Insulate Magazine Issue 11 - October 2017

When is an Insulation Manufacturer not and Insulation Manufacturer headlines the October issue of Insulate Magazine. Possibly the best front cover for an Insulation publication EVER.

When is an Insulation Manufacturer not and Insulation Manufacturer headlines the October issue of Insulate Magazine. Possibly the best front cover for an Insulation publication EVER.


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The only independent<br />

insulation industry<br />

trade magazine<br />

When is an Insulation Manufacturer<br />

Not an Insulation Manufacturer?<br />

<strong>Issue</strong> <strong>11</strong> | <strong>October</strong> <strong>2017</strong><br />

Inside this months issue<br />

Aspirational Action Plan<br />

The Perfect Storm<br />

Working to the Right Standards<br />

Warm Flat Roofs with Recticel

www.insulatenetwork.com<br />

Published on a monthly basis by Versanta ltd<br />

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The magazine is sent to 17,000 digitial subscribers per month<br />

Contents<br />

When is an Insulation Manufacturer...<br />

Aspirational Action Plan 10-12<br />

The Key to All-in-One Certification<br />

6-8<br />

14-15<br />

The Perfect Storm 16-17<br />

Simple Guide to Coverall Selection 18-20<br />

Working to the Right Standards 23-25<br />

Warm Flat Roofs with Recticel 26-29<br />

Insulation News 30<br />

Make Big Energy Savings 32-33<br />

Energy & Sustainability Statements 34-36<br />


No part can be reproduced without the express<br />

permission of the publisher<br />

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Innovation Trail at UKCW 38-39<br />

The UK's only dedicated<br />

trade journal for the insulation industry<br />


Due to an overwhelming response to <strong>Insulate</strong><br />

<strong>Magazine</strong> over the past eleven issues, Jamie and<br />

I took the decision that we should go to print.<br />

We did not take this decision lightly, our commitment to<br />

delivering media to our readers in the most direct way<br />

though the best mediums still remains, the request was<br />

consistent – subscribers wanted copies for their<br />

reception areas, canteens and boardrooms – why would<br />

we not!<br />

Colin Heath<br />

Managing Director<br />

Team<br />

Jamie Street<br />

Creative<br />

So here is <strong>Issue</strong> <strong>11</strong>, another great edition packed with the latest<br />

industry news and comment. The BBA discuss the whole home<br />

approach to insulation, another great column from MIMA and a<br />

great article from the insulate team on “What insulation<br />

manufacturers are not” If you are reading this in print, head over<br />

to our website insulatenetwork.com and subscribe if your reading<br />

this digitally.<br />

Thanks for subscribing, we’re glad you’re here!<br />

4<br />


The only independent insulation industry trade magazine<br />

Cover Story<br />

When is an<br />

Insulation Manufacturer...<br />

Not an insulation manufacturer? No, it’s not the set-up for a bad joke! All construction<br />

projects, even the smallest domestic extensions, feature many different voices either<br />

asking for information or offering advice. For any project to be a success, good<br />

communication between those voices is vital. By <strong>Insulate</strong> <strong>Magazine</strong>.<br />

Alas, ‘communication’ doesn’t necessarily<br />

translate into ‘collaboration’, meaning the shared<br />

goal of creating a quality, comfortable and<br />

efficient end product can get lost. With varying<br />

levels of knowledge and confidence, it can be<br />

difficult for people - particularly those with<br />

limited experience of construction - to know<br />

which voices to listen to.<br />

The imperative for insulation manufacturers to<br />

demonstrate the performance of their products<br />

to meet thermal regulations sees them thrust to<br />

the forefront of the process. A side effect is that<br />

their advice is sought on all aspects of the<br />

constructions where their products are<br />

used - even when that guidance should be<br />

sought from other professionals.<br />

SAP Assessors<br />

It’s the question that comes up time and again:<br />

“What U-value do I need to achieve?”<br />

For refurbishment and extension projects, it’s a<br />

relatively easy question to answer. Work to existing<br />

buildings takes an elemental approach with<br />

each part of the building looked at in isolation.<br />

Each country’s Building Regulations set out<br />

defined targets for individual construction<br />

elements and, in the majority of cases, nothing<br />

else needs to be addressed.<br />

New buildings require a more holistic approach.<br />

The performance of the whole ‘package’ -<br />

U-values, air tightness, heating, renewables,<br />

solar gains etc. - is assessed in combination.<br />

Specifications can be tweaked to optimise the<br />

design and, where U-values are concerned,<br />

improved performance in one element can offset<br />

a shortfall in another.<br />

The energy efficiency of new buildings has<br />

been assessed this way for a decade or more<br />

throughout the UK, but there are times when the<br />

concept remains an alien one. For people not<br />

used to working with regulations day in, day out,<br />

manufacturers are more likely to be the first port<br />

of call.<br />

We don’t know how the buildings<br />

we produce are performing<br />

6<br />


www.insulatenetwork.com<br />

Insulation companies might employ people<br />

experienced in carrying out SAP and SBEM<br />

calculations; they may even partner with<br />

companies who provide energy assessment<br />

services. But, unless the customer is copying the<br />

‘notional dwelling’ specification, a manufacturer<br />

is unlikely to be able to definitively state what<br />

U-values should be met.<br />

Those notional specifications provided in the<br />

Building Regulations for England, Wales and<br />

Scotland provide a starting point. Experienced<br />

assessment professionals can refine those<br />

specifications based on experience and common<br />

construction practice, but for new build projects<br />

SAP or SBEM calculations must<br />

define the performance of individual elements.<br />

Any U-value target suggested by an<br />

insulation manufacturer is therefore precisely that:<br />

a suggestion.<br />

Chartered surveyors /<br />

building inspectors<br />

The potential scenarios that result in<br />

insulation manufacturers being asked to give<br />

their blessing to work are too numerous to be<br />

explored individually in this word count, but can<br />

involve some or all of the following:<br />

- A lack of knowledge, experience or confidence when installing or inspecting insulation.<br />

- Not enough appreciation of what low energy construction requires or looks like.<br />

- An attitude of ‘I’ve always done it this way’.<br />

- Shortcuts taken or product substitutions made due to time or cost pressures.<br />

