CALA Homes Press Release

Scotland’s leading house builder, CALA Homes, is partnering with Elmhurst Energy Systems Ltd, to conduct a series of tests in front of Scotland’s housing industry to ensure it is prepared for compulsory regulations which come into force next year.

Over 50 delegates made up of representatives from local authorities and the Scottish house building sector will view the pressure tests. The tests will not only improve energy efficiency of new builds but will also be used as a method of meeting compliance with Section 6 of the Scottish Building Regulations.

Phil McCulloch, architectural manager, CALA Homes, comments: “We are conducting the event to ensure that the house building industry is well prepared for next year. CALA Homes is committed to delivering energy efficient homes and is proud of the fact that we are now regarded as one of the country's most forward-thinking and capable modern developers.”

Mr Stephen O’Hara, Managing Director, Elmhurst Energy comments: “Completing a pressure test on a new build could significantly improve the emission rate compared to one that has not been tested. Today’s event will assist in guaranteeing that developers are up to speed on energy regulations.”

Upon completion of a new build project, pressure tests, can be conducted to identify air leakage paths and can prove a simple and effective way to maximise Energy Performance Certificate and ensure you achieve a high quality build standard.

The tests will often uncover air leakage paths from the likes of: skirting boards, loft hatches, bath panels and general service pipe work. Eliminating leakage can help a developer to determine whether the home has been built to a high standard and also improves the overall energy efficiency - hence, a higher rating on the Energy Performance Certificate and enhanced saleability.

Elmhurst Energy Systems Ltd has provided innovative solutions for the energy calculations of buildings since 1993 and is at the forefront of this rapidly evolving energy assessment profession.