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Biogas - Green Circular Economy
By using waste to generate clean energy and fertiliser, biogas offers a prime example of a circular economy that can make direct use of the increasing amounts of carbon-emitting organic waste, especially for farmers in rural areas who do not have access to centralised waste-aggregating systems and often lack reliable power supply.
to Small, Medium & Large Segment Food Waste Management
◉ Oil & Gas Canteens
◉ Armed Force
◉ Royal Palaces
◉ Government Institutes
◉ Catering companies/suppliers
◉ Airports & Airline Caterings
Oil & Gas Canteens
Airports & Airline Caterings
300 kg/day Feeding Capacity BIOGAS PLANT
MWMS 300 / 500 / 1000
Typical 300 / 500 kg/day Feeding Biogas Plant
1. Generates 17 kg/day LPG equivalent Biogas (6,120 kg/year)
✓ 18,000 + tons/year reduction in carbon emission.
2. Avoids 180,000 tons/year waste getting into landfill
✓ 187,000 + tons/year Carbon equivalent emission reduction in terms of methane avoidance.
3. Skip charges are avoided
✓ 180,000 tons/year of organic waste from Hotel property.
4. Requires 15m x 6m space for the biogas plant installation.
5. Carbon emission reduced in terms of
✓ Planting 5,000 + tree yearly
300 kg/day Food Waste Intake Capacity
|Item #||Item Description||Approx. Size (L m X W m X H m)|
|1 & 2||Feed Receipt Table & Food Waste Crusher||1 m X 0.5 m x 1.5 m|
|3||Feed Tank & Slurry Pump||0.2 m x 0.2 m x 0.2|
|4||Anaerobic Digester||3.6m dia x 4m ht|
|5||Biogas Balloon / Holder||1.2m dia X 4m hr|
|6||Biogas Ring Blower||--|
|8||Pressure Vessel||0.5 m dia x 2 m ht|
|9||Biogas Flare (Safety Device)||0.2 m dia x 4 m ht|
|10||Digestate Slurry Tank||0.2 m x 0.2 m x 0.2|
|11||Electrical / Monitoring Panel||--|
|12||Last Mile Connectivity||Upto Kitchen|
|13||Mixer for Agitator||--|
Total Area Required for Food Waste Management Plant:
Approx. 10 m X 3 m
Max. Height of Unit: 4.5
To View of Proposed Food Waste Management Unit
Calculate your Property’s Feed vs Environmental KPI’s
▢ Environmental Friendly.
▢ Reduces load on Landﬁll → Corporate Social Impact. Helps to achieve sustainability goals.
▢ Biogas is Safer Gas compared to LPG / Natural Gas/ Synthetic gas. Detectable by LPG or any hydrocarbon gas leakage detectors.
▢ Locally Produced.
▢ Micro and Macro nutrient rich fertilizer for your garden (By Product from Biogas Plant).
▢ Solution to Organic Waste disposal problem.
▢ No foul smell.
▢ Reduces Global warming & Carbon Foot Print.
▢ Modular & Easy to enhance the capacity.
Reduce Environmental Pollution. Be Green and Stay Green
Modular and Easy for the operation. No toxic reactions.
NO. It is not readily flammable as it contains 40% to 45% Carbon di Oxide.
Anaerobic digester is “Air-Tight” chamber where food waste degrades or ferments in the absence of air. Hence no odor in the unit.
Biogas storage balloon is provided to store the biogas to enable the usage as required. Additionally, Biogas flare is provided as a “Safety Measure” for the biogas plant to burn excess biogas.
Typical Composition of Biogas is
Approx. 27 to 30 kw/day
General: Regular feeding to Anaerobic Digester which is part of everyday operations. Specific: Nothing major maintenance as there are very minimum rotating items. Regular checks for on electro-mechanical part viz., pumps, motors, blower is required
2 persons per shift during the feeding time. Feeding can happen twice or thrice a day based on waste generation pattern at property.
Feed flow meter and Gas measuring flow meter is provided to capture the feed and gas data. Same shall be connected to IoT module for real time monitoring.
As per the chart
Fermented Organic Manure (Digestate from AD tank) is rich in N (Nitrogen), Phosphorus (P) and Potassium (K) values which are essential for soil enrichment and fertility. Can be verified at Agricultural University