- Poor communication between parties involved on the project.<br />

www.insulatenetwork.com<br />


The only independent insulation industry trade magazine<br />

This feature was conceived as a lighthearted<br />

examination of the times when too much is asked<br />

of insulation manufacturers. When it comes to<br />

the quality of our built environment, however, it’s<br />

difficult to avoid being entirely serious.<br />

It’s no exaggeration to state that the performance<br />

gap - the disparity between a building’s intended<br />

thermal comfort and efficiency at design stage,<br />

and how it behaves once constructed - is endemic<br />

within much of UK construction. Speed of<br />

construction is prioritised over quality; questions<br />

are asked after the event, rather than checking<br />

correct installation procedures before starting.<br />

It speaks to issues of knowledge, skills and training<br />

in the whole construction industry - issues we<br />

are all aware of, but for which solutions always<br />

seem to remain tantalisingly out of reach. For the<br />

majority of projects, post occupancy evaluation<br />

still lacks feasibility. We don’t know how the buildings<br />

we produce are performing.<br />

Checking as-built performance simply isn’t on the<br />

agenda, but unless issues like those listed above<br />

are picked up during the design and construction<br />

phases, the end user will be saddled with an uncomfortable<br />

building and high energy bills. And,<br />

as events in <strong>2017</strong> have shown us, these sorts of<br />

compromises do not just risk compliance with<br />

energy efficiency requirements…<br />

Too often, poor insulation installation is<br />

only picked up once it is too late. When<br />

a problem is raised, when the original intent<br />

has not been met, the aim becomes<br />

to find the ‘best’ compromise solution.<br />

when the original intent has not been met, the aim<br />

becomes to find the ‘best’ compromise solution.<br />

You can’t blame people for being reluctant to take<br />

down work that has already been done, but you<br />

can question why every step wasn’t taken to ensure<br />

the work was done correctly from the outset.<br />

Photographs are emailed from site; restricted<br />

views of small areas of the build. “The building inspector<br />

is happy if you say this is okay,” comes the<br />

accompanying request. Insulation manufacturers<br />

understand how their products should be used as<br />

well as, if not better than, anybody. But they can<br />

only comment on whether an installation meets,<br />

or appears to meet, their recommendations.<br />

That isn’t to pick on Local Authority Building<br />

Control or Approved Inspectors. It is to demonstrate<br />

the importance of all professionals working<br />

together and enjoying proper collaboration, rather<br />

than hoping manufacturers have magic wands<br />

capable of curing on site conflicts.<br />

Too often, poor insulation installation is only picked<br />

up once it is too late. When a problem is raised,<br />

Next month, part two of this feature<br />

will look at how far insulation<br />

manufacturers can go in helping<br />

with architectural and structural<br />

design.<br />


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18th & 19th June 2018 | EMCC Nottingham<br />

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The only independent insulation industry trade magazine<br />

<strong>Insulate</strong> Columnist<br />

Aspirational Action Plan<br />

for our Goverment to make<br />

our Buildings Great Again<br />

Sarah Kostense-Winterton Executive Director, MIMA<br />

With the Clean Growth Plan on the<br />

cusp of publication and with onethird<br />

of UK carbon emissions still<br />

coming from buildings, a major industry alliance¹,<br />

the Energy<br />

Efficiency Infrastructure group (EEIG) has<br />

called for an ambitious new buildings infrastructure<br />

programme to help to decarbonise<br />

the UK’s buildings, deliver major energy<br />

savings to consumers whilst also providing a<br />

much-needed boost to the UK economy.<br />

Buildings Energy Infrastructure Programme<br />

Commissioned by the EEIG, the Frontier Economics<br />

report, “Affordable Warmth, Clean Growth”,<br />

recommends a comprehensive Buildings Energy<br />

Infrastructure Programme and dedicated delivery<br />

agency to achieve major energy savings and<br />

de-carbonise the UK heating supply. The report<br />

clearly sets out an action plan for the Government<br />

to make all homes energy efficient within 20 years.<br />

Achieving this goal will require the adoption of<br />

world-leading quality standards for retrofitting and<br />

constructing homes, area-based schemes led by<br />

local authorities, additional funding sources that<br />

won’t raise energy bills and financial incentives to<br />

encourage households to take up energy-saving<br />

measures.<br />

19 Million Homes<br />

There are still 19 million homes in the UK with<br />

needlessly poor levels of energy performance -<br />

below an EPC C rating – and up to a quarter of<br />

the energy consumed in homes could be saved<br />

cost-effectively, with the technical potential for energy<br />

use in homes to be cut in half.<br />

Cuts and Crashes<br />

Despite this, the level of funding for energy<br />

efficiency measures has been cut by a huge 50%<br />

since 2012 and the number of major insulation<br />

and efficient heating measures being installed has<br />

crashed by 80%. The EEIG alliance is calling on<br />

the Government to reverse that fall and to make<br />

buildings’ energy performance a capital infrastructure<br />

investment priority.<br />

10<br />


www.insulatenetwork.com<br />

Aspirational Action Plan<br />

To achieve this much-needed reverse the<br />

report makes key recommendations which include:<br />

- A target for all homes to be brought up to an energy performance rating of C (on the A<br />

to G scale) by 2035, with all low-income households achieving a C rating by 2030.<br />

- A requirement for new homes to be constructed to a zero-carbon standard by 2020.<br />

Subsidies for all low-income home-owners to make energy efficiency renovations to their<br />

properties.<br />

- A demonstrator programme to test the most attractive schemes to unlock able-to-pay<br />

households’ investment in energy saving renovations, including zero interest loans, low<br />

interest equity loans you don’t have to pay back until a home is sold and salary sacrifice<br />

schemes like those for childcare vouchers.<br />

- Changes to Stamp Duty to encourage renovations when people move home.<br />

- Tax allowances for private landlords and 50% subsidies for social landlords to undertake<br />

energy efficiency renovations.<br />

- Strengthening regulation in the private rented sector from 2025 to prevent landlords<br />

from renting out homes which have below average energy performance.<br />

- Applying sensible minimum standards when homes are sold to help address health<br />

risks and deaths caused by excessive cold.<br />

The regulations and minimum standards, properly<br />

enforced, can significantly bring down the cost<br />

of the programme to the public purse.<br />

The Rt. Hon. Lord Deben, author of the<br />

report’s Foreword and supporter said:<br />

“This is market failure at its most pernicious and<br />

the Government needs to intervene to make the<br />

free market work.<br />

This is a properly constructed infrastructure<br />

programme that provides a cost-effective way<br />

of meeting our climate change objectives while<br />

significantly reducing the cost of living for a huge<br />

proportion of the population”.<br />

www.insulatenetwork.com <strong>11</strong>

www.insulatenetwork.com<br />

Claire Thornhill, of Frontier Economics<br />

commented:<br />

“Buildings are an integral part of our energy<br />

infrastructure system. If we are to de-carbonise in<br />

a cost-effective way and keep energy bills as low<br />

as possible we need an integrated and ambitious<br />

infrastructure programme to de-carbonise our<br />

buildings.<br />

The Plan would require public investment in<br />

household energy efficiency to be increased by<br />

£1.1 billion per year – from £0.6 billion today to<br />

£1.7 billion. A previous Frontier Economics report<br />

that analysed Government data found that an<br />

energy efficiency programme achieves comparable<br />

economic returns to other infrastructure<br />

programmes.”<br />

Buildings Energy Performance Missing<br />

The Government plans to spend £170 billion on<br />

housing, economic infrastructure and R&D<br />

programmes up until 2021/22. However, buildings<br />

energy performance does not yet feature in<br />

the Government’s infrastructure plans despite the<br />

fact that it would help households to save on<br />

average £270 every year off their energy bills,<br />

boost the economy and reduce the need for new<br />

energy supply infrastructure investment<br />

elsewhere. The Building Energy Infrastructure<br />

Programme is designed to leverage in £3.9 billion<br />

of private investment per year.<br />

This compelling report will be launched on 27th<br />

September, followed by a Parliamentary launch<br />

on 16th <strong>October</strong> – an event sponsored by one<br />

of our supporters, Conservative MP Antoinette<br />

Sandbach along with a tri-All Party Parliamentary<br />

Grouping of PRASEG, Intelligent Energy and Fuel<br />

Poverty and further supported by Lord Deben.<br />

Parliamentarians will be introduced with a complete,<br />

long-term and high quality energy efficiency<br />

plan as well as opportunities to publically show<br />

their support at the event.<br />

Message to the Govenment<br />

Our message to the Government is to support<br />

this achievable commitment to keeping energy<br />

costs in British homes and buildings down and<br />

deliver a high quality, sustainable programme.<br />

A programme that can restore business and<br />

consumer confidence and unleash private investment<br />

in the industry - ensuring long-term<br />

improvements in buildings energy performance.<br />

Now let’s see Government work with us to make<br />

this happen and ensure that the benefits of raising<br />

the building energy performance of our buildings<br />

are grasped – from the lasting reductions<br />

in fuel bills and fuel poverty to meeting carbon<br />

reduction targets and economic growth. This<br />

Programme will surely make our buildings great<br />

again and make us proud, resulting in an industry<br />

prepared and future-fit and with a solid basis of<br />

consumer confidence going forward.<br />

Sarah Kostense-Winterton is<br />

Executive Director of MIMA, the Mineral Wool<br />

Insulation Manufacturers Association and provides<br />

the secretariat to the Energy Efficiency Infrastructure<br />

Group (EEIG).<br />

For further details of the EEIG or if you would<br />

like to join, please contact Sarah at<br />

sarah@mima.info<br />

12 www.insulatenetwork.com

SIG360 work with us<br />

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not only meet our<br />

client’s needs but<br />

exceed them.<br />





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The service provided includes energy statements, U value calculations , condensation risk<br />

