h r i

s a


Increasing the efficiency of the eating provision was a key equirement for the ICE, to mprove the reliability of t ervice and reduce energy nd costs.

usage he

Remeha recommended

replacing the old boiler plant with ne Gas 610 Eco Pro and one Gas 10 Eco Pro high efficiency boiler

o 3 t


he nsI tit tiu on of Civil E ing neers (ICE) has installed Remeha high efficiency condensing boilers at its London headquarters, as part of a major refurbishment programme designed to improve its energy efficiency and accessibility.

Phil Ackers, Head of Bui omeet the heat demand.

Services at the ICE, said:

“We’re extremely pleased with the heating refurbishment project which went smoothly and to schedule. The new Remeha are performing well, deliver required high efficiency and

reliability. An added advantage is lding

their compact size which has allowed us to rationalise the plant roomso that it not only looks great, but offers easier futuremaintenance.” With the energy-efficient

Remeha 310/610 Eco Pro boilers now fully operational, the ICE are anticipating significant energy savings in the region of 30 to 50%. In addition to the boiler replacement project, the


refurbishment included creating a newmembers’ resource centre in the upper library, providing an infrastructure Learning Hub in the main library, and carrying out

ing the boilers

extensive conservation work to both the exterior and interior of the Grade II-listed building. k

INTERFACE UNIT BoschCommercialandIndustrialhaslaunched


waterandspaceheatingto serv ed bo

ewHIUfe fea

be ef spa

ea st

ewadditionprovidesdomest toprope

ov eaturesase ed

anenhancedversionofitof sheat interfate faceunit (HIU).Thenew wa

servicedfromdistrictheatingorcentralised boilerplants. Thenew


ondistrict,centralheatingandhotwater circuits.Theeasy to suppliedwithorwi Thenew pdate

yste wa


Additionalaccesso eachmodel,wi av

rangi Ad

glassoute hea


The current 'opt out' of regulations requiring district heating suppliers to fit final customer meters to unmetered properties is bad news for residents, who could be missing out on cost savings of 35 to 50%, says community heating specialist Switch2 Energy. The Heat Network (Metering and Billing) Regulations make it compulsory to install final customer meters on new builds and most buildings undergoing major renovation. But for existing unmetered properties there is currently a grace period while The Department of Business Energy Industrial Strategy (BEIS) reviews and reintroduces a feasibility tool to indicate the viability of retrofitting meters to existing district heating schemes. This delay is, however, denying social housing residents and other customers of unmetered properties from

benefitting from the cost savings of smart metering, according to Switch2's Head of R&D, Ian Allan. Allan explains: "In our experience, when smart metering is introduced to unmetered heat networks with fixed cost tariffs, customers can save from 35 to 50% on their heating bills. Switch2's smart metering partnership with Sheffield City Council is dramatically reducing energy consumption across 6,000 homes connected to its heat network. The first 227 homes using the heat meters saved an average £238 each over the first year and it's predicted that the total annual saving for customers will be £1.4 million. "Smart meters show customers how they are using energy and paying for and encourage energy reduction,

so this is very good for the environment too. For example, more than 750 homes connected to Newport City Homes' Duffryn district heating scheme have halved their energy consumption since introducing Switch2's pay-as-you-go smart meters, resulting in a saving of around 2032 tonnes of carbon dioxide per year. Previously, residents paid a fixed weekly charge for their heating and hot water, but now they have control over their usage and costs, which allows them to budget better and save money. We hope that more district and community heating suppliers will choose to adopt smart metering strategies," he added.

eatingtemperaturecanalsobe thecommissioningprocess.

tercase pe


onallnew thedistrict/

cansupplyfourHIUmodelswithflowrates s/min. edwith

ewupd temean fo

gingfrom14litres/ ow soriescanbeincluded withthehighest

s/minto21litres/ be

availablewithsummerby paby-pass,aDiff Valve( st


Akeylessfillinglinkis alsofitte od

that treatedwaterente ed

isfullyinsulate withEPPinsulationonthe frontandrea of theappl www

eate wate ted

earof i k iance.

stoutputmodel ffe

otwate ferential

PressureControlVave DPCV)andapremium seasstandard.Thehotwaterand edduring

tedassta yst tandar d

ewHIUmodelsandiscon ectenectedfrom t/primarysidetothehea tersthesys

eatingsideso stem.TheHIU

so stallunitcanbe withoutaheatmet

sthemanufa etre.

