Dalkia works to reduce CO2 emissions from North Somerset schools

Contributing to a 41 t a year reduction in CO2 emissions from this school in Somerset is a solar thermal array installed by Dalkia.
The installation of a solar thermal array at a school in Worle, Weston-Super-Mare, is expected to deliver CO2 savings of over 41 t a year. Dalkia designed and installed the system at St Martin’s Junior School as part of its ongoing work to reduce energy costs for schools in North Somerset. This refurbishment project is part of North Somerset Council’s local structure plan, which will see all new buildings generating 15% of their energy requirements using onsite methods of micro-generation. The strategy includes a sustainable model of energy saving and re-investment by Dalkia. School buildings upgrade plant and equipment using capital savings made through energy efficiencies implemented by Dalkia. The new plant completely replaces the 40-year-old oil-fired heating system and incorporates a new gas-fired condensing boiler and a solar-thermal system. The school has also been fitted with a BMS to provide precise control of all building services. The solar thermal element of the plant is expected to provide over a third of the system’s monthly base load. The gas heating will deliver CO2 savings of around 36 t a year, with a further 4 t contribution from the solar thermal array.
For more information on this story, click here:Sept, 08 108
Related links:
Related articles:



modbs tv logo

CABE: Skills shortage

David Taylor, president of CABE talks about how to deal with the major skills shortage and the need to attract young people to rebuild the industry. 

Future Office: Designing workspaces for people

Nicola Gillen, director and architect at Aecom talks about her new book 'Future Office' and why we need to focus on building workplaces for people.

Calendar