Rising energy costs are prompting architects to improve the environmental performance of buildings, new research shows.

A survey by construction industry specialists Glenigan found that reducing energy consumption through methods such as improved insulation was a major reason behind the drive to build greener homes.

A total of 70% of the 6,000 architects surveyed reported that reducing carbon emissions of the building in operation was a significant issue. Daily operations of buildings account for 43% of the UK’s total carbon emissions.

The research also found that 87% of architects believe that specifying materials to conserve energy when designing a building with a low environmental impact is highly important while 94% said they would specify more such material over the next two years.

In addition, 86% of respondents believed the higher, upfront costs to be the main barrier between creating more environmentally-friendly products.

Glenigan said public sector clients were reported to be more demanding in terms of improving environmental performance, according to 74% of respondents. This compares to only 32% of commercial property developers.

According to 70% of the respondents, Government policy is responsible for increasing consumer demand for more energy efficient buildings.

Martin, from Dual Glaze, said: “Homeowners are reflecting society trends in demanding more environmentally-conscious products and buildings but we must not forget that the current economic climate, with rising energy bills, means many consumers cannot afford to lose money on wasted energy.

“Although installing energy-efficient products such as double glazing can seem daunting at first because of the upfront cost, it is important to remember that householders will more than recoup that initial outlay with cheaper bills.”

The Energy Saving Trust says double glazing cuts heat loss through windows by half and installing its recommended double glazing could save around £130 every year on your heating bills.

Double glazing works by trapping air between two panes of glass, which creates an insulating barrier that reduces heat loss, noise and condensation.

Click here to read Glenigan‘s research.