Data centres already consume 2–3% of global electricity, and demand is growing fast.
The world’s data centres are running out of access to clean, affordable power. With the rise of AI the power demands are going to increase by 3–5x in the next 5 years.
01
Energy Costs are rising and unpredictable
02
Grid reliability threatens your uptime
03
Adding new power capacity is complex and slow
Top 3 Challenges that Data Centre Operators Face
How can you meet sustainability commitments ( Clean Power, Carbon-free, Net-zero) without comprising operations to meet?
OUR SOLUTION — REVFRACC
REVFRACC continuously exchanges cooling and heat between the data centre and our unit, maximising efficiency.
REVFRACC is a patented modular system that liquefies air to generate electricity, recycles waste heat for cooling, and captures CO₂ at 99.4% purity. Each containerised unit provides up to 30 MW of zero-carbon power, scalable up to
100 MW.
THE RESULT
Your enterprise clients demand renewable energy and carbon reduction. But most "green" solutions compromise on reliability, increase costs, or require operational changes your team can't accommodate.
You need power that's reliable, cost-effective, and doesn't depend on infrastructure you can't control.
24/7 on-demand power: Continuous, dispatchable electricity independent of grid fluctuations.
Scalable & modular: Up to 50MW plug-and-play systems housed in compact 40 ft containers
CO₂ capture and utilisation: Captures high-purity CO₂ for resale or permanent storage.
Heat recovery for cooling: Reuses data-centre waste heat to boost efficiency and lower cooling costs.
PARTNERS & COLLABORATIONS
Trusted by innovators across clean energy, data, and academia.
Frequently Asked Questions (FAQ)
Find answers to the most common questions about REVFRACC, our modular clean energy system that generates zero-carbon power, captures CO₂, and supports efficient energy use.
REVFRACC is our patented modular system that liquefies air to generate clean, baseload electricity, recovers waste heat from adjacent facilities, and captures high-purity, food-grade CO₂ for utilisation or storage.
We draw ambient air into the system, super-cool and liquefy it using our reverse-fractionation cycle. CO₂ is isolated and extracted, while the remaining gases drive a turbine to produce electricity and support cooling operations (just like a heat pump able to generate more power than it uses). It’s been externally validated by Cranfield University.
Each unit is compact from a 40ft container and plug-and-play. Our solution scales from 0.5 MW up to 100 MW by combining multiple modules, offering flexible deployment to match current and future energy needs.
REVFRACC reduces energy bills (in some cases by up to 75%) by supplying zero-carbon power and utilising waste heat and heat in ambient air. Also, by capturing CO₂ we create additional revenue streams or cost offsets through carbon credits.
A recent Reuters report warns that by 2028, US data centres alone could use up to 12 % of the nation’s electricity — pushing grids beyond capacity and increasing carbon intensity.
Yes. REVFRACC can function either grid-connected, off-grid, or in hybrid integration with renewables such as solar or wind.
It provides dispatchable baseload power, stabilising renewables’ intermittency.The system is designed for 24/7 dispatchable operation, delivering baseload power independent of renewables’ intermittency and grid instability - a critical feature for energy intensive sites like data centres.
Due to its modular, containerised design, site preparation and integration are streamlined. Deployment timelines depend on site readiness (utilities, connectivity, heat integration).
Please visit our Contact page or email us at hello@atmosfuture.co.uk to discuss further.
Please visit our Contact page or email us at hello@atmosfuture.co.uk to request our investor/technical brief, schedule a discovery call, or discuss partnership opportunities.