Chemical recycling is a process where carbon-based materials such as plastics are transformed to oil, gas, and carbon.

Our technology utilizes pyrolysis – a thermal decomposition method, where materials are broken down with heat in an inert environment.

Recuro utilizes induction heating, which provides better control of the temperature of the recycling process, and in turn, better control of the output.

Induction is a heating method where magnetic currents are used generate heat. It is commonly used in industry, but also in everyday items such as modern stovetops.

The precise zone-heating ensures less heat loss and is more energy efficient than other heating methods such as conventional electricity and gas-based heating.

We contribute to reduced emissions from plastic incineration, by instead reintroducing the resources to the value chain. In addition, the main energy source for our recycling process is electricity, which enable us to recycle with low emissions. Down the line, our output can even replace fossil resources, contributing to a longer lifespan for plastic resources, and circular value chains.

Output  distribution depends on the feedstock waste.   Optimal waste composition results in approximately 65% oil, 30% gas,  and 2-3% carbon output.

In Recuro we build partnerships upstream to ensure a steady input flow. We receive plastic waste, recycle it, and deliver recycled output. Our output is refined by our downstream customers and utilized by the petrochemical industry in new production cycles and products.

We utilize plastics which is otherwise incinerated, such as complex products and multilayer plastics. Our input flow is partly from households and partly from industry.