Biological Processing
The biological treatment plant will process the fast degradable, high moisture content organic waste in a wet fermentation anaerobic digestion system. This system will treat a maximum of 200 TPD of fast degradable organic waste. The remaining high calorific waste will be diverted to a mass-burn incinerator facility with a minimum capacity of 300 TPD.
Anaerobic decomposition is a naturally occurring process that produces biogas which consists of methane, CO2 and water vapour. Methane is also known as natural gas that escapes into the atmosphere where it acts as a potent greenhouse gas. However, if the process is controlled and the bio gas is collected it can be combusted to produce electricity.
We plan to install the largest and most advanced anaerobic digestion system in the region in Karadiyana to treat as much as 36,000 tons of organic waste per year. Additionally as a by-product the plant will produce 45,000 tons/year of liquid fertilizer and 7500 tons/year of solid fertilizer.
Anaerobic decomposition is a naturally occurring process that produces biogas which consists of methane, CO2 and water vapour. Methane is also known as natural gas that escapes into the atmosphere where it acts as a potent greenhouse gas. However, if the process is controlled and the bio gas is collected it can be combusted to produce electricity.
We plan to install the largest and most advanced anaerobic digestion system in the region in Karadiyana to treat as much as 36,000 tons of organic waste per year. Additionally as a by-product the plant will produce 45,000 tons/year of liquid fertilizer and 7500 tons/year of solid fertilizer.
Fertilizer Production
Our planned advanced anaerobic digestion system will treat as much as 36,000 tons of organic waste per year. Additionally as a by-product, the plant will produce 45,000 tons/year of liquid fertilizer and 7500 tons/year of solid fertilizer.
The solid, fibrous component of the digested material can be used as a soil conditioner to increase the organic content of the soil. Digester liquor can be used as fertiliser to supply vital nutrients to the soil instead of chemical fertilisers that require large amounts of energy to produce and transport. The use of manufactured fertiliser is, therefore, more carbon-intensive than the use of anaerobic digester liquor fertiliser.
The solid, fibrous component of the digested material can be used as a soil conditioner to increase the organic content of the soil. Digester liquor can be used as fertiliser to supply vital nutrients to the soil instead of chemical fertilisers that require large amounts of energy to produce and transport. The use of manufactured fertiliser is, therefore, more carbon-intensive than the use of anaerobic digester liquor fertiliser.
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