Fueling the circular economy WITH A TECHNOLOGY TO chemically recycle plastic waste

WHAT WE DO

Handerek Technologies has created a groundbreaking patented technology which chemically recycles waste plastic into feedstock to make clean recycled plastics or to be used as low-carbon alternative fuels.

We aim to become the global standard in plastic to fuel technology and have a significant positive environmental impact by maximizing waste recycling.

Grand Prix winner

of major innovation and technology fairs

Grand Prix

Grand Prix

Grand Prix

Top 30 European
Clean Tech
Start-Up

Winner Environment Category

Cup of the Union of Engineers and Inventors of Russia

1st Place Winner

2nd Place Winner

Pitch To London
1st Place Winner

Handerek Technologies sp. z o.o
realizuje projekt dofinansowany z Funduszy Europejskich

„Wdrożenie na rynek innowacyjnej technologii do produkcji niskowęglowych produktów węglowodorowych przeznaczonych dla przemysłu petrochemicznego i chemicznego”.

Celem projektu jest wdrożenie na rynek innowacyjnej technologii do produkcji niskowęglowych produktów węglowodorowych (średniej frakcji olejowej „HAT-OIL“, oraz lekkiej frakcji benzynowej HATLIGHT) przeznaczonych dla przemysłu petrochemicznego i chemicznego.

Dofinansowanie projektu z UE: 22 111 554,85 PLN

State-Of-The-Art Technology of

Waste Plastics Conversion Into Fuels

PLASTIC WASTE
CRACKING
HYDROGENATION
ISOMERIZATION
FRACTIONATION
REFINED FUEL
PLASTIC WASTE
CRACKING
HYDROGENATION
ISOMERIZATION
FRACTIONATION
REFINED FUEL

1 KG WASTE PLASTICS = 1 L FUEL

Benefits:

  • End product is fuel of quality compliant with EU standards:
    • diesel
    • gasoline fraction
    • jet fuel fraction
  • Process is commercially attractive without external subsidies
  • Technology generates revenues thus minimizing overall waste management cost for local governments and communities
  • Positive environmental impact

Innovative technology:

  • Unique technology resulting directly in engine fuels meetings the requirements of EU standards and ready to use or sale
  • Designed to operate in a continuous mode
  • Process runs under atmospheric pressure
  • Process is energy self-sufficient providing gas and fuel used to operate it

Other
advantages:

  • Effective plastic waste management and recycling
  • Reduction of plastic waste in landfills and environment
  • Respect for natural resources of raw materials
  • Increased energy diversification
  • Reduces import of crude oil
  • Fuel produced with CO2 emissions lower than that of production from crude oil