CO2OLHEAT
Unlocking the potential of industrial waste heat and its transformation into electricity via supercritical CO2 (sCO2) cycles
CO2OLHEAT is an EU’s H2020 funded project addressing energy efficiency challenge and decarbonisation of the European REIIs – Resource and Energy Intensive Industries. It focuses at their unused waste heat and its transformation into electricity in an efficient and cost-effective way. The cutting-edge sCO2 technologies will be employed to design and demonstrate the EU’s first-of-its kind sCO2 plant in a real industrial environment.
This pioneer power plant will generate completely clean energy while saving significant amounts of primary energy and thus also CO2 emissions.
Demonstration site
The CO2OLHEAT project will be demonstrated in a real industrial environment in CEMEX cement plant in Prachovice. This facility has a wide untapped waste heat potential, that is currently not exploited and it is rejected by means of water-cooling towers.
The project will introduce the concept of the circular economy and industrial symbiosis in waste heat management. The CO2OLHEAT 2MW power block will be able to cover approximately 10% of the plant’s electricity needs, translating into 750.000 € savings per year, thus allowing short payback period (estimated between 4 and 8 years).
Consortium
News
📢#vacancyalert for all #sCO2 enthusiasts📢
ISOP, our sister project, looks for #phdstudents👩🔬👨🏽🔬
If you are an #engineer, like #adventure and are interested in #supercritical #co2, check it out! 👉https://lnkd.in/eV5BW839
#applynow
📢 Another dissemination activity for @bakerhughesco gave his presentation at ESTEP - #european #steel #technology #platform last week!
More ℹ about the Spring dissemination event 👉 https://lnkd.in/eKzBWWXn
#h2020 #wasteheatrecovery #energytransition #supercritical #sco2
📢Our next dissemination event starts very 🔜 !⏳
Our partner @etngasturbine holds its #annualgeneralmeeting in London and we will be part of it in the expo area as well as the presentations📋
Come by if you are around!👀
More ℹ on the event 👉https://lnkd.in/eDy_3cRQ
#H2020
🎬 The 5th European #sCO2 conference has started!
Head of the Advanced Energy Technology department in CVŘ, Otakar Frýbort, gave his #keynotespeech today, in which he mentioned several European research and development projects focusing on critical sCO2.
💡Follow @co2olheat
🎬 The 5th European #sCO2 conference started!
Otakar Frýbort from @CVRez delivered his #keynotespeech 🔑, mentioning several European sCO2 R&D projects, among which CO2OLHEAT 👍
More conference coverage is coming! 🧵
#h2020 #wasteheatrecovery #energyefficiency #supercritical
📢The 🇪🇺 #conference on #sCO2 starts today!
CO2OLHEAT will be represented by our3️⃣ partners:
🎯@Bruneluni
🎯@polimi
🎯@Siemens_Energy
It will be also featured in the #keynotespeech🗝 of Otakar Frýbort (@CVRez)
Find out more about the paper topics 👉 https://lnkd.in/eSk7HmTF
Fancy a movie night?📽🍿
Proceedings of the #webinarseries "R&D Activities on sCO2 in 🇪🇺" by our partner @etngasturbine are online 📋🎞 ! We presented about #recuperators & #coolers🌡❄
Watch, share, enjoy!👉
...& stay tuned for the next episode! 🧵
Third episode of ETN webinar series - R&D Activities on sCO2 in Europe: Components challenge - Heat Exchangers - ETN
06 March 2023 @16h00-17h00 CEST
lnkd.in
⌛The final countdown⌛
Do not miss the #flagship #sco2 #webinar organised by our partner @etngasturbine!
Want to hear about #fundamentals, printed circuit #heatexchangers, and air fin #coolers? 🌡 ❄
#RegisterNow 🖱️
#h2020 #energyefficiency
Third episode of ETN webinar series - R&D Activities on sCO2 in Europe: Components challenge - Heat Exchangers - ETN
06 March 2023 @16h00-17h00 CEST
lnkd.in
😊Delighted to be again part of our partner's @etngasturbine #webinar!
Our very own partners @Bruneluni and Heatric will be there to share their knowledge of #recuperators and #coolers ♨ ❄
Do not miss this event and register! 👉 https://lnkd.in/e-Td8_Ty
#h2020 #supercritical
This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement N° 101022831 