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If you are seeking impartial advice on the fabric energy efficiency of your building contact<br />

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www.insulatenetwork.com<br />

Read All About It!<br />

<strong>Insulate</strong> <strong>Magazine</strong> <strong>Issue</strong> <strong>11</strong> - <strong>October</strong> <strong>2017</strong><br />

The Key to Easy, All-in-One Certfication<br />

The British Board of Agrément makes life easier for manufacturers<br />

of doors and windows products by providing the right industry<br />

assurances, all under one roof.<br />

You could say that for the majority of<br />

people windows and doors are arguably<br />

the most regularly encountered features of<br />

everyday life. Yet usually we hardly notice<br />

them. But if something goes wrong, we’re<br />

soon keen to put it right. The safety of<br />

fenestration products should never be<br />

taken for granted. In fact, every component<br />

of any building needs to be thoroughly<br />

checked for quality and safety.<br />

So for manufacturers of new products,<br />

it’s vital to get the specifications on<br />

windows & doors right from the start.<br />

Establishing any product’s fitness for use<br />

can take some time and you often need a<br />

number of separate certificates, as most<br />

Certification Bodies only certify to individual<br />

national Standards.<br />

Not so with the BBA. With a BBA Certificate,<br />

all relevant Building Regulations<br />

are considered along with other requirements<br />

like Codes of Practice and NHBC<br />

requirements, so manufacturers can satisfy<br />

themselves that all levels of fitness for use<br />

have been met without the need for multiple<br />

Certificates. That means choosing the<br />

BBA saves time, money and hassle.<br />

Above & Beyond<br />

Additionally, BBA Assessments go<br />

above and beyond what is required from a<br />

national standard, in<br />

particular with reference to Regulation<br />

7 in England and Wales - Materials and<br />

workmanship or Regulation 8 in Scotland<br />

– Durability, workmanship and fitness of<br />

materials.<br />

The BBA carries out durability tests such<br />

as resistance to UV, heat, water and<br />

impact. BBA Certificates also involve<br />

bi-annual factory audit visits to ensure<br />

factory production control is continuing<br />

to manufacture a quality product to the<br />

right specifications.<br />

14 www.insulatenetwork.com

The only independent insulation industry trade magazine<br />

Read more from the BBA:<br />

BBA to Tackle Failed Cavity Wall Insulation<br />

(<strong>Insulate</strong> <strong>Magazine</strong>, <strong>Issue</strong> 10)<br />

The BBA also has its own UKAS accredited<br />

testing facilities, so technicians can see firsthand<br />

how a window and door performs and<br />

how suitable it would be for the market.<br />

With a BBA Certificate, manufacturers have<br />

confidence that the product satisfies all relevant<br />

Building Regulations, making life easier<br />

for specifiers when choosing the right fenestration<br />

products.<br />

50 years’ experience in Windows and Doors<br />

and the associated Building Regulations<br />

involved within them means the BBA is well<br />

versed in understanding what the requirements<br />

are for the domestic and commercial markets.<br />

In fact, every component of any<br />

building needs to be thoroughly<br />

checked for quality and safety.<br />

www.insulatenetwork.com<br />


The only independent insulation industry trade magazine<br />

<strong>Insulate</strong> Columnist<br />

How We Must Respond<br />

to the Perfect Storm<br />

<strong>Insulate</strong> <strong>Magazine</strong> columnist Simon Storer,<br />

Chief Executive of the British Rigid Urethane Foam Manufacturers Association (BRUFMA)<br />

The hiatus caused by the tragic events of Grenfell, is beginning to settle into a more<br />

considered and empirical approach with regards to the many other high-rise buildings<br />

across the country that have similar external cladding systems to Grenfell.<br />

