Advanced biotechnology for non-recyclable waste.

Reduce waste mass, stabilise organic residues and unlock new opportunities for resource recovery. Rethink what waste can become.

Transform the way you
manage organic-rich waste.
Get more from every tonne
you process.
gradient circle 2gradient circle 2gradient circle 2Read morewaste mass,
transport
requirements &
disposal costs
ReduceIt's time to
create a
competitive
advantage through
Innovation
Read moreDeliver measurable
environmental outcomes.
Cut emissions while diverting
more waste from landfill.
gradient circle 2gradient circle 2gradient circle 2gradient circle 2greenhouse
gas
emissions
ReduceIncrease theof thecircularitywaste you
handle
Differentiate yourself as
an innovator. Recover
the value from waste
that others reject.
Read moregradient circle 2gradient circle 2gradient circle 2Enable
new
recoverable
pathways
gradient circle 2Produce
feedstock for
renewable
energy
recyclable
fractions
Unlock
Non-recyclable waste
Non-recyclable waste into SRF

Rethink what waste can become.

Most difficult waste is still treated as something to dispose of.

We see it differently.

Advetec develops advanced biotechnology that helps organisations reduce disposal costs, recover more value and minimise the environmental impact of difficult waste streams.

Our XO systems accelerate natural biological processes to stabilise non-recyclable waste, reducing waste mass and creating a dry, consistent output that enables further resource recovery, including the production of Solid Recovered Fuel (SRF) where appropriate.

Discover how Advetec helps diverse industries reduce their carbon footprint with innovative biotechnology.

Discover how Advetec helps diverse industries reduce their carbon footprint with innovative biotechnology.

Featured Customers

 

Coastal Recycling

Coastal Recycling - Waste Reduction

Go4Greener

Go4Greener Waste Reduction

Max Recycle

Max Recycle - Waste Reduction

Advetec Trasforming Waste into Alternative Energy

Our Industry Insights

Graphic highlighting pressure on residual waste infrastructure, with tightening landfill and EfW capacity creating a need for more flexible and resilient approaches to managing challenging residual waste streams.

The UK’s Waste Capacity Crisis Is No Longer A Future Problem

The UK’s waste infrastructure is facing a capacity crunch. With landfill sites reaching capacity and EfW routes under pressure, waste operators are having to think differently about where residual waste goes, and how it can be better prepared for whatever comes next.
Infographic highlighting that waste crime is estimated to cost the English economy more than £1 billion each year, illustrating the financial impact of illegal waste management.

Waste Crime in the UK: Why Processing Capacity Matters

Waste crime is rising across the UK. Discover why increasing waste processing capacity and innovation are essential to tackling the problem.
How European AD Plants Are Managing De-Packaging Rejects

European Insight: How are food-fed AD plants managing de-packaging rejects?

How are food-fed AD plants across Europe managing de-packaging rejects? As part of our European industry engagement programme, we're speaking with operators to understand current practices, common challenges and opportunities for innovation.
Advetec-the-value-in-challenging-waste-streams

Reframing The Challenge – What Do We Do With It?

Discover why reducing waste isn't enough. Explore how innovation and alternative technologies can unlock value from complex waste streams.
Dr Stephen Wise, Chief Strategic Development Officer at Advetec

Why Geopolitical Tensions Demand Alternative Fuels

Escalating tensions in the Middle East are a clear reminder of how exposed our global energy systems remain. Are alternative fuels an answer?
Paul Cox, Advetec's new non-executive Director

News Announcement: Advetec Strengthens Board With Industry Leader To Accelerate Growth In Evolving Waste Market

Advetec has appointed industry veteran Paul Cox, reinforcing its leadership team at a pivotal moment for the waste and biotechnology sectors.
12