Evaporation technology that cleans process fluids using waste heat
FOR FORWARD THINKING
Number of liters purified:
Helios Innovations
We purify industrial process water through a new evaporation technique where waste heat is the primary energy source. With Helios' technology, industries can drastically reduce their waste volumes while making efficient use of their waste heat.
Our process

State of the art evaporation technology

Reduced waste volume

Reduced cost & environmental impact

Value proposition
Our leasing program offers a cost-effective solution for industrial water treatment. By paying a fixed price per ton of water treated, our customers get access to state-of-the-art technology without having to make a large initial investment.
What is included in the leasing agreement:
- Installation: We take care of the entire installation process at your location.
- Service and maintenance: Regular service and maintenance is included, including 24/7 monitoring to ensure optimal performance.
- Updates: Free updates to both software and hardware, ensuring you always have the latest technology.
- Deposit: We manage the disposal of the concentrate, so you can focus on your core business.
How is Helio's technology unique?
Our technology uses a cellulose-based packing material that drastically increases the surface area of the water to be evaporated. This enables efficient evaporation without the need for high temperature or vacuum.
NEWS

Award winner Future Innovations
What innovations will we see in the future? Employees and students at Lund University have submitted innovative ideas and projects that have a clear sustainable perspective and the potential to create great societal value. In tough competition, six finalists were selected, who got to present their ideas on stage during Lund University's Innovation Evening. Read the article here.

Final place in Startup 4 Climate 2022
Helios has been named to the top 8 in one of Europe's largest innovation competitions with a climate focus. Read more about the grant here.
