CHPM2030project

CHPM2030 is a H2020 funded EU-project working at the frontiers of geothermal resources development, minerals extraction and electro-metallurgy.

[CINEA 🇪🇺 @cinea_eu]

The total heat produced by🌍 is huge but its exploitation is limited to shallow areas.

The #EU #H2020Energy @chpm2030 project harnesses deep geothermal⚡️energy via combined 🔥, power & metal extraction.
👉https://t.co/HYx4B4Ie71

Free geothermal PDF
👉https://t.co/9OgZ2yfiMp

[EU Research Results @CORDIS_EU]

That's right - the #renewable energy already used during Roman times is #geothermal energy 👍

We are presenting you #EUresearch projects managed by @inea_eu that offer promising results 💡

Download our 🆕 #ResultsPack on geothermal energy!
➡️ https://t.co/qOFAkUYcIa

[CINEA 🇪🇺 @cinea_eu]

Check out how these 12 #geothermal #H2020Energy projects are providing new and viable alternative ⚡️energy sources to help achieve Europe’s climate ambitions in the latest @CORDIS_EU @inea_eu results pack

🌏 #EUGreenDeal #ClimateNeutralEU 🌳

Download 👇
https://t.co/9OgZ2yfiMp

[European Federation of Geologists (EFG) @EfgInfo]

@chpm2030 is one of the #H2020 projects featured in the @CORDIS_EU Results Pack - EFG is proud of its contribution to the implementation of this project: https://t.co/LeIVULYrDK
#geothermal #innovation #renewables

[CHPM2030project @chpm2030]

#CHPM2030 project releases the final impact factsheet, summarizing the main outcomes of the project 📑
More info: https://t.co/wsjliAaRlC
#forwardtheCHPM 🌡🔌⚒

[CROWDTHERMAL @CrowdthermalEU]

@CrowdthermalEU has just started with the aim to empower the #European public to directly participate in the development of #geothermal projects with the help of alternative financing schemes (#crowdfunding) and social engagement tools. More about info at: https://t.co/JIh77hgvf4

[CHPM2030project @chpm2030]

@chpm2030 has been presented today by @EfgInfo Project Officer @miktamas at the #Foresight Subcommittee of the Hungarian #Science Academy.

[Tamas Miklovicz @miktamas]

...and now let’s talk about the #foresight methodology! 💡🔮 🔭@chpm2030 @UNEXMIN @robominers
📜➡️ https://t.co/lLczJIKEIg

[CHPM2030project @chpm2030]

The final review meeting of #CHPM2030, Horizon 2020 project is being organized today in the GeoHub, Brussels. Check the link for further information about this #EuropeanProject.
https://t.co/fW9Xeqfewx

[CHPM2030project @chpm2030]

@miktamas @lapalmaresearch @EfgInfo @VITObelgium @unimiskolc @BritGeoSurvey @EGEC_geothermal @thinkgeoenergy @GRC2001 @inea_eu The #market theme investigated investors, market penetration & revenue streams. Recommendations cover strategic partnerships, modular/flexible approach, CHPM plug-in integration, framework for resource classification, government incentives, branding & stakeholder engagement. 📈📊

[CHPM2030project @chpm2030]

The "Overall concept of #CHPM", in the #roadmap, investigates the feasibility of combining #geothermal energy with #metalextraction with the use of #foresight. Targets & actions have been identified related to the following topics📖 https://t.co/HDny67dNFT #forwardtheCHPM 🌡⚡️⚒

[CHPM2030project @chpm2030]

@miktamas @lapalmaresearch @EfgInfo @VITObelgium @unimiskolc @BritGeoSurvey @EGEC_geothermal @thinkgeoenergy @GRC2001 @inea_eu #Future #CHPM operation covered metal mobilization, geochemical modelling, metal recovery. What’s next? Research on balancing solution & precipitation, geochemical modelling for economic forecasts, metal recovery for water treatment, non-metallic elements, abandoned mines,etc👷🏻‍♀️👷🏻‍♂️

[CHPM2030project @chpm2030]

@miktamas @lapalmaresearch @EfgInfo @VITObelgium @unimiskolc @BritGeoSurvey @EGEC_geothermal @thinkgeoenergy @GRC2001 @inea_eu Development for #CHPM technology covered reservoir stimulation, information platform, public acceptance. The recommendations tackles reservoir performance, risk reduction, investors, alternative business cases (#tourism) & value creation for the local community, etc.👷🏻‍♀️👷🏻‍♂️

[CHPM2030project @chpm2030]

@miktamas @lapalmaresearch @EfgInfo @VITObelgium @unimiskolc @BritGeoSurvey @EGEC_geothermal @thinkgeoenergy @GRC2001 @inea_eu The “#Exploration” theme investigated emerging issues related to #geophysics, data processing (AI, ML) and #drilling depths with recommendations on existing datasets and guidelines for reinterpretation, advanced data processing techniques, etc. 🔍 #roadmap

