Modelling the Climate Resilience of Historic Buildings through Geothermal Heating – CeraPhi Energy
Company Information
CeraPhi Energy is a Geothermal Energy Company, producing clean heat from deep wells; a pioneering technology development company on a mission to revolutionise energy usage and contribute to a sustainable planet. Using years of expertise in the energy sector, our dedicated team focuses on innovative solutions for heating and power, utilising deep geothermal energy.
Project Overview
CeraPhi Energy is a geothermal energy company producing clean heat from deep wells. This project focuses on modelling the climate resilience of historic buildings when heated using geothermal systems.
The project will develop a numerical building heat-loss and performance model to explore how geothermal heating can improve thermal stability and humidity control in historic buildings under current and future UK climate conditions. The work will support early-stage design, feasibility studies, and decision-making for real projects.
Project Aim
To investigate the effectiveness of geothermal heating in improving thermal stability, humidity control, and long-term material preservation in historic buildings, while balancing occupant comfort and conservation requirements.
Key Research Questions
• How does geothermal heating affect heat loss and indoor temperature stability in historic buildings?
• How do historic building materials respond to changes in temperature and humidity?
• How do these responses influence moisture risk and long-term material preservation?
• How can modern heating infrastructure be adapted for use in historic buildings?
• How might future UK climate conditions affect building performance?
What You Will Do
• Carry out desk-based research into geothermal heating, historic buildings, and climate data
• Collect and analyse building material thermal and hygrothermal properties
• Develop a numerical heat-loss and building performance model
• Model seasonal variations in heat demand and indoor conditions
• Compile a reusable building materials and climate data library
• Adapt the model for use with different building types, materials, and occupancy patterns
Science, Engineering and Technical Understanding
• Heat transfer and thermal modelling
• Analysis of temperature and humidity variation
• Interpretation of climate data
• Modelling system performance under different conditions
Planning and Organisation
You will produce a clear project plan, organise tasks effectively, and document decisions made during the modelling and analysis process.
Skills Developed
• Research and data analysis
• Numerical modelling
• Microsoft Office
• Problem solving
• Teamwork and independent working
• Self Motivation
Final Outputs
• A numerical building heat-loss and performance model
• A building materials and climate data library
• A written report
• Charts, tables, and visualisations showing key findings
• A final presentation summarising methods and conclusions
Reflection and Evaluation
Your report could include:
• Evidence-based conclusions
• Discussion of limitations and assumptions
• Reflection on learning and project development
• Suggestions for how the project could be improved or extended
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