What do we do with your waste

At Bio Collectors, we offer a true closed-loop solution by converting every bit of food waste we collect into electricity, biogas and nutrient rich fertiliser for farmers using our innovative Anaerobic Digestion (AD) process. We even fuel our fleet of CNG collection vehicles using the biogas generated from food waste, making our services some of the most environmentally sustainable availiable.

Crews pick up your food waste using our fleet of specialist, food-waste powered of collection vehicles then deliver it to our Anaerobic Digestion plant in South London to begin the recycling process.
The collected food waste is mechanically stripped of any packaging, plastic or other non-food waste contaminants. It is then broken down into small particles to begin the feeding process.
The resulting food waste is pumped through a series of temperature controlled tanks and carefully monitored to ensure the various bacteria has the optimal conditions to digest the food effectively and create biogas.
After 72 hours, the waste is used to generate electricity and Biogas, which is filtered, screened for purity and finally fed back into the National Grid, helping to supply homes and businesses with clean, renewable energy.
Once all the potential energy has been released and the waste fully digested, the leftover material is no longer waste but a useful, high quality fertiliser for farmers meeting the PAS110 standard. We provide this material to local farms which helps them to produce more food and revitalise the land without the need for chemical alternatives.
As new food is produced and consumed, inevitably it will generate unavoidable waste and the cycle begins again. By using Bio Collector's services you can ensure that your food waste is fully recycled and contributing to the closed-loop economy in the best way possible. Anerobic Digestion is the most effective and beneficial method to recycle food waste so contact us today to see how we can help your business reduce costs and become more sustainable.