Find a Solution Together<br />

Whilst the pain, disruption and un-certainty<br />

remains very real for residents, victims and the<br />

wider community in and around the blackened<br />

tower block, most of whom, it appears, have yet<br />

to be re-housed, the construction industry and<br />

other relevant parties, working closely with DCLG<br />

need to identify and implement work that must<br />

be carried out to make these building safe and<br />

secure and re-assure residents and owners.<br />

This is not to pre-empt or pre-judge any of the<br />

investigations or inquiries that are underway<br />

regarding the events at Grenfell, or indeed the<br />

(welcome) review of Building Regulations that is<br />

now underway. But more to ensure that all other<br />

buildings meet the current rules and regulations<br />

and we correct the shortcomings and<br />

questionable decision making that seems to be<br />

prolific across the country.<br />

a combination of mistakes from many quarters<br />

coming together to create a perfect storm<br />

Orderly and Considered Approach<br />

With so many domestic high-rise buildings listed<br />

as being ‘unsafe’ – and who knows how many<br />

non-domestic buildings will be added to this list<br />

– there needs to be an orderly and considered<br />

approach to prioritise these buildings and the<br />

work needed; those that are high-risk through<br />

to low risk, based on a range of criteria for each<br />

building.<br />

These criteria will include inter alia, if a building<br />

has a separate fire escape and its number of<br />

exits; fire suppression such as sprinkler systems;<br />

fire doors; alarm systems; extinguishers; cleared<br />

stairwells; the type of residents – for instance if<br />

they are elderly or disabled; and instructions from<br />

building management in the case of an<br />

emergency.<br />

Considered Approach<br />

Once this information is established, the<br />

necessary work can be carried out applicable to<br />

16<br />


The Perfect Storm<br />

each building, based on its own individual merits.<br />

This should eradicate condemning buildings unnecessarily,<br />

because of knee-jerk reactions and<br />

poorly informed opinions.<br />

No Complacency<br />

We must not be complacent, but fortunately<br />

Grenfell is a very rare event and is likely to have<br />

been a combination of mistakes from many<br />

quarters coming together to create a perfect<br />

storm. Although we must of course wait for the<br />

Inquiry to establish what those mistakes and<br />

errors of judgement were for Grenfell, we will<br />

continue to build new buildings and refurbish<br />

existing buildings, including those earmarked<br />

because of Grenfell. Construction has got to<br />

meet the needs of society together with hitting<br />

targets for energy efficiency and energy performance<br />

of buildings that the country must<br />

achieve. The construction industry still has work<br />

to do and it will continue to do it.<br />

Full-Scale Fire Tests<br />

As we know a series of full-scale fire tests on<br />

cladding systems were commissioned by DCLG<br />

because of Grenfell. Although these were not<br />

generic tests and the information ascertained is<br />

only relevant to each specific combination of material<br />

tested, useful information was still gained.<br />

Therefore, anyone responsible in specifying<br />

and installing external cladding systems can be<br />

confident that, when used with an approved<br />

mixture of materials, PIR insulation can remain<br />

as the first choice of insulation material on our<br />

buildings. PIR passed a full BS8414 fire test, but<br />

it also provides several other beneficial characteristics,<br />

including high thermal efficiency to help<br />

buildings meet energy efficiency levels that enhance<br />

people’s living conditions and reduce their<br />

energy consumption.<br />

Media in Overdrive<br />

It is not surprising that the media went into overdrive<br />

following Grenfell, that is their job, even<br />

though a great deal of what was written was pure<br />

speculation, inaccurate and wayward. What is<br />

far more distasteful, is the mercenary activities of<br />

those who saw this tragedy as a means of<br />

commercial advantage and were quick to use<br />

selective and questionable data to pedal<br />

half-truths and erroneous claims.<br />

Avoiding False Assumptions<br />

The lessons from Grenfell will be crucially<br />

important, but so is the need to ensure we make<br />

the changes and improvements where they are<br />

needed and that these are not based on false<br />

assumptions or supposition. Only then will our<br />

buildings be fit for purpose and meet all the<br />

necessary criteria for future generations<br />

For more information visit:<br />

www.brufma.co.uk<br />


insulatenetwork<br />


The only independent insulation industry trade magazine<br />

<strong>Insulate</strong> Columnist<br />

A Simple Guide<br />

to Coverall Selection<br />

<strong>Insulate</strong> <strong>Magazine</strong> columnist George Elliott, a technical specialist at science-based technology 3M,<br />

discussses protective coverall selection considerations for your workforce<br />

Within the insulation industry, many professionals work in close proximity to<br />

potentially hazardous chemicals and fibres, whether at the installation site or in the<br />

factory. When these substances come into contact with the skin, they can cause<br />

burns, rashes and related conditions, including dermatitis. Symptoms can include redness,<br />

scaling/flaking, blistering, weeping, cracking and swelling of the skin. For this reason, employers<br />

have a duty to reduce the level of exposure to such contaminants that their employees face.<br />

As with other potential hazards that cannot be<br />

eliminated, the first step should be to act to<br />

limit the hazard itself, either by substituting it for<br />

something less harmful or by introducing engineering<br />

controls. However, in some cases a hazard<br />

will remain even after such measures have<br />

been implemented.<br />

In these instances, full body protective coveralls<br />

may be required. Some people may assume that<br />

all coveralls are alike but there are actually many<br />

points to consider when selecting protective<br />

coveralls, just as there are with other types of<br />

personal protective equipment (PPE).<br />

And as with other types of PPE, the main thing<br />

to remember is that protective coveralls must be<br />

both adequate to protect against the hazards<br />

Adequate<br />

In order to identify those coveralls that are<br />

adequate, the first thing you need to know is the<br />

physical state of the contaminant that you are<br />

dealing with. It could be a liquid, a particulate, or<br />

a mixture of both.<br />

Next, you should consider the form of the contaminant.<br />

This should involve, for example,<br />

checking the percentage concentration of a liquid<br />

chemical.<br />

Additionally, assessment of the type of exposure<br />

workers possibly face should be undertaken.<br />

How much liquid could they potentially come into<br />

contact with? Could it be splash, spray or even<br />

jet exposure?<br />

18<br />


www.insulatenetwork.com<br />

Similarly, you need to know for how long workers<br />

will be exposed to the potential chemical<br />

hazards. Some may only come into contact with<br />

these chemicals occasionally, while others may<br />

work with them throughout their entire shift.<br />

When dealing with liquid chemical hazards, you<br />

should also consider the coverall’s permeation,<br />

penetration and repellence levels. Manufacturers<br />

should be able to provide this information and<br />

other data regarding their product’s performance<br />

when protecting against specific substances.<br />

Once you have gathered all this information, you<br />

can use it to identify what level of protection you<br />

require.<br />

When these substances<br />

come into contact with<br />

the skin, they can cause<br />

burns, rashes and<br />

related conditions,<br />

including dermatitis.<br />

The level of protection provided by a protective<br />

coverall is denoted by the ‘Type’ test they have<br />

undergone. The Type tests are: gas protection<br />

(Type 1), non-gas protection (Type 2), liquid jet<br />

protection (Type 3), liquid spray protection (Type<br />

4), particulate protection (Type 5) and limited<br />

liquid splash (Type 6).<br />

Suitable<br />

Once you have narrowed down your selection of<br />

coveralls to those that are adequate, you must<br />

identify those that are also suitable for the<br />

individual and their working activity.<br />

When it comes to protective coveralls and<br />

suitability, one of the main things to consider is<br />

the thermal comfort of the user. Protective coveralls<br />

that are more breathable will be cooler and<br />

therefore more comfortable. This is important<br />

because employees who find their coveralls comfortable<br />

are more likely to wear them correctly.<br />

Those who don’t are less likely to comply with<br />

PPE requirements by, for example, removing the<br />


www.insulatenetwork.com<br />

hood, rolling up sleeves, or partially unzipping the<br />

front. This can leave them exposed to potential<br />

hazards.A protective coverall’s breathability will<br />

depend largely on the material it is made from.<br />

Usually, protective coveralls are made from either<br />

SMS (spunbond-meltblown-spunbond) fabrics or<br />

laminate materials.<br />

SMS fabrics combine layers of polypropylene that<br />

can filter out certain chemicals and dry<br />

particulates, but still offer some porosity for<br />

breathability and comfort.<br />

Laminate materials usually consist of a<br />

polyethylene film laminated onto a non-woven<br />

polypropylene base. These afford greater<br />

chemical and liquid protection, but less<br />

breathability, than their SMS counterparts.<br />

So, it can be seen that a coverall’s breathability<br />

can be unfortunately inversely proportional to the<br />

level of protection it can provide.<br />

To strike a balance between protection and comfort,<br />

3M offers protective coveralls made predominately<br />

from laminate fabric, but with a breathable<br />

SMS back panel. 3M is happy to provide<br />

companies with product samples so that their<br />

employees can trial them in their normal working<br />

conditions.<br />

Other features that can improve comfort include<br />

knitted cuffs, which are softer than elasticated<br />

ones, and elasticated waistbands, which enable<br />

improved protection whilst moving.<br />

Features that can improve functionality include<br />

three-panel hoods, which stay on better when<br />

the wearer turns their head than the two-panel alternatives,<br />

and different coloured coveralls, which<br />

can help to differentiate those workers who are<br />

exposed to particularly dangerous hazards from<br />

others.<br />

With so many things to consider, the selection<br />

process may at first seem daunting, but it needn’t<br />

be. If in doubt, seek advice. 3M’s experts are<br />

always happy to help you to decide which coveralls<br />

will be best for your workplace.<br />

For more information, visit<br />

www.3M.co.uk/safety or call<br />

3M’s helpline on 0870 60 800 60<br />

20<br />


insulatenetwork 21<br />

www.insulatenetwork.com<br />

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The sound good factor is here and you can<br />

build it into every property with Isover<br />

acoustic insulation.<br />

This means you can create homes that sound<br />

as good as they look, while not just passing<br />

acoustic regulations but surpassing them.<br />

For your customers, this means enjoying<br />

every room to the full without the worry<br />

of noise disturbing anyone else. Use Isover<br />

in your next build and see for yourself how<br />

the sound good factor can enhance build<br />

quality and increase sales.<br />

22<br />

Find out about turning sound into<br />

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The only independent insulation industry trade magazine<br />

<strong>Insulate</strong> <strong>Magazine</strong><br />

Working to the<br />

Right Standard(s)<br />

U-values are an integral part of everyday life for the construction industry. Sometimes the<br />

success of a project can hinge entirely on hitting the thermal targets for the building’s<br />

envelope. By extension, that magnifies the importance of proving a specification’s ability<br />

to meet its target - and being able to trust in the answer provided. By <strong>Insulate</strong> <strong>Magazine</strong>.<br />

