DC 12: Agrifood business parks: geothermal integration with low carbon technologies.

Doctoral Candidate

Mohammed Farhad Ahmed

Bio

Mohammed Farhad Ahmed is a civil engineer with over nine years of experience spanning sustainable construction, renewable energy integration, and large-scale infrastructure development. Based in Erbil, Iraq, he currently works as a Project Engineer, coordinating renewable energy and water infrastructure projects, including solar power installations and the Erbil Water Supply Emergency Project.

His technical foundation lies in geotechnical and hydrogeological engineering, built through his role as Project Coordinator on the Mosul Dam Remediation Project, where he worked on subsurface investigation, borehole drilling, and grouting supervision, before extending his expertise into thermal systems, including greenhouse infrastructure with hydroponic and aeroponic systems. Mohammed holds Bachelors of Science and  Master of Engineering in Civil Engineering and is a certified PMP and Six Sigma Green Belt.

Mohammed is undertaking DC12 within the GENIUS Doctoral Network, hosted at the University of Derby under the supervision of Prof. Christopher Sansom. His research explores geothermal integration with low-carbon technologies for agrifood business parks, focusing on the feasibility of geothermal heating and cooling within a low-carbon heat and power network. The project brings together his geotechnical field experience and growing focus on renewable heating and cooling technologies.

Host Institution
University of Derby (United Kingdom)
Main Supervisor
Aim

This project explores the potential for geothermal heating and cooling in an industrial agrifoods business park setting and its integration within a low-carbon heat and power network.

Specific Objectives
  1. Evaluation and characterization of the Case Study site. Enhancing geothermal exploration capabilities and scientific knowledge by developing comprehensive multidimensional geological and hydrogeological models.
  2. Thermal analysis of the Case Study Agritech Park, heating and cooling demands.
  3. Application of high temperature heat pumps, their utilization and integration with the site DHN.
  4. Feasibility study of the integration of geothermal technologies within a low-carbon heat and power network on the Case Study site.
Secondment
  • Smart Parc (United Kingdom)
  • University of Edinburgh (United Kingdom)
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This project is funded by the European Union as part of the Horizon Europe programme, Marie Skłodowska-Curie Actions Doctoral Networks (MSCA-DN) 2024 and under the Agreement number 101226708

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