ESSE collaborates with Manchester University to develop advanced clean burn technology

ESSE engineers are collaborating with combustion scientists to develop its next generation of wood-fired stoves

ESSE wood burning

ESSE engineers are collaborating with combustion scientists from the University of Manchester, in order to develop its next generation of wood-fired stoves.

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The stove making company is investing additional research and design effort into ensuring its products exceed the new standards required under the UK Government’s new Clean Air Strategy, in which manufacturers have been given from 2018 to 2022 to phase in new models and re-engineer existing models to comply.

ESSE wood burning stoves Clean air strategy

Several ESSE ranges – including the Warmheart and Bakeheart cook stoves and the 100 and 500 Vista series wood-fired stoves – already meet the new Ecodesign requirements, but it is anticipated that the company’s work with the University will allow engineers to further reduce particulate emissions without compromising the stove’s performance or control, and future-proof ESSE’s entire range of clean-burning wood-fired stoves.

ESSE technical director, Craig Nutter, said: “We’ve been working towards meeting these new standards for some time now, but we don’t believe ‘quick fixes’ are appropriate to meeting this particular challenge.

“As our friends in the automotive industry learned to their cost, trying to ‘game’ emissions testing regimes may have unintended consequences.”

“Today’s stoves are built to much tighter tolerances than they were just a decade ago. Consequently, modern solid fuel appliances’ combustion is much cleaner.

“All our bestselling stoves will meet the new standards before 2022 and we are committed to taking real world operating conditions into account. The quality of the installation of the stove and flue and the moisture content of the wood burned are also critical to achieving a sustainable long-term solution.

“We believe that the stove should perform well on low, medium and high settings and that’s what we are working towards. If we don’t get the combustion calibration exactly right, the precision control our customers expect will be compromised.”

Amanda Lea-Langton, Department of Mechanical, Aerospace and Civil Engineering at University of Manchester, added: “Wood burning stoves have come under the spotlight in terms of adverse air quality due to the particulate emissions and new European Ecodesign regulations will prevent the sale of inefficiently burning stoves.

“However, even the cleanest models can produce high levels of particles if used incorrectly. Fuel quality and stove operation all affect the quality of combustion achieved, hence real-world results can differ considerably from those attained under stove certification conditions.

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“We are working with ESSE to establish the most efficient combination of fuel volume and combustion process to minimise particulate emissions and educate customers on how to ensure they are using their stove to make a positive contribution to improving air quality.”