Which is where U-value calculations come in: all-important pieces of paper providing the required proof.<br />

There are many and various standards relating to calculations, so for the purposes of providing an overview<br />

we’ve used those listed by the British Board of Agrément (BBA) as applicable to their ‘Scheme for<br />

U-value Calculation Competency’ as a framework.<br />

ISO 6946<br />

For all that this international standard might be<br />

seen as defining how the majority of U-value<br />

calculations are done, it is actually surprisingly<br />

narrow in its scope. The document’s own text<br />

limits itself to walls and roofs!<br />

Nevertheless, it forms the basis for many of<br />

the calculations that insulation manufacturers<br />

and energy assessment professionals produce,<br />

supplemented by a variety of other guidance<br />

that we’ll come to shortly. Known as the ‘combined<br />

method’, ISO 6946 describes a simplified<br />

tool capable of establishing the performance of<br />

constructions for the purposes of comparison,<br />

or helping determine compliance with thermal<br />

regulation targets.<br />

A detailed calculation method is also referred to,<br />

defined in ISO 102<strong>11</strong>. Numerical modelling carried<br />

out to that standard uses specialist software<br />

and tends not to be a widely-offered service, so<br />

we’re not going to cover it in detail here. However,<br />

when the majority of calculations are done<br />

the ‘simplified’ way, it is easy to forget there are<br />

alternative, more complex methods which provide<br />

additional data such as minimum surface<br />

temperatures. Obtaining a calculation done using<br />

the combined method is relatively straightforward<br />

- but that isn’t to say it is always the most<br />

appropriate method.<br />

23<br />

www.insulatenetwork.com 23

Ignoring complexities in a proposed construction<br />

for the sake of convenience, and trying<br />

to represent them without using numerical<br />

modelling, risks making the calculation result<br />

unrepresentative of what will be achieved in<br />

practice.<br />

So what does ISO 6946 allow for?<br />

It is best suited to building elements with layers<br />

of consistent thickness and uniform thermal<br />

properties (“homogenous layers”), but also<br />

provides ways of dealing with inhomogenous<br />

layers. It can include for the thermal properties<br />

of air layers up to 300mm in thickness,<br />

but can’t allow for metal components bridging<br />

insulation layers.<br />

There is a correction factor available for metal<br />

fixings, however, as well as one for air gaps<br />

in insulation layers; if these corrections total<br />

more than 3% of the calculated U-value then<br />

the result is amended to reflect the impact on<br />

performance. Finally for the purposes of this<br />

overview, there is an annex describing how<br />

tapered insulation layers can be calculated,<br />

providing a means of establishing the thermal<br />

transmittance of cut-to-falls roofing schemes.<br />

While ISO 6946 describes how to carry out<br />

combined method calculations, it doesn’t offer<br />

much guidance on what to include in them...<br />

BRE Report BR 443<br />

… which is where this free-to-download<br />

document comes in, providing essential information<br />

appropriate conventions to use when<br />

calculating U-values. It should be familiar to<br />

anybody who provides a calculation service.<br />


www.insulatenetwork.com<br />

The report is being revised to reflect new and<br />

updated practice, but at the time of writing the<br />

2006 edition remains current.<br />

BR 443 is also listed as a ‘source of data’ by the<br />

BBA, along with a couple of other standards,<br />

current BBA certificates, and recognised declarations<br />

by manufacturers.<br />

If specific material data is missing from a particular<br />

specification, these data sources can provide<br />

appropriate assumptions to maintain a level of<br />

accuracy in the calculation.<br />

ISO 13370<br />

Here is the standard that complements ISO 6946<br />

and provides the means of calculating heat loss<br />

through ground floors, or what is described in<br />

the standard as the “three-dimensional nature”<br />

of heat flow in the ground. It applies to slab-onground<br />

constructions and ventilated suspended<br />

floors.<br />

Heat transfer into the ground is affected by the<br />

thermal properties of the ground itself, the area<br />

of the floor, and the perimeter of the floor including<br />

thermal bridging at its edge. If you request<br />

a ground floor calculation you will be asked for<br />

measurements of the floor’s area and length of<br />

exposed perimeter for this reason.<br />

BRE Digest 465<br />

This Digest, developed jointly by the BRE and the<br />

Steel Construction Institute, provides a methodology<br />

for calculating the thermal transmittance for<br />

warm, cold and hybrid steel frame constructions<br />

that otherwise fall outside the scope of ISO 6946.<br />

Validated by detailed calculations to ISO 102<strong>11</strong>,<br />

it allows a simplified method to be incorporated<br />

into common software tools and provides a<br />

means of assessing steel frame constructions<br />

more widely.<br />

SCI Information Sheet P312<br />

This information paper also adapts the procedure<br />

in ISO 6946; in this case, to provide a relatively<br />

simple means for calculating built-up metal roof<br />

and wall cladding constructions featuring rail and<br />

bracket spacers. The differences in calculation<br />

method account for a compressed insulation<br />

layer, as well as the impact of linear and point<br />

thermal bridging due to metal components and<br />

fixings, all validated by calculation to ISO 102<strong>11</strong>.<br />

BRE Information Paper IP 10/02<br />

Another document dealing with the effect of<br />

metal components on insulation layers, this paper<br />

offers a method for determining the thermal<br />

performance of insulated double skin metal roof<br />

and wall systems that incorporate ‘z’ spacers.<br />

It accounts for the thermal bridging of the metal<br />

connectors between the inner liner and outer<br />

sheet.<br />

In Conclusion<br />

For all the talk of ‘simplified methods’, calculating<br />

U-values remains a largely specialist activity. If a<br />

calculation says a certain result will be achieved<br />

then the majority of readers will assume it to be<br />

correct. The quality of a calculation depends as<br />

much on the information provided at the outset,<br />

and the ability of the person doing the calculation,<br />

as it does on the standard used to perform<br />

the calculation. Which is why, next month, we will<br />

look at some typical calculations to illustrate how<br />

they display their data.<br />


The only independent insulation industry trade magazine<br />

<strong>Insulate</strong> Debate<br />

Warm Flat Roofs<br />

are Simply the Solution when it<br />

Comes to Quality and Performance<br />

warm flat roof, correctly designed, specified and built, is one of the simplest construction<br />

A elements of the building envelope, writes Paul Forrester, Technical Services Manager at<br />

