The BioUrja plant is a patented feedstock agnostic Anaerobic Digestion plant, which is arguably the world’s most efficient and most compact AD solution, making it the most relevant solution for urban areas.

 

How is it made?

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Biogas in the BioUrja is produced by the breakdown of organic waste by bacteria without oxygen (anaerobic digestion or fermentation).

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From 1 ton of food waste, the BioUrja generates 70 kg of LPG equivalent.

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What types of organic waste could be turned in biogas?

-The BioUrja can process any kind of organic waste, including vegetable peels, bones, fish waste, etc

-Leftover food from houses, shops, restaurants and factories, Canteens, dung

-Sewage

-Leftover straw and crops from farming

-Leftover meat and blood from abattoirs

-Cow, sheep and chicken manure

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Biogas is made by fermenting organic waste in a BioUrja digester plant :

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Salient Features :

•Designed for Urban Establishments – to co-­‐exist with people

•Completely pre-­‐fabricated, modular systems

•First Internet of Things in the bioenergy space. The BioUrja proprietary cloud based plant health  monitoring system ensures <1% plant downtime at minimal opex

•Environmentally friendly disposal of waste, which is the need of the hour. 

•2x higher gas yields, compared to traditional biogas plants, which will definitely support the dwindling energy resources. The gas can be used as fuel in the kitchen or to power a Genset.

•Generation of high quality, weed free manure, which is an excellent soil conditioner. This is very important for replenishing organic carbon in the undernourished soil after years of agriculture.

•Zero water footprint. Minimal water requirement and zero effluent discharge.

•In-­‐built Odor, Scum and Foaming management

•Material treated can be food (veg. &  Non veg.), vegetables, fruits,  Leaves & flowers, Tissue papers , vegetable oil (edible & non edible), STP sludge, Algae & Water Hyacinth

•Power Generation from Organic Waste Generated in Suburban Area using Spatial Techniques -Refuse into Resource through Biogas.

•50% urban solid waste is organic and can be easily treated by anaerobic digestion.

•Organic waste is treated in closed vessels where, in the absence of oxygen micro organisms break down the organic matter into a stable residue, and generate a methane-rich biogas in the process.

•Reduced Greenhouse Gas Emissions - Stopping release of 180 Cu Mtr of Methane in to the atmosphere per day per plant which is 22 times more dangerous than CO2 for Global Warming.

•Bio Gas can be utilised as cooking gas in kitchen, boiler, power generation & Bio CNG or even lighting purpose.

 

BioUrja plants are useful for:

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•Municipal Corporations

•Hospitals, Hotels

•Housing Societies

•Govt. Establishments

•Abattoirs, Nagar Palika

• Gram panchayat, Farmers

•Vegetable Mandies, Warehouse etc.

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1. Gas can be used directly for cooking or for power generation.

2. Generated compost is very useful for agriculture, farming and landscaping.

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