Hydrogen,
the future of energy

Green hydrogen represents the best form of hydrogen because it is produced from renewable energies. We produce green hydrogen from wastewater.

Synthetic-catalytic fuel from biomass

Known processes for producing synthetic fuels are inefficient because they consume large quantities of green hydrogen.

The disposal of sewage sludge has become a major challenge

UNIWASTEC produces green electricity and green hydrogen from it.

The green UNIWASTEC mission

UNIWASTEC is a technology company that operates in the field of waste-to-energy production.

We have combined the most innovative and greenest waste-to-energy technologies under one roof to efficiently meet the climate challenges of today’s world.

We make waste a resource

As long as waste is burnt, stored in landfills or limitedly recycled, it does not have the possibility to become an efficient energy source that allows for sustainability and climate goals to be met.

Therefore, the UNIWASTEC system offers a holistic solution for the environmentally friendly use of waste materials to recover recyclable materials, energy that is green and baseload capable 24/7, and industrial grade raw materials.

Waste is the new renewable

We are more efficient and sustainable than all existing solutions on the market. We are making waste an essential part of the fundamental energy transition while ensuring security of supply and achieving agreed climate targets.

We have a technology lead of 15 years and can implement energy production at significantly lower costs. We thus offer industrial companies and municipalities an innovative way to turn waste into green energy while making it a commercial success.

Waste is the new renewable

The smart energy system

Scrap tires
Scrap tires

Scrap tires are tires that are no longer suitable for use on vehicles due to wear or irreparable damage. They consist of the valuable secondary raw materials rubber, steel and textile fibers.

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Power generation
Power generation

During power generation, synthetic natural gas is combusted in a combined cycle power plant so that green electricity is produced.

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Drinking water
Drinking water

Drinking water is water that is used for drinking or cooking. We produce drinking water from wastewater, process water or seawater.

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Synthetic catalytic fuel
Synthetic-catalytic fuel

Synthetic-catalytic fuels substitute fossil fuels. We produce them from biomass such as agricultural waste.

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Waste
Waste

We process almost any type of waste such as domestic waste, hospital waste or industrial waste.

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Green hydrogen
Green hydrogen

Green hydrogen represents the best form of hydrogen because it is produced from renewable energies. We produce green hydrogen from wastewater, process water or seawater.

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Liquid Manure
Liquid Manure

Liquid manure is a mixture of animal waste and stable bedding. It contains valuables such as biomass and plant nutrients.

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Synthesis Gas
Synthesis gas

During thermolytic cracking process, refused derived fuel is processed into synthesis gas.

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Scrap tires

Scrap tires are tires that are no longer suitable for use on vehicles due to wear or irreparable damage. They consist of the valuable secondary raw materials rubber, steel and textile fibers.

Read more

Power generation

During power generation, synthetic natural gas is combusted in a combined cycle power plant so that green electricity is produced.

Read more

Drinking water

Drinking water is water that is used for drinking or cooking. We produce drinking water from wastewater, process water or seawater.

Read more

Synthetic catalytic fuel

Synthetic-catalytic fuels substitute fossil fuels. We produce them from biomass such as agricultural waste.

Read more

Waste

We process almost any type of waste such as domestic waste, hospital waste or industrial waste.

Read more

Green hydrogen

Green hydrogen represents the best form of hydrogen because it is produced from renewable energies. We produce green hydrogen from wastewater, process water or seawater.

Read more

Liquid manure

Liquid manure is a mixture of animal waste and stable bedding. It contains valuables such as biomass and plant nutrients.

Read more

Synthesis Gas

During thermolytic cracking process, refused derived fuel is processed into synthesis gas.

Read more

Discover our solutions

Green hydrogen

Green hydrogen represents the best form of hydrogen. We produce green hydrogen from wastewater, process water or seawater.

Synthetic-catalytic fuel

Synthetic-catalytic fuels substitute fossil fuels. We produce them from biomass such as agricultural waste.

Synthetic natural gas

Synthetic natural gas (SNG) arises when synthesis gas is methanized to predominantly methane gas.

Green electricity

Green electricity is the alternative for burning fossil fuels. We produce green electricity from a variety of solid waste.

Drinking water

Drinking water is water that is used for drinking or cooking. We produce drinking water from wastewater, process water or seawater.

Solid waste

We process almost any type of waste such as domestic waste, hospital waste or industrial waste.

Scrap tires

Scrap tires consist of the valuable secondary raw materials such as rubber, steel and textile fibers.

Liquid manure

Liquid manure is a mixture of animal waste and stable bedding. It contains valuables such as biomass and plant nutrients.

Biomass

Biomass is plant material that consists largely of cellulose. It comes in form of organic and agricultural waste.

Wastewater

Wastewater is generated after the use of fresh water. It can result from different private and business activities.
Urs Pelizzoni
“As long as we only burn waste, store it in landfills or recycle it to a limited extent, waste will not become an efficient energy source. We have a technology lead of 15 years.”

 

Urs Pelizzoni
Chief Executive Officer

 

We are more efficient and sustainable than all existing solutions on the market. We are making waste an essential part of future sector coupling to implement a real energy transition while ensuring security of supply and achieving agreed climate targets.

Your connection to UNIWASTEC

If you have any questions or queries our experts will always be happy to help. Feel free to contact us and we will be sure to get back to you as soon as possible.

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