PIR insulation manufacturer, Recticel. However, its performance remains reliant upon a basic,<br />

but essential value: high-quality workmanship.<br />

Structural deck, vapour control layer, insulation<br />

and waterproofing combine to create a warm flat<br />

roof; the perfect example of a fabric-first<br />

approach in action. It’s a tried-and-tested<br />

solution, not least because it keeps the roof<br />

structure at or around the same temperature as<br />

the building interior. This eliminates the<br />

possibility of condensation occurring - which<br />

could otherwise cause deterioration of the<br />

structure - and ensures the roof performs for the<br />

building’s intended lifespan. And yet questions<br />

such as, “Does a roof need a vapour barrier?”<br />

continue to be asked, highlighting that<br />

misapprehensions remain about the<br />

ramifications of flat roof design. Too often, poor<br />

roofing performance results from a lack of<br />

awareness good-practice principles.<br />

A warm flat roof, correctly<br />

designed, specified and built,<br />

is one of the simplest<br />

construction elements of the<br />

building envelope. However, its<br />

performance remains reliant<br />

upon a basic, but essential<br />

value: high-quality<br />

workmanship.<br />

26<br />


www.insulatenetwork.com<br />

Space Consideration<br />

Compromises can also be<br />

caused by on-site constraints,<br />

a good example being that of<br />

hybrid roofs. Imagine a flat roof<br />

constructed on timber deck<br />

and joists: it’s not surprising<br />

that people sometimes look at<br />

the space between joists and<br />

wonder if it can be filled with<br />

additional insulation. If there is<br />

a restriction on the thickness<br />

of insulation that can be<br />

accommodated above the<br />

structure, then the temptation<br />

to utilise the extra space is<br />

even greater.<br />

However, problems can<br />

occur if a standard warm roof<br />

is designed and constructed,<br />

but with additional insulation<br />

incorporated below the deck.<br />

Not only is a vapour barrier or<br />

vapour control layer (VCL), a<br />

vital component of the roof, it<br />

must be correctly positioned -<br />

on the warm (internal) side of<br />

all the insulation. There are<br />

numerous reasons why<br />

incorrect placement of<br />

insulation relative to the VCL<br />

should be avoided, perhaps<br />

best summarised in the<br />

foreword of BS 5250:20<strong>11</strong> +<br />

A1:2016 Code of practice for<br />

the control of condensation in<br />

buildings, which states:<br />

‘Bearing in mind that<br />

occupants often fail to use<br />

buildings<br />

There are numerous reasons<br />

why incorrect placement of<br />

insulation relative to the<br />

Vapour Control Layer (VCL)<br />

should be avoided<br />

in the manner intended, be it by choice, lack of<br />

understanding or force of circumstance,<br />

designers are advised to err on the side of<br />

caution and adopt robust, fail-safe solutions.’<br />

Label with care<br />

To that end, section H.2 of the standard lists<br />

three acceptable scenarios for the placement of<br />

insulation in a flat roof: cold roof, warm roof and<br />

inverted roof. Nowhere does it support the<br />

design and construction of hybrid flat roofs.<br />

Some insulation manufacturers, however, are<br />

happy to advocate hybrid constructions, usually<br />

when the balance of the two insulation<br />

thicknesses is considered to be “correct”, i.e. the<br />

layer of insulation between the joists does not<br />

have higher thermal resistance than the layer of<br />

insulation installed over the deck.<br />

A condensation risk carried out in accordance<br />

with the method detailed in BS EN ISO 13788<br />

insulatenetwork<br />


www.insulatenetwork.com<br />

- Hygrothermal performance of building components<br />

and building elements - may appear to<br />

show no risk. However, the fact that BS 5250<br />

does not support the construction type means<br />

that we believe insulation manufacturers should<br />

label any condensation risk analysis for a hybrid<br />

flat roof as ‘not recommended’.<br />

Consider as well another reason to doubt the<br />

appropriateness of this analysis of a hybrid flat<br />

roof solution. Section 4.2 of BS 5250 states: ‘BS<br />

EN ISO 13788 considers only the risks<br />

arising from the diffusion of water vapour through<br />

the building fabric; it does not take account of<br />

the much greater risk of condensation occurring<br />

as a result of air leakage, which<br />

transports water vapour through gaps, joints and<br />

cracks in the building fabric.’<br />

By its very nature, a hybrid roof that features<br />

insulation fitted between timber joists<br />

introduces the potential for air gaps. Section<br />

A.3 is clear that, ‘the rate at which moisture is<br />

transported by air movement, where it occurs,<br />

is much greater than that of transportation by<br />

diffusion.’ A condensation risk analysis cannot<br />

adequately allow for the standard of<br />

workmanship, and a high level of workmanship<br />

in itself would not mitigate potential issues.<br />

If anybody is to make a judgement on the<br />

levels of workmanship, and whether it makes the<br />

construction method any more acceptable for a<br />

particular project, it should be the<br />

designer, building inspector or end user. The<br />

insulation manufacturer can advise on the<br />

interpretation of a condensation risk analysis<br />

for a hybrid roof, but first and foremost should<br />

promote the fundamental principles of good roof<br />

design outlined in BS 5250.<br />

the correct VCL position, some might ask if a<br />

hybrid roof is acceptable if the VCL is moved to<br />

ceiling level behind the internal plasterboard<br />

finish. While technically that might satisfy the<br />

basic requirements, we would urge practical<br />

thinking: are light fittings or other services going<br />

to be installed in the ceiling? Can the continuity<br />

of the VCL – vital to its performance – be<br />

guaranteed?<br />

It only takes the building’s next owner to want to<br />

change something and that VCL could be<br />

compromised as part of any works to the ceiling.<br />

Will anybody make sure it is restored to its<br />

original condition? If a VCL cannot be relied upon<br />

to mitigate the risk of condensation then the roof<br />

design cannot be considered appropriate, and<br />

there are precious few alternative<br />

solutions.<br />

Despite the best efforts of many to promote the<br />

advantages of service voids – airspaces between<br />

ceiling and VCL, where services can be installed<br />

and the ceiling altered without risking the<br />

integrity of the VCL – few seem willing to employ<br />

them. There are several reasons why: extra time<br />

and materials to construct, restrictions on<br />

headroom etc; all of which serve to highlight why<br />

it is best to keep things simple.<br />

One of the positive aspects of a warm roof is that<br />

the VCL can be installed with the<br />

confidence that it will perform for as long as the<br />

roof performs – hopefully for the lifetime of the<br />

building. That’s why we referred to it as a good<br />

example of fabric first construction, and it’s why<br />

we believe it should always be preferred over a<br />

hybrid alternative.<br />

Considering one of those principles is to ensure<br />

28<br />


<strong>2017</strong><br />

10–12 NEC BIRMINGHAM<br />






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The only independent insulation industry trade magazine<br />

Insulation News<br />

Product Development in Focus with<br />

New Knauf Insulation Appointment<br />

Insulation manufacturer, Knauf Insulation,<br />

has appointed a new product manager to<br />

lead the development of its Glass Mineral<br />

Wool range.<br />

Lisa Richardson brings 17 years’ experience in<br />

product marketing to her role with the St Helensbased<br />

manufacturer. She joins from Werner Co.<br />

where she was responsible for product managing<br />

its Werner, Youngman and Abru ladder ranges.<br />

Prior to that she, she worked with a number of<br />

product categories, including hand tools, personal<br />

protective equipment, security and plumbing<br />

fittings.<br />

In her new role, Lisa will be responsible for working<br />

with customers to grow Knauf Insulation’s glass<br />

product range, which includes Supafil, its blowing<br />

Glass Mineral Wool, OmniFit, its multi-application<br />

product, and its DriTherm cavity slabs.<br />

develop its offering even further.”<br />

Steve Smith, Marketing Manager at<br />

Knauf Insulation, said:<br />

“Customers are now seeking opportunities to find<br />

alternatives to PIR insulation as the shortage of the<br />

material continues. Lisa’s appointment will allow us<br />

to continue to work alongside customers to deliver<br />

new systems and solutions.”<br />

In March this year, the company announced it was<br />

partnering with Veolia to develop a £10 million<br />

recycled glass processing facility in St Helens. This<br />

end to end process supports the strategies of both<br />

companies in regards to sustainability, recycling<br />

and preserving scare raw materials.<br />

Lisa said:<br />

“Knauf Insulation is well known for its heritage of<br />

innovation in both the Glass and Rock Mineral<br />

Wool markets. Its proprietary ECOSE binder technology<br />

is just one example of the way the business<br />

leads the market.<br />

“It’s an exciting time to be joining the UK’s largest<br />

Glass Mineral Wool manufacturer and working to<br />

30 www.insulatenetwork.com

<strong>2017</strong>’s Unmissable<br />

Insulation Event<br />

NIA Annual Conference<br />

7 th December <strong>2017</strong><br />



Contact the team today to book your place at the <strong>2017</strong> National<br />

