly realize the resource and harmless disposal of such wastes, transforming waste into biogas and bio-organic fertilizer through the high-efficient degradation by the proprietary bacterium, which truly realizes the ecological recycle.

Municipal organic waste includes kitchen waste, living waste, fruit and vegetable waste, and organic sewage sludge, etc. For all types of organic waste, BIOWATT-BIOGAS® can provide the proprietary pre-treatment system and high-solid CSTR biochemical anaerobic process which can achieve the harmlessness, reduction and resource reuse.

Using CSTR (Continuous Stirred Tank Reactor) to treat POME（Palm Oil Mill Effluent） is a very mature and commonly used technical route in the anaerobic treatment of high-concentration organic wastewater, especially suitable for the application scenarios of biogas production capacity improvement and stability enhancement in palm oil mills.

1.Compared with LAGOON, it saves a lot of land, using only 10%-15% of the land, and provides stable operation of no less than 8,000 hours per year, more effective mass transfer, and reduced stirring energy consumption. The stirring energy consumption per cubic meter is ≤4W, which greatly improves the benefits of project operation.
2.The inner wall of the tank is treated with anti-corrosion to increase the service life of the tank;
3.The tank is equipped with positive and negative pressure protection devices to ensure the safety and stability of the tank and prevent the leakage of methane gas;
4.The diameter-to-height ratio of the tank is 1:1, and the tank height is relatively high, which effectively saves the floor space of the anaerobic tank and reduces the land investment of the project;
5.The feed design of the tank is simple, and no special feed water distribution device is required;
6.The stirring technology is used in the biogas fermentation tank to greatly increase the biogas fermentation rate;
7.Multi-point slag discharge devices are designed at the bottom and top to prevent the accumulation of sand and slag in the anaerobic fermentation tank.