From academic research to financial services to social networks, it’s impossible to imagine a world without computing. For those who own and operate systems at the heart of the IT revolution, the challenge is to ensure the delivery of sufficient energy, cooling and physical space to support the compute while balancing the availability of these services with the growth in demand.

The associated capital expenditure, operating costs and environmental impact are an ever increasing headache for the industry.

We have the answer.

Liquid is several thousand times more effective at transferring heat than air and uses significantly less energy to do so.

Liquid allows us to harvest heat from the electronics quickly, efficiently, effectively and in a form that can be reused or efficiently disposed of.

We use 3M™ Novec™ because it is nonconductive, inert and possess excellent convection properties. It also provides fire protection at the component level.

This delivers unrivalled cooling efficiency.

Working with Sheffield Hallam University, and more recently the University of Leeds, we have modeled our technology using computational fluid dynamics to ensure we have the most effective solution on the planet today. Every detail has been engineered to ensure we harvest as much heat from the electronics as possible in the most efficient way, delivering a sealed and safe environment for ICT.

The harvested heat is passed to a separate gravity fed low pressure and balanced water system built into the cabinet that captures the heat and removes it to a heat exchanger for facilities to reuse for heating buildings in temperate climates or for passive cooling.

Our ICT Modules are “hot-swap” clean and dry, using our unique Iceotope valve technology and all main components are fully redundant. Iceotope has the only solution on the market today that meets the EU Data Centre Code of Conduct and ASHRAE Level 4 Water Standards by connecting to water systems ranging from 2 to 45 degrees C, high or low pressure.

The Iceotope Solution reduces data centre cooling costs by 97%, ICT power load by 20% and overall ICT infrastructure costs. It negates the need for air handling, refrigeration and bespoke facilities. It is silent in operation and can be deployed in any environment with access to power and water, including hostile space such as oil rigs and deserts.

Compute density is improved and operational costs are reduced dramatically. Finally, new facilities can be populated at a fraction of the traditional capital expenditure and operating costs.

It's time to join the revolution.

We work with OEMs and vendors to encapsulate an array of technologies inside the commodity Iceotope Solution. We can also accommodate bespoke development projects as our technology has the potential to deliver power densities of up to 100kW per cabinet whilst still offering unrivalled energy efficiency.

Our route to market is through licensing agreements. We are already engaged with several vendors to offer the opportunity to license our technology and integrate the Iceotope Solution into product offerings. In addition, we welcome the opportunity to work on high performance and super high density offerings, which we believe can solve exascale and hyperscale computing problems.

We welcome engagements that move our technology into new areas and applications. Please contact us via the web site if you would like to start a conversation.

Contact us today to request more information or to locate your nearest authorised Iceotope partner. We are always delighted to hear from our customers. Your feedback helps us create more efficient products and services for you.