Insulation Association (NIA) Annual Conference and Black Tie Gala Dinner,<br />

receive more information on exhibition sponsorship opportunities or<br />

reserve a table at the Gala Dinner. We look forward to you joining us!<br />

maeva.robson@nia-uk.org | 01525 383 313 | www.nia-uk.org

The only independent insulation industry trade magazine<br />

<strong>Insulate</strong> Columnist<br />

How Smart Meters can Help<br />

Your Small Installation Business<br />

to Make Big Energy Savings<br />

<strong>Insulate</strong> <strong>Magazine</strong> columnist Claire Maugham,<br />

Director of Policy and Communications at Smart Energy GB<br />

Britain is getting smarter. Our country<br />

is working together to build a greener<br />

and more energy efficient future.<br />

There has never been a better time for small<br />

businesses in the installation industry to get<br />

involved.<br />

Smart meters are available to every household in<br />

Britain, but did you know that many small<br />

businesses can also upgrade to the new system?<br />

According to the Department for Business,<br />

Energy and Industrial Strategy, the average SME<br />

could reduce its energy bill by 18-25 per cent by<br />

installing energy efficiency measures. It is reported<br />

that this would result in an average return on<br />

investment in less than 18 months.<br />

Smart meters automatically send accurate meter<br />

readings, and show you exactly how much energy<br />

you’re using, in near-real time and in pounds<br />

and pence. Helping you to budget, manage, and<br />

keep track of your energy costs.<br />

With the construction industry as a whole making<br />

up around 18 per cent of all small to medium<br />

enterprises in the UK, smart meters, if adopted<br />

by all, could save the sector £10million a year on<br />

current usage.<br />

In addition to monitoring energy use with a smart<br />

meter, there are also other measures you can<br />

take to prevent energy waste. Smart Energy GB<br />

have worked with the Carbon Trust on a full list of<br />

energy saving tips specifically for small businesses<br />

in the construction industry, detailed right.<br />

32 32

www.insulatenetwork.com<br />

If your business has fewer than 10 employees,<br />

you may be eligible to upgrade to a smart meter<br />

at no additional cost; others may need to pay<br />

a small charge for the installation or access to<br />

data.<br />

Your supplier will tell you about any charges up<br />

front. Contact your energy supplier today about<br />

arranging your installation.<br />

Dr. Paul Swift from the Carbon Trust<br />

gives his tips on how construction firms can get smart about energy.<br />

Make smart plans: Be ready to advise clients on how to reduce their future energy bills, through options<br />

such as LED lighting or choice of building materials. Get smart meters installed in new builds.<br />

Look after your tools: Use tools according to guidelines and only run them when needed. Badly<br />

maintained equipment uses more energy and is more likely to fail, so get them regularly PAT-tested and<br />

clean filters and air intakes.<br />

Energy management: Install controls that allow you to turn off site areas not in use. Ensure any damaged<br />

cables or unused connections are removed. If you need a generator, size correctly to prevent wasting money<br />

on fuel.<br />

Understand your energy consumption: Getting a smart meter installed on your business premises helps<br />

track energy costs and budget spend. Use your smart meter to identify patterns, find unexpected spikes<br />

and encourage energy saving both on and off site.<br />

Scheduling: Plan to use equipment in one run, rather than a series of bursts. Get a temporary<br />

