Mark Reynolds
Consulting Engineer
Before joining FairHeat in September 2019, Mark studied a Masters’ degree in Chemical Engineering at Newcastle University and gained experience as a Project Engineer in the facilities and energy department of BASF.
As a Consulting Engineer, Mark is often visiting client sites and working to design and model cost effective measures to increase heat network efficiency on both new build and retrofit projects. In 2021, Mark was invited to participate in the CIBSE Technical Symposium with his research on the use of PV and solar thermal on urban heat networks.
Through his work, Mark has acquired a wide-ranging interest in the energy sector and is working towards becoming a Chartered Engineer.
I wanted to join FairHeat because of its focus on decarbonisation and depth of technical expertise in the industry. Since joining I've had the chance to work across the full project lifecycle all over the country, helping FairHeat to improve performance of heat networks but also ensure comfort and quality are maintained for residents.
Mark Reynolds
Consulting Engineer
Before joining FairHeat in September 2019, Mark studied a Masters’ degree in Chemical Engineering at Newcastle University and gained experience as a Project Engineer in the facilities and energy department of BASF.
As a Consulting Engineer, Mark is often visiting client sites and working to design and model cost effective measures to increase heat network efficiency on both new build and retrofit projects. In 2021, Mark was invited to participate in the CIBSE Technical Symposium with his research on the use of PV and solar thermal on urban heat networks.
Through his work, Mark has acquired a wide-ranging interest in the energy sector and is working towards becoming a Chartered Engineer.
I wanted to join FairHeat because of its focus on decarbonisation and depth of technical expertise in the industry. Since joining I've had the chance to work across the full project lifecycle all over the country, helping FairHeat to improve performance of heat networks but also ensure comfort and quality are maintained for residents.