Turn Organic Waste Into Reliable Energy
BIOPOWER’s institutional and community biogas systems are built for sites that generate steady volumes of biodegradable waste and need a practical way to recover value from it. The solution is designed around anaerobic digestion, converting organic waste into usable biogas and nutrient-rich digestate while improving on-site waste management discipline.
The public product focus is strongest for institutional use cases such as hotels, hospitals, industries, schools, universities, cafeterias, and other organizations with significant wet-waste generation and cooking-fuel demand. Community-scale projects are positioned within the same solution family and are typically configured around site conditions, feedstock availability, and energy goals.
This makes the system relevant not only for waste reduction, but also for decentralized energy generation, reduced fuel purchases, improved energy security, and a lower environmental footprint.
Who This Solution Fits Best
BIOPOWER publicly positions these systems for sites with regular wet-waste generation and a clear need for cooking gas, thermal energy, or broader waste-to-energy recovery.
Hotels & Restaurants
Convert kitchen and food waste into biogas that can be routed back into cooking or heating applications.
Hospitals
Manage organic waste more systematically while improving fuel recovery and reducing disposal burden.
Corporate Cafeterias
Turn cafeteria waste streams into usable energy with site-specific digestion and gas-handling design.
Schools & Universities
Support campus sustainability goals by treating food waste on site and generating renewable biogas.
Industries
Use engineered biogas systems for food waste, wet waste, and selected organic industrial residues.
Community Settings
Deploy community-scale waste-to-energy systems or connect segregated organic waste to larger conversion pathways.
Capacity & Area Reference Table
These are the publicly listed institutional food-waste configurations. Final sizing should be confirmed with BIOPOWER’s engineering team because feedstock profile, site conditions, and accessories affect the final configuration.
| Sl. | Food Waste Quantity (kg/day) | Plant Capacity | Digester / Gas Holder | Space Required | LPG Equivalent Output | Accessories |
|---|---|---|---|---|---|---|
| 1 | 125 – 150 kg | 25 m³ | RCC/MS digester & MS fibre-coated gas holder | 5 m² | 10 – 12 kg/day | Plant, connection tube, 2 canteen burners |
| 2 | 200 – 250 kg | 50 m³ | RCC/MS digester & MS fibre-coated gas holder | 7 m² | 20 – 22 kg/day | Plant, connection tube, biogas pump, 3 canteen burners |
| 3 | 200 – 250 kg | 25 m³ | RCC/MS digester & MS fibre-coated gas holder | 6 m² | 15 – 17 kg/day | Plant, connection tube, 3 HP crusher, biogas pump, 2 canteen burners |
| 4 | 400 – 500 kg | 50 m³ | RCC/MS digester & MS fibre-coated gas holder | 8 m² | 35 – 40 kg/day | Plant, connection tube, 3 HP crusher, biogas pump, 3 canteen burners |
| 5 | 1000 kg | 100 m³ | RCC digester & MS fibre-coated gas holder | 10 m² | 60 – 70 kg/day | Plant, connection tube, 3 HP crusher, biogas pump, 4 canteen burners |
| Note: All listed capacities are food-waste-based reference values. Treat them as indicative and confirm final sizing, accessories, and layout with the concerned engineer before project finalization. | ||||||
Why Institutions Choose Biogas Systems
The value is not just waste treatment. Institutional and community biogas plants can improve energy recovery, reduce recurring disposal pressure, and create a usable byproduct stream.
On-site Energy Recovery
Convert biodegradable waste into usable biogas for cooking, heating, or broader energy applications.
Fuel Cost Reduction
Reduce dependence on purchased LPG or other conventional fuels through site-based energy generation.
Lower Environmental Impact
Keep organic waste out of unmanaged disposal streams and support cleaner, decentralized waste treatment.
Reusable Digestate
The digestion process also produces slurry or digestate that can be reused as a fertilizer output stream.
Indicative 16–20 Month Payback
The published institutional product page cites a 16–20 month payback period for suitable projects.
Custom-Engineered Configurations
Plant sizing, feedstock handling, accessories, and downstream gas use can be configured around the site requirement.
Frequently Asked Questions
These answers stay aligned with the publicly available BIOPOWER product and technical pages.
What is an institutional or community biogas plant?
It is an anaerobic-digestion system designed to convert biodegradable waste into biogas and digestate, with the gas used for cooking, heat, power-related pathways, or further upgrading where applicable.
What feedstocks can be used?
The public site directly references food waste, wet waste, restaurant waste, cafeteria waste, hospital waste, school waste, farm waste, and supermarket waste, with broader technical references to additional organic and agricultural residues.
What plant sizes are publicly listed?
For institutional food-waste applications, the published range covers 25 m³, 50 m³, and 100 m³ plant configurations, linked to waste inputs from 125–150 kg/day up to 1000 kg/day.
What performance figures can be safely published?
The strongest published figures are LPG-equivalent output for institutional models, along with wider technical metrics for gas upgrading and methane purity. Direct biogas yield per kilogram of waste is not specified on the public institutional page.
Are community plants also custom-designed?
Yes. The public material treats community and institutional systems as part of the same solution family, so final sizing and layout should be based on project-specific engineering review.
Can BIOPOWER help with project planning?
Yes. The company’s broader public offering includes feasibility studies, DPR preparation, capacity planning, technology selection, and regulatory support for suitable biogas and Bio-CNG projects.