INNOVATIVE SEWAGE SLUDGE DISPOSAL SYSTEM

Key Features

no additional disposal ( transportation/sludge
processing) costs
environmentally-friendly technology
green energy production
phosphorus recovery
CO2 recovery and CO2 quota savings
Each unit can serve a location of 50,000 to 500,000 inhabitants.
10000 tonnes of waste can generate 4 MW of green energy.
Phosphorus-rich ash is an effective soil improvement tool.
CO2 from cleaned flue gas helps grow crops in greenhouses and in algae culture.
The waste is disposed and utilized at the same site.
Environmentally-friendly and efficient solution.
Dynamically able to respond to electricity price variations.
Ultra-flexible operational profile.
Multiple engine units with fast start and ramp rates enable dynamic operation
at high efficiency during low heat demand.
High efficiency and flexible operation over a wide load range.
Typical plant size: 4 MW.
Closed system: no air, soil and water pollution.
Multi-unit design enables optimized plant size with step by-step investment.
Flexible operation responds to changes in power, heat and cooling demands.
On-site maintenance without production downtime.

No transportation costs: The system is containerized and can be installed at or near the waste/ wastewater treatment facility. Costs are reduced and there are no uncontrolled emissions.
Environmentally-friendly technology: No fossil fuels are used, so carbon footprint is reduced. The system is totally closed and the emission is under the limits. There are no unused residues, 100% of waste is utilized.
Green energy production: The heat energy is produced by using only green energy sources: sludge, RDF or biomass.
Phosphorus recovery: Phosporus is a raw material important for plant cultivation. One of the most important sources is organic waste, mainly sewage sludge.
CO2 recovery and CO2 quota savings: As an obligatory, a flue gas cleaner is used in the system, making the CO2 usable.

Sources of revenue