Textile manufacturer invests £3 million into renewable energy

Energy & Low Carbon Industry | Property & Construction | South West
Heathcoat Fabrics, Tiverton

Technical textile specialists, Heathcoat Fabrics, have completed a £3 million investment into renewable energy installations across their Tiverton factory.

The site-wide projects are expected to reduce Heathcoat’s carbon emissions through increased onsite electricity generation.

With the aim to operate using renewable and efficient energy practices, the local manufacturer has introduced over 2,200 solar panels, a sophisticated hydro generation scheme and a new state-of-the-art 2MWh Combined Heat and Power (CHP) engine and combination boiler.

Implementing the three projects has already lead to a significant 60% reduction in the amount of energy previously imported from the national grid.

The CHP engine operates by transforming gas into electricity at less than half the cost of imported electricity supplied by the national grid.

The benefit of using a CHP engine is that the exhaust heat produced during the conversion process isn’t released directly back into the atmosphere.

Instead, the exhaust heat is recovered and sent to the combination boiler which boils water to generate steam and heat that is used within the factory dye house and the technical automotive fabrics processing area.

Business Project Manager, Alison Kitchener, commented: “We have been working on ways to determine the best methods of practice to ultimately do our part in achieving a low carbon future.

“The installation of the solar panels was the first project we completed where we installed 2,225 solar panels on the roofing of five production sheds. The solar panel system was a stepping stone towards bigger scale projects to improve the sustainability of the business.”

The most recent of the three installations was the reintroduction of a hydro generation scheme.

The energy derived from consistent water flow is captured and converted into electricity, generating enough electricity to supply power to the main office and its research and development testing laboratories.

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