~25%
of global industrial energy is high-temperature process heat (IEA).
$46/MWh
Modelled LCOH at scale, beating natural gas without subsidy.
80%+
reduction in cost of carbon capture vs. conventional approaches.
Patent
Granted on the Lime|loop sorbent and process.
The thesis
High-temperature process heat is ~25% of global industrial energy use — and almost none of it is electrified.
High-temperature process heat accounts for roughly a quarter of all global industrial energy consumption and a significant share of industrial greenhouse-gas emissions (IEA). To decarbonise, industries are shifting from fossil-fuel boilers to high-temperature heat pumps, electric resistance heating, and thermal storage.
Lime|loop stores cheap off-peak electricity in CaO ↔ CaCO₃ chemical bonds and releases it as 700–900 °C process heat on demand — at a delivered cost lower than fossil heat, with food-grade CO₂ captured as a second revenue stream.
The round
Stage
Pre-seed
Use of funds
Pilot demonstration
Commercial pipeline
Active across chemicals, cement and food
Non-dilutive
Backed by Innovate UK grants
Geography
UK & EU first
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Additional detail available to qualified investors under NDA.