[CHPM2030project @chpm2030]

@chpm2030 is featured in this issue of #EFGeoWeek! #geothermal

[European Federation of Geologists (EFG) @EfgInfo]

Here it is, the new issue of #EFGeoWeek, compiling this week's most relevant news for #European #geoscientists: https://t.co/tOb8xbs7A8

[CHPM2030project @chpm2030]

@miktamas @thinkgeoenergy @unimiskolc @EGEC_geothermal @APGeologos @cngeologi @GeologistsGreek @IGI_PGeo @GEORGCluster @geothermie_nl ...and it was recommended that future exploration includes identification of #metal bearing formation at crustal depths, 3D/4D modelling, stimulation, involvement of the #mining industry and EU regional development funds, achieving public acceptance, etc.📚 #forwardtheCHPM 🌡⚡️⚒

[CHPM2030project @chpm2030]

CHPM2030’s Swedish partners have analysed two sites: #Nautanen and #Kristineberg. Have a look at the report to learn more about the #CHPM #technology potential: https://t.co/kqxFRXb13n

#europe #innovation #geothermal #metalextraction

[CHPM2030project @chpm2030]

@cgeologos @cngeologi @miktamas @lapalmaresearch @VITObelgium @unimiskolc @GEORGCluster @PlymHotRocks @uniteddownsgeo ...and the recommendations link to 1) #geothermal modeling, 2) refraction seismic for the plutonic body and #mineral indications, 3) fracture network modeling for understanding reservoir characteristics.📙 #forwardtheCHPM 🌡⚡️⚒

[CHPM2030project @chpm2030]

Is there a potential for the deployment of the #CHPM technology in #Romania? Check the report compiled by our Romanian colleagues which presents the Beius basin and Bihor mountains: https://t.co/n8cSWkCm6L

[CHPM2030project @chpm2030]

@cgeologos @cngeologi @lapalmaresearch @miktamas @VITObelgium @unimiskolc @GeologistsGreek @uniteddownsgeo @GEORGCluster @EGEC_geothermal The next research should investigate the deeper ore deposits, new deep seismics, 3D electromagnetic forward modeling, 3D inversion. Lombador orebody, present at 2-3 km, has the potential to extend the mine lifetime with #CHPM technology 💡📖 #forwardtheCHPM 🌡⚡️⚒

[CHPM2030project @chpm2030]

#DYK? The Portuguese Iberian Pyrite Belt presents many relevant features for the deployment of the #CHPM technology. Check the full report at https://t.co/fvR1CusQ5o

[CHPM2030project @chpm2030]

@lapalmaresearch @IGI_PGeo @BritGeothermal @cgeologos @GeologistsGreek @VITObelgium @BritGeoSurvey @unimiskolc ...and the #future recommendations cover 1) exploration plans including 3D seismics, magnetotellurics, deep fluid flow, leaching experiments, #mineral filled fractures, etc., 2) funding opportunities, 3) stakeholders’ requirements, and 4) overall issues 🤔 #forwardtheCHPM 🌡⚡️⚒

[CHPM2030project @chpm2030]

Would you like to learn more about CHPM2030’s five #European study areas? To start with, we invite you to discover the #CHPM potential in #Cornwall, South West England! https://t.co/JT8KETpFv6 #geothermal #metalextraction #sustainable

[CHPM2030project @chpm2030]

@lapalmaresearch @miktamas @cgeologos @APGeologos @GeologistsGreek @VITObelgium @unimiskolc @BritGeoSurvey @uniteddownsgeo @GEORGCluster @EGEC_geothermal @Vitor_EurGeol @GWattUK @HotDryRocks @CanGEA @_Geothermal_ @GRC2001 @GeothermalKe @cngeologi @EUScienceInnov @IGI_PGeo @IGME1849 @im_mining System integration: a simplified #mathematical model of main components has been delivered, based on expected parameters. Rough description of the physical processes involved has been described and coded. Here is what’s next! 💡

[CHPM2030project @chpm2030]

📣The CHPM component #roadmap study provides a direct follow-up of the current technological components, by describing the state-of-the-art, immediate research plan (2025), pilot research plan (2030), and long term objectives (2050) https://t.co/HDny67dNFT #forwardtheCHPM 🌡⚡️⚒

[CHPM2030project @chpm2030]

@lapalmaresearch @miktamas @cgeologos @APGeologos @GeologistsGreek @VITObelgium @unimiskolc @BritGeoSurvey @uniteddownsgeo @GEORGCluster @EGEC_geothermal @Vitor_EurGeol @GWattUK @HotDryRocks @CanGEA @_Geothermal_ @GRC2001 @GeothermalKe @cngeologi @EUScienceInnov Salinity-gradient power by reverse electrodialysis (SGP-RE) showed a good potential for extracting chemical energy through reverse electrodialysis, at high salinity brines at small pilot applications. Here is what’s next! 💡