Plasma pyrolysis – The future of waste recycling

Optimize your waste recycling – efficiently, sustainably, innovatively!

Are you looking for innovative solutions to optimize your waste recycling while reducing costs? Then you've come to the right place! Plasma pyrolysis is a pioneering technology that is not only environmentally friendly, but also offers an efficient solution tailored specifically to the needs of your industry.

What is plasma pyrolysis?

Plasma pyrolysis is a pioneering process that enables the energy-efficient recycling of various primary and residual materials. Through the use of renewable energies, high-quality raw materials can be extracted from sometimes complex waste streams – without any CO2 emissions.

Facts about the plasma pyrolysis of hydrocarbon-containing residues

  • Use of solid, liquid, or gaseous input material such as plastic waste, oils, or biogas
  • Splitting and production of hydrogen, synthesis gases, and high-quality carbon
  • Highly efficient use of renewable energies through microwave plasma
  • High degree of automation
  • Quick switching on and off makes it easy to make sensible use of renewable peak energy sources.

Your challenges – our solutions

Are rising disposal costs and inefficient waste recycling methods a challenge for your company? Plasma pyrolysis offers you an effective solution!

Sustainable carbon solutions:

 

Reduce your CO2 emissions, lower your costs, and minimize your environmental impact! With the help of the innovative plasma pyrolysis process, carbon can be sustainably obtained from renewable sources or waste streams using renewable energy.

Energy-efficient hydrogen:

 

Take advantage of plasma pyrolysis to make your hydrogen production significantly more efficient. Generate hydrogen from renewable resources and energies - and reduce not only your environmental impact but also your CO2 emissions.

Technological innovations:

 

Are you looking for a way to optimize your waste recycling while operating more sustainably? Plasma pyrolysis uses renewable energy and allows dynamic adaptation to your production requirements

 

Schedule a consultation now!

Dr. Gert Homm

Fraunhofer IWKS

Head of Department Bioeconomy

Brentanostraße 2a

63755 Alzenau