Transforming Food Waste into Energy Independence

Building-scale biogas machine that converts food waste into energy with remarkable efficiency.

How Much Energy?

Using only 10kg of food waste, Benerg provides enough energy for 13 homes for a whole year in the EU.

Scalable

Starting with 10 kg of daily food waste, Benerg offers scalable solutions that handle up to 120 kg of food waste.

Off-Grid

Benerg’s technology operates independently of a grid connection, allowing buildings to benefit directly by integrating our system into their energy management infrastructure.

Zero-Waste

Benerg's technology produces organic fertilizer as a valuable by-product, which Benerg’s staff will collect once a month.

Highly Efficient

With a production rate of 0.1 m³ of biogas per kilogram of food waste, discover how much energy you can generate by entering your daily food waste amount.

How Does It Work?

Customers simply add their waste into the feeding unit.
The system produces biogas with the presence of advanced-level bio-chemical conditions.
Biogas is converted into electricity or heat using a generator or boiler, and the energy is delivered to the building through a direct connection.
The by-product is organic fertilizer, which our team will collect once a month.
IoT system embedded in the machine tracks and monitors operations 24/7.

Customer Journey

Determining the type of machine

Determining the working conditions through a site visit

Choosing the location and checking utility requirements

Configuring the machine with a premise-specific setup

Configuring the machines based on energy consumption and food waste

Installation and regular quick testing

Checking for pressure, leaks, odors, and noise

Delivering energy and providing reports for the first 4 months

Report on production, waste, and machine health

Remote tracking and monitoring

A report on production, waste, and machine health

Mission

Transform food waste into energy independence

Vision

Become one of the largest biogas solution ventures in the EU by 2030.