Project cooperationUpdated on 23 June 2026
90% Less Electricity for Cooling via Waste Heat Recovery
About
EXORA: Waste Heat-Driven Adsorption Cooling with Advanced Metal-Organic Frameworks
EXORA is a Paris-based deeptech startup (TRL 4/5) developing a next-generation adsorption cooling module that recovers low-grade industrial waste heat from 35°C and converts it into useful cold at 5-22°C, with water as the refrigerant and a proprietary advanced material as sorbent.
Technology
Unlike conventional compression chillers, our system requires up to 90% less electrical input, operates with zero fluorinated refrigerants, and can valorize heat sources that existing absorption systems (LiBr, NH3) cannot exploit below ~80°C. The new sorbent represents a significant performance step-change over commercial silica gel or zeolite-based adsorption chillers.
Value proposition
Our system addresses two major decarbonization levers simultaneously: reducing electricity consumption for cooling and valorizing waste heat that is currently dissipated. Target applications include industrial sites with continuous low-grade waste heat (food processing, pharma, datacenters, chemical plants), greenhouses, and district cooling networks.
What we are looking for
We are seeking partners to form a transnational consortium under CM2026-07, specifically:
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Industrial end-users or site operators able to provide a real waste heat source for demonstration (35-200°C range)
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Research or engineering organizations with expertise in thermal system integration, heat exchanger design, or sorbent characterization
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Technology integrators or OEMs in HVAC, industrial refrigeration, or process cooling
The collaboration would aim to advance our system from TRL 4/5 toward TRL 6/7 through real-environment testing, performance characterization, and integration validation.
Why this consortium fits CM2026-07
EXORA's innovation directly addresses the CETPartnership's TRI 4 objective of efficient, zero-emission heating and cooling solutions. Our technology offers a market-ready pathway to decarbonize industrial cooling while exploiting currently wasted thermal energy across European industrial sites.
Topic
- Call Module 2026-07: Heating and cooling technologies
Type
- Technology Partner
- Demonstrator
Organisation
Similar opportunities
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- Call Module 2026-07: Heating and cooling technologies
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Antonio Gómez
R&D manager at Nabladot, S.L.
Zaragoza, Spain
Project cooperation
- R&D Partner
Hakan İbrahim Tol
Scientific Researcher at AEE INTEC
Gleisdorf, Austria
Project cooperation
- R&D Partner
- Demonstrator
- Validator/Living lab
Ingo Leusbrock
Head of department "Cities and Networks" at AEE INTEC
Gleisdorf, Austria