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Specifiers Journal 2017

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The fabric of a building<br />

gives substance to its<br />

thermal performance<br />

“Think Fabric First”<br />

One of the main issues around housing<br />

is the amount of CO2 emissions<br />

that different types of design and<br />

construction generate over the lifetime<br />

of a property.<br />

amended to ensure all<br />

new properties deliver<br />

a 30% cut in the current benchmark<br />

for CO2 emissions. It is intended that<br />

this standard will then be reduced again<br />

by a further 30% in 2016.<br />

unique injected PU closed panel timber<br />

frame system called Val-U-Therm®<br />

Our preoccupation with quick fixes and<br />

a massive media campaign around<br />

renewable energy, has led many to<br />

believe the best solution in the battle to<br />

bring down CO2 emissions is to employ<br />

the likes of wind turbines, solar panels<br />

and thermal water heaters.<br />

There is no doubt that all of these<br />

have their place and that where used<br />

appropriately they have an important<br />

role to play in the future of sustainable<br />

energy generation.<br />

In practice the energy efficiency of<br />

a building boils down to a couple of<br />

things. How much fuel is required to<br />

power its heating and water<br />

systems and how<br />

well the building<br />

manages to retain<br />

the heat that is<br />

generated<br />

The better a<br />

building performs<br />

in these two<br />

areas, the less<br />

fuel its occupants<br />

will use on a daily<br />

basis and the<br />

lower its emissions will be. As such<br />

the fabric of a building is central to its<br />

green credentials. Increasingly this<br />

is becoming a significant factor in the<br />

decision making process for all house<br />

builders.<br />

Within the past few years, the building<br />

standard regulations have been<br />

4 ECOBUILDER - THE SPECIFIER <strong>2017</strong><br />

Given the media attention surrounding<br />

the environment, the introduction of<br />

energy performance certificates for all<br />

properties and the changing legislation<br />

for new property emission targets, this<br />

is an issue that is becoming ever more<br />

central in the house buying process.<br />

In the same way that fuel consumption<br />

for cars has become an important factor,<br />

people are being<br />

encouraged to<br />

look at the energy<br />

performance<br />

of a property,<br />

understand its<br />

ongoing running<br />

costs and<br />

include this in<br />

their purchasing<br />

decision.<br />

For those<br />

looking to build a own<br />

house, constructing a property that<br />

meets not only today’s standards, but<br />

also those of the years to come, has<br />

significant benefits in relation to the dayto-day<br />

costs of living in the property. A<br />

well performing property will also be<br />

a lot more attractive to prospective<br />

buyers come the<br />

time to sell.<br />

Scotframe has<br />

embraced this<br />

approach to<br />

construction<br />

and in using<br />

the very latest<br />

techniques and<br />

materials and<br />

has recently<br />

brought to the<br />

market place an innovative and<br />

Val-U-Therm® panels are factory<br />

injected with a high performance PU<br />

material, which fills every void, making<br />

it exceptionally thermally efficient and<br />

virtually airtight.<br />

In short, the fabric of the building and<br />

the way it is put together means homes<br />

of this type can be heated up very<br />

quickly and retain their temperature for<br />

incredibly long periods of time. This<br />

reduces their<br />

energy needs<br />

significantly.<br />

This is where our<br />

focus should lie,<br />

rather than with<br />

using renewable<br />

energy to make<br />

up for poor<br />

design and build<br />

quality.<br />

If, over time, we<br />

can shrink the amount of energy<br />

required by our entire stock of housing,<br />

generating that energy from sustainable<br />

sources then becomes a much more<br />

viable option.<br />

When we already have the technology<br />

to build houses that deliver excellent<br />

energy performances, prioritising this<br />

approach will deliver faster and longer<br />

lasting results than installing individual<br />

renewable energy sources that can<br />

provide a portion of a property’s energy<br />

needs.<br />

When it comes to reducing CO2<br />

emissions, the substance of the<br />

argument resides in the substance<br />

of the building and those taking this<br />

on board will achieve the biggest<br />

improvements.<br />

For further information, contact Peter Hall – Marketing Manager<br />

Scotframe, Inverurie Business Park, Souterford Avenue, Inverurie AB51 0ZJ<br />

Tel: 01467 626843<br />

Email: peter.hall@scotframe.co.uk<br />

www.scotframetimberengineering.co.uk<br />

Building using<br />

our high<br />

thermal performance, airtight, closed panel<br />

timber frame systems for floors, walls &<br />

roofs minimises the requirement for mirco<br />

renewable technologies by embracing<br />

‘Fabric First’ principles.<br />

AIRTIGHTNESS<br />

THERMAL<br />

PERFORMANCE<br />

ENERGY<br />

EFFICIENCY<br />

Cumbernauld 01236 861200<br />

Inverurie 01467 624440<br />

Dundee 01382 561772<br />

Inverness 01463 717328<br />

Paignton 01803 267680<br />

West Sussex 01273 831896<br />

www.scotframe.co.uk<br />

SPEED OF<br />

CONSTRUCTION<br />

Let Scotframe<br />

thermally engineer<br />

a solution for you.

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