Changing the drying industry

At Circular Energy Systems we work towards a future of circular energy in the drying industry

Circular Energy Systems offers a remarkably efficient electrical heat pump-driven energy module as a superior alternative to traditional gas, oil, or 1:1 electrical heating solutions in the drying industry. Our energy modules constitute a closed-loop energy system that filters, dehumidifies, and upcycles process air from production processes, converting it into high-temperature process air. This innovation can yield energy savings of up to 80% compared to conventional gas, oil, or similar energy sources.

Technology

The Circular Energy Systems energy module captures and reclaims as much as 80% of the energy utilized in a standard drying process when contrasted with a typical fossil fuel-based process.

Going carbon-neutral

When powered by electricity sourced from sustainable energy, Circular Energy System modules are 100% zero-emission with remarkably low energy consumption compared to current industry standards.

Closed loop process integration
Circular Energy Systems innovative technology approaches energy streams of high temperature drying applications in a revolutionary way. By closing the energy loop and predominantly harnessing latent energy, it enables sustainable industrial drying.

Integrating innovative heat recovery, heat pumps and CIP

Proven technology
Circular Energy System modules are built from proven technology combined in an innovative setup for a high performing, automated and reliable Circular Energy module for all industrial drying applications.

Digital system
Circular Energy modules include fully automated cleaning in place (CIP) solutions and high-end energy surveillance instruments to monitor process energy savings and process conditions.

News

2024-08-20

Exciting news! Circular Energy Systems has been awarded a grant from Venture Cup Funding.

We extend our heartfelt thanks to Venture Cup for their belief in our mission to decarbonize industrial drying. This funding is essential for advancing and demonstrating our technology. You can read more at the link below: https://www.linkedin.com/feed/update/urn:li:activity:7209473270625017856

2024-08-05

Norlys Vækstpulje is supporting our mission!

We are happy to announce that we have received a grant from Norlys Vækstpulje! A big thanks to Norlys Vækstpulje for believing and supporting our mission to decarbonize industrial drying. The funding is crucial towards demonstrating our technology. Each year, the Norlys Growth Fund allocates 50 million kroner to innovative projects that promote community development […]

2023-11-22

Fantastic news! – CES has been awarded the Heyfunding grant along with a 25,000 DKK prize

What an excellent day. Circular Energy Systems recently got nominated for the Heyfunding grant. Today, we’re delighted to share that we’ve been selected as the winners of the grant, receiving a prize of 25,000 DKK. We’re truly grateful for this recognition. Thanks to the Heyfunding team for trusting and believing in our mission. Read more […]

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Target market

The drying industry is responsible for more than 15% of the world’s carbon emission. At Circular Energy Systems we intend to change the high-temperature drying industry, including but not limited to:

Bakeries
Textile
Grains
Feed
… and many others

Any industrial drying process with substantial water evaporation stands to gain a significant energy saving from Circular Energy Systems technology. Our innovative solutions can be seamlessly integrated into both new installations and retrofitted into existing equipment. To explore how Circular Energy Systems can benefit, please don’t hesitate to contact us at info@circularenergysystems.tech

About

At Circular Energy Systems we believe in a circular future. Our inception is in direct response to the surging demand for exceptionally efficient electrification solutions within the industrial high-temperature drying sector. The integration of our technology not only promises a substantial reduction in carbon emissions, but also plays a pivotal role in diminishing the electricity demand, a critical factor in propelling the world towards a greener energy transition.