connection to the electricity grid as soon as possible!<br />

insulatenetwork 33

The only independent insulation industry trade magazine<br />

<strong>Insulate</strong> Columnist<br />

A Strategic Approach to Energy<br />

and Sustainability Statements<br />

Balancing environmentally sound<br />

proposals with commercial viability<br />

can present a number of challenges<br />

and is further complicated by planning requirements.<br />

With many local planning authorities<br />

now requiring an energy and / or<br />

sustainability statement to be submitted as<br />

part of a planning application, Darren Evans<br />

of Darren Evans Assessments explains why<br />

a well prepared, professional statement will<br />

play a critical role in ensuring planning<br />

consent for a site.<br />

The purpose of the planning system is to contribute<br />

to sustainable development, which has<br />

economic, social and environmental dimensions.<br />

The main aim of an energy and or sustainability<br />

statement is to promote high standards of design<br />

and to reduce the environmental impacts of new<br />

developments. The requirements of these statements<br />

are set regionally and will differ from council<br />

to council across the UK.<br />

An energy statement will involve demonstrating<br />

a specified reduction in energy demand or CO2<br />

emissions beyond building regulations. This is<br />

usually through the use of onsite renewable or<br />

low/zero carbon technologies with examples<br />

including solar PV, solar thermal, air / ground<br />

source heat pumps and biomass boilers.<br />

A sustainability statement will incorporate these<br />

reductions but include additional requirements<br />

such as flood risk assessments, water consumption<br />

targets, transport and cycle storage, on site<br />

recycling, district heating connections and in<br />

depth feasibility studies for additional renewable<br />

and low/zero carbon technologies.<br />

A Local Plan<br />

With regional differences in requirements for energy<br />

statements the point could be argued that<br />

these planning policies do not go far enough in<br />

terms of sustainability. For example, Bristol City<br />

Council require a 20% reduction in CO2 through<br />

on site renewable technologies whist the bordering<br />

council South Gloucestershire has no requirements<br />

for an energy or sustainability statement.<br />

A good example of where planning policies are<br />

going further in terms of sustainability is London<br />

where all new housing must follow the guidelines<br />

of the London plan, regardless of which borough<br />

the development lies.<br />

The London plan requires that a sustainability<br />

statement must be undertaken which amongst<br />

other requirements demands a 35% reduction in<br />

emissions over building regulations. Interestingly,<br />

this does not have to be through renewables or<br />

low/zero carbon technologies, although it is very<br />

difficult to achieve solely through a fabric first<br />

34 www.insulatenetwork.com

www.insulatenetwork.com<br />

Design for Energy Efficiency<br />

approach. The planning departments which fall under<br />

the London plan can then dictate if they choose to,<br />

reductions through the use of renewable technologies<br />

or other polices such as communal heating systems<br />

or the ability to connect to future district heating<br />

schemes.<br />

“Most projects that come to us for sustainability or<br />

energy statements will not initially meet the requirements<br />

outlined in the local planning policies and we<br />

will propose different options on how to comply that<br />

work with the development both practically and financially,”<br />

commented Darren Evans.<br />

Some contractors will want to avoid these policies for<br />

varying reasons, some genuine and some not. In this<br />

case, the approach taken is to try and demonstrate<br />

the reduction through a fabric first approach which is<br />

achievable in some areas but as previously mentioned<br />

in London can be very difficult. It also varies from region<br />

to region as to whether a development meeting<br />

the targets through the building fabric and no renewables<br />

will be approved through planning. However,<br />

more often than not the requirements will be strictly<br />

enforced.<br />

Meeting Energy Targets<br />

With many councils requiring schemes to provide<br />

minimum performance against BREEAM, contractors<br />

are not always up-to-speed on what is required for<br />

this standard and at what stages things need to be<br />

completed. This applies to non-domestic buildings<br />

over 1,000 m2 and the condition is either Very Good<br />

or Excellent and that is what needs to be met.<br />


The only independent insulation industry trade magazine<br />

Darren Evans Assessments<br />

The project teams are not always forthcoming<br />

with BREEAM evidence, and often when they<br />

do send evidence in it is incorrect or<br />

incomplete. With the other pressures of the<br />

build, the BREEAM requirements seem to be a<br />

low priority and it is left until the ‘last minute’ to<br />

get information back to the assessor therefore<br />

making it harder to gather the evidence and<br />

incurring a higher risk of losing credits, which<br />

results in not meeting the necessary BREEAM<br />

rating. This causes great stress to the design<br />

team and even the end client.<br />

In an ideal situation from a sustainability<br />

point of view there should be a requirement<br />

that a given percentage of a dwellings<br />

total energy demand needs to be provided<br />

through on site renewables.<br />

To tackle this, the client could appoint a BREEAM<br />

Accredited Professional /Sustainability<br />

Champion at the early design stages and<br />

throughout the project to ensure the whole<br />

project team are aware of what is needed and<br />

guarantee the design team incorporate the<br />

necessary details into the design drawings and<br />

specifications. This person should also<br />

proactively gather the required information from<br />

the various design team members. This will make<br />

it easier for the Design Stage assessments to be<br />

completed and allow contractors to focus on the<br />

Post Construction Assessment. They can<br />

highlight particular credits where evidence needs<br />

to be collated throughout the project.<br />

member who is dedicated to BREEAM evidence<br />

collation to ensure BREEAM credits are not lost,<br />

so any day-to-day issues or changes can be<br />

assessed. Having regular BREEAM team<br />

meetings, either by phone or in person, to check<br />

the process is moving forward will ensure it<br />

remains a high priority throughout the project.<br />

A Future Policy<br />

To improve the planning situation in relation to<br />

energy and sustainability in the built environment,<br />

it would be beneficial to see a nationwide<br />

policy rolled out which set out the requirements<br />

for these planning conditions. This way it would<br />

not come as a surprise to developers that they<br />

need to include renewable and low/zero carbon<br />

technologies with every development. In an ideal<br />

situation from a sustainability point of view there<br />

should be a requirement that a given percentage<br />

of a dwellings total energy demand needs to be<br />

provided through on site renewables.<br />

For any support on your projects regarding<br />

energy and sustainability, please get in<br />

touch with us at www.darren-evans.co.uk<br />

Contractors could appoint a project team<br />

36 www.insulatenetwork.com


100+<br />




FREE TO<br />

ATTEND<br />

10 - 12 OCT <strong>2017</strong> • NEC BIRMINGHAM<br />

Discover 10,000+ innovative products and services from 650+ exhibitors<br />

Join 30,000+ Contractors, Developers, Housebuilders and Local Authorities<br />


buildshow.co.uk<br />


PART OF UK CONSTRUCTION WEEK <strong>2017</strong>

The UK's Only Exhibition Dedicated to the Insulation Industy<br />

Industry Events<br />

Discover the Unique Innovation Trail<br />

at UK Construction Week<br />

UK Construction Week, the largest gathering of the UK’s built environment community, is<br />

set to return to Birmingham NEC from 10 – 12 <strong>October</strong>. The show promises to be the<br />

largest and most impressive yet, with an anticipated 35,000 visitors and more than 650<br />

market-leading exhibitors aiming to showcase the most pioneering products, services and<br />

working practices.<br />

The construction industry is one of the most<br />

innovative industries, with new ways of working,<br />

sustainable products, collaboration and continually<br />

evolving technologies. UK Construction Week<br />

is set to prove this once more with the Innovation<br />

Trail - a trail that will bring together the very latest<br />

products and services that are changing and will<br />

change the way we build.<br />

The Innovation Trail will include the latest in<br />

Mobile Mapping from Central Alliance. Central<br />

Alliance is the first surveying company to offer the<br />

ground-breaking ROBIN LiDAR mapping system<br />

that provides three alternative mounting options<br />

rolled into one solution, allowing the user to map<br />

a variety of areas via walking, driving or flying.<br />

Graphene will showcase its<br />

3D printed graphene shoe with<br />

pressure sensor. This is an example<br />

of how adding graphene<br />

to pre-existing materials can<br />

increase its functionality. At the<br />

least, this demo needs a lap to<br />

count the step on the pressure<br />

sensor.<br />

Texo Drone will introduce<br />

advanced UAV services for<br />

construction surveying – the<br />

world’s first UAV integrated survey-grade<br />

LiDAR system.<br />

Solisco will showcase its innovative<br />

Solar EV-Port Systems<br />

that offer a balanced solution to<br />

power cars with renewable energy<br />

whilst helping to balance<br />

the grid.<br />

On display at UK Construction<br />

Week is the<br />

Clevertouch Pro 4k interactive<br />

touchscreen, which is<br />

tantamount to having a large<br />

tablet on the wall encompassing<br />

a digital whiteboard, annotation<br />

app, browser, access to<br />

files and documents, as well<br />

as a save and email function.<br />

It produces a stunning image<br />

incorporating 955% more pixels<br />

than a data projector. It’s a<br />

display you won’t be able to<br />

miss.<br />

38 www.insulatenetwork.com

www.insulatenetwork.com<br />

Designer and manufacturer of heating and hot water<br />

systems, Ecovolt will be showcasing its JouleTherm<br />

CeP product, in which technology turns<br />

a standard plasterboard wall into a very efficient<br />

radiant heater using a special conductive paint.<br />

The company will also be exclusively launching its<br />

JouleTherm H20 Hybrid Hot Water System that<br />

can turn waste heat into stored hot water through<br />

mechanical ventilation. If that’s not enough, Ecovolt<br />

will also display its JouleTherm JTR Electric<br />

Ceramic Heating System with multizonal central<br />

control technology.<br />

Potterton Commercial, division of Baxi Group<br />

Ltd, will showcase its new ‘Assure’<br />

range of boilers for social<br />

housing. Visitors can learn<br />

about how the product was<br />

developed in partnership with<br />

landlords and contractors,<br />

which resulted in the boilers<br />

incorporating useful safety and<br />

energy-saving features, while<br />

remaining quick and<br />

easy to install.<br />

Introducing the new living comfort control system<br />

LUXORliving is the new flexible comfort control<br />

from Theben, offering all-round home comfort<br />

without the complexity of many<br />

smart home systems.<br />

Switching and dimming<br />

lights, regulating the<br />

heating and controlling<br />

shutters, blinds or curtains<br />

are just a few features.<br />

walls, internal walls, cladding and flooring.<br />

And last but by no means least, 3THERMO will<br />

showcase the world’s first hybrid concealed heating<br />

system at HVAC <strong>2017</strong>.<br />

Other companies confirmed to participate in<br />

the Innovation Trail include Kirona, Durisol,<br />

PowerCem Technologies, Safety Point and<br />

Sound Impact.<br />

Consisting of Build Show, sponsored by EasyTrim,<br />

Timber Expo, Civils Expo, Plant & Machinery Live,<br />

Energy <strong>2017</strong>, Smart Buildings <strong>2017</strong>, Surface &<br />

Materials Show (featuring Kitchens & Bathrooms<br />

Live), HVAC <strong>2017</strong> and Grand Designs Live, UK<br />

Construction Week caters for the entire spectrum<br />

of the industry from builders, architects, innovators<br />

and consultants, each show provides exhibitors<br />

with the opportunity to network alongside<br />

decision makers and purchasers while showcasing<br />

their services and products to thousands of<br />

visitors.<br />

For more information and free registration<br />

visit www.ukconstructionweek.com.<br />

ZIP panelling, a technical revolution in construction.<br />

The product is a lightweight composite<br />

panel board designed for use in building<br />

construction for external walls, party<br />

insulatenetwork 39


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