The final product of the anaerobic digestion process is liquid effluent. High Efficiency: Ability to achieve >70% volatile solids reduction and process up to 14% total solids blended feedstock. Instead, our process generates EQ biosolids. quasar creates a system that recycles energy from waste that would usually be incinerated or hauled to landfills. Quality Components: Key components designed by quasar 100% US supply chain. quasar's engineering and construction services can provide turn-key solutions to any economic or environmental waste challenge while generating sustainable, renewable resources. When captured via anaerobic digestion, methane becomes a sustainable renewable energy source and can be converted to electricity, heat, natural gas or motor vehicle fuel (CNG).ĭesign: In-house engineering consistently developing next generation AD technology. These bacteria breakdown organic waste by feeding on the fats, proteins, sugars and starches over a period of twenty to thirty days. The bacteria produce biogas which is typically composed of 60 to 65% methane, 30 to 40% carbon dioxide and other trace gases. In the tanks, the material is kept at a consistent 100☏ (mesophilic) and continuously mixed to maintain the optimal environment for anaerobic bacteria. The material is macerated and blended into a homogenous slurry and dosed into the system. Typical digester feedstocks include sewage sludge or “biosolids”, food waste, FOG (fats, oils and greases), manure, energy crops and ethanol production byproducts. Solid and liquid organic waste material or “feedstocks” are delivered via truck by waste haulers. At an anaerobic digestion facility, this process occurs in airtight tanks. Anaerobic digestion is a natural process where microorganisms break down organic material in the absence of oxygen.

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