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Bruno De La Pedraja Perez

MEng Civil Engineering student Heriot-Watt

(One Mine at a Time) Heriot-Watt University

United Kingdom

1 profile visitPotential applicant for a funded RTDI project

We are MEng Civil Engineering students harnessing geothermal energy from abandoned mine water using gravity discharge points for low-carbon district heating.

My organisation

We are a team of MEng Civil Engineering students committed to engineering a sustainable future. We propose an innovative project to harness geothermal energy from abandoned mine water for low-carbon district heating systems. By utilizing existing gravity-fed mine water discharge points, we aim to reduce environmental impact and costs compared to conventional drilling methods. Our objectives include conducting a feasibility study, developing a sustainable heating network, and collaborating with local authorities and industry partners to support Local Heat and Energy Efficiency Strategies (LHEES). This project aligns with the CETPartnership Joint Call 2024 by promoting innovation in low-carbon technologies and advancing the Technology Readiness Level of mine water heat extraction. We are seeking partners with expertise in geothermal energy, district heating systems, environmental impact assessment, and energy policy to join us in turning abandoned mines into valuable resources for sustainable energy.
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About me

My organisation

(One Mine at a Time) Heriot-Watt University

We are a team of MEng Civil Engineering students committed to engineering a sustainable future. We propose an innovative project to harness geothermal energy from abandoned mine water for low-carbon district heating systems. By utilizing existing gravity-fed mine water discharge points, we aim to reduce environmental impact and costs compared to conventional drilling methods. Our objectives include conducting a feasibility study, developing a sustainable heating network, and collaborating with local authorities and industry partners to support Local Heat and Energy Efficiency Strategies (LHEES). This project aligns with the CETPartnership Joint Call 2024 by promoting innovation in low-carbon technologies and advancing the Technology Readiness Level of mine water heat extraction. We are seeking partners with expertise in geothermal energy, district heating systems, environmental impact assessment, and energy policy to join us in turning abandoned mines into valuable resources for sustainable energy.

Skills

  • Problem solving
  • innovation
  • civil engineering
  • Sustainable development
  • Team Work
  • Structural design
  • Infrastructure Design

Interests

  • Sustainable development
  • Energy transition
  • Clean Energy
  • Geothermal Energy
  • Mines
  • heat pumps

Additional questions

I am interested in the following Call Modules of the Joint Call 2024:

Call Module 2: Energy system flexibilityCall Module 6: Heating and cooling technologiesCall Module 7: Geothermal energy technologiesCall Module 8: Integrated regional energy systemsCall Module 10: Clean energy integration in the built environment

I am interested in the following CETPartnership thematic areas:

provide enhanced and improved heating & cooling technologies and systemsdevelop and validate integrated regional and local energy systems, NoREST initiative

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