be facturer stichot

pertiesthatare ed

seriesof improveovedved

benefitssuchasanErPcompliantmodulating paceheatingpump,andinte st

ternalsy temfilters

ENER-Ghaspublishedafreeguideto assessingtheecono

combinedheatand owe Theguide,whichisav

ava nve

detailsthestepstotake viability inv

CHPsy oninv andge

willty nve

nomicfe ndpow

feasibility ketoprove tyof

wer(CHP)projects. vailabletodownload,

oj ow vethe

vestorsorboardmembers.Agoodquality systemwi typicallyge

tyofaproposedCHPschemeto go

vestmentwithinthreetofive generatecostsav

ve more.Steptwo woisa in nitialfe www.energ-group. co m herCHPisviable. veye

avingsover15yearsor feasibility


generateareturn fiv years,

tystudy dy

inwhichtheinitial loadprofilesareusedto calculatewhethe


t’s Offsh re W

announced a new £2. Fatigue Life of W aim

announced a new £2.4million project

to cut the cost of offsh re w the d sign of jacket fou

aiming to cut the cost of offshore wind by optim sin

testing an fabrication

future offsh re w sites an

CARBON TRUST OWA TO CHALLENGE JACKET FOUNDATION FATIGUE STANDARDS The Carbon Trust’s Offshore Wind Accelerator has Fatigue Life of Welded Jacket Connections (JaCo), optimising the design of jacket foundations through

WA TO CHALLENGE JACKET FOUNDATION FATIGUE STANDARDS with improved standards it is estimated that a

on project, Improved

ccelerator h proved

ed Jacket Connections (JaCo), by

tions throu

are set to becom a m re dom nant design sol tion, asmonopiles are unlikely to be practical formany future offshore wind farms located in deeper water sites and with larger turbines. The JaCo project wi

improved fatigue standards and validation of faster testing and fabricationmethods. Jacket fou dation are set to become amore dominant design solution, les a

proved fatigue standards and val dat on of aster thods. Jacket foundations

lik ly to th larger turbines. The JaCo project will develop a better devel p a better

full-size jacket nodes made from existin l a to

6 and novel automated weldinlding processes. Coupled

understanding of fatigue performance by testing full-size jacket n des m te


rstan ing of fatigue performance by testin fromexistingmanual ses. C

al tical for m farms l cated i deeper w ter th i proved standards i percent throu esti ted that a

Belgianmaterial research centre OCAS will u unique and efficient testing techniques developed in-house to reduce the time needed to complete fatigue tests. This investigation of fatigue

e project w ll facilitate close collaboration between developers, supply chain, research organisations and government. Leading offshore wind devel opers Dong Energy, EnBW, Scottis h Power Renewables, Statoil and Vattenfall are supporting the project together with funding fromthe Scottish Government. terial research ce

from the Scottish lgian

iq in

the project together w th fu vern

re fatigue tests. T is investigation of fatigu in ll use

and efficient testing tech ques developed ouse to reduce th tim

eded to com lete

wei ht reducti n of 10 percent can be achieved if the fatigue resistance (strength) is enhanced by 10-20 percent through optimised design. The project will facilitate close collaboration between devel pers, supply chain, research organisations and government. Leadi g offshore wind developers Dong Energy, EnBW Scottish Power Renewables, Statoi and Vattenfal are supportin

weight reduction of 10 percent can be achieved i the fatigue resistance (stren th) is en 10

ced by optim sed design

performance of ful -scale jacket node designs wi encompass a larger number of individual tests than would otherwise be possible with the constraints of conventional testing and the ect’s duration. The Carbon Trust, as project tor, w ll w rk w th

oth rwise be possible w th th coord an industry partn rs to ensure progra

del very i cludi g t rical analysis an

performance of full-scale jacket node designs will encom ass a l rger num er of i dividual tests than

con traints of conventional testing and th projproject’s duration. The Carbon Trust, as project coordinator, will work with OCAS and industry partners to ensure programdelivery including the accelerated testing, naccelerated testing, numerical analysis an d sourcing of nodes. The JaCo project will run over a 3-year period an

ackets as one of the leadi g fixed offshore wind foundation types in the future. Jacket foundation techtechnology consists primarily of welded tubular space frames fabricated in carbon steel.

tion types in th lo

co ists p im ily

space frames fabri ated i


future. Jacket fou ld

carbon steel


tu la

sourcing of nodes. The JaCo project wi run over a 3-year period and will help to drive the use of jackets as one of the leading fixed offshore wind fou

ll h lp to d ive the use of tion



Page 1  |  Page 2  |  Page 3  |  Page 4  |  Page 5  |  Page 6  |  Page 7  |  Page 8  |  Page 9  |  Page 10  |  Page 11  |  Page 12  |  Page 13  |  Page 14  |  Page 15  |  Page 16  |  Page 17  |  Page 18  |  Page 19  |  Page 20  |  Page 21  |  Page 22  |  Page 23  |  Page 24  |  Page 25  |  Page 26  |  Page 27  |  Page 28  |  Page 29  |  Page 30  |  Page 31  |  Page 32  |  Page 33  |  Page 34  |  Page 35  |  Page 36