SS

R eI t hwegl iecoreppre

T h

B u

Buil

desi

our

requ

mod

ene

prov

and

who

app

colla

with

com

duri

desi

SpectrS e p t e m b

e f l e c t i o nhas been a have seemour of honomic recputat ion west ig ious p

h e C o - o p

u i l d i n g E

ding energy m

igns which mee

in house mo

uirements. We

del buildings in 3

rgy demand a

vision, overheat

are using it on

ole life cost

raisals by

aborating

h FM

mpanies

ng the

ign phase.

rum Mb e r 2 0 1

n a tough yeen the fal lhope on thcovery. Ou

with in the projects.

p e r a t i v e

E n e r g y M

modeling is es

et increasingly

odeling capabi

use IES Dyn

3D, running var

and use, lighti

ting etc. We are

n a number of

w w w . s p e

EP Ne2

ear for the l of severahe hor izonur extensivindustry m

G r o u p

M o d e l i n g

ssential for pro

stringent criteri

ility and resou

amic Thermal

rious simulation

ng loads, CO

e up to speed

projects. We h

e c t r u m m e

ewslet

constructal wel l kn

n but we kve project mean that

H Q

g

oducing cost e

a. We have en

urces to meet

Modeling softw

s to establish p

O2 emissions,

with BIM requir

ave also impro

p . c o m : :

t ter

ion industrown compknow that exper ienc

t we have

SustinduprovqualrespschethewhicconsCooThisdesiEPCdesibuildthe ratin

effective

nhanced

t these

ware to

redicted

daylight

rements

oved our

d . j o h n s t

ry both in panies wi th

i t wi l l bee, long te cont inue

tainability continstry and we hav

vision accordingified to carry

ponsible for theemes. One suc Co-operat

ch is one of thestruction. The dperative Group

s 320,000 sq ftgned to achiev

C A rated, near gn. The servic

ding modelling buildings ener

ngs.

o n @ s p e c

the Middlehin the ind

e a s low, rm c l ient rd to win

nues to rise in ive strengthenedgly. Engineers out BREEAM e design of nch project we htive Group's ne UK’s greenesdesign of the

p's desire to cret, 16 storey of

ve a BREEAM zero carbon bues design incluand dynamic s

rgy consumptio

c t r u m M E P

e East anddustry. Thsteady jou

relat ionshiwork on

importance withd our low carbowithin our lowand CSH asseumerous BREE

have been involvnew HQ Officest buildings andbuilding has beate a Carbon ffice building hOutstanding ra

uilding with cuttiuded 3D modesimulation to caon and potenti

P . c o m

d the UK ahere is somurney to fps and goexci t ing a

hin the construcn team and ser

w carbon team essments and EAM EXCELLEved with recent

es in Manchesd is currently unbeen driven by

Negative buildhas therefore bating as well asing edge integralling, together alculate and asal EPC and D

nd me ful l

ood nd

ction rvice

are are

ENT tly is ster, nder

the ding. been s an ated with

sses DEC

K A F D C h i l d r e n ’ s M u s e u m a n d M a r k e t p l a c e , R i y a d h We are currently working for Thornton Tomasetti and

Henning Larsen Architects on this Children’s Interactive

Museum which is part of the overall vision of the King

Abdullah Financial District master plan intended to create

a new financial district in the city of Riyadh. The

development offers a wide mix of offices, residential,

educational, sports and cultural facilities of different types.

Our role in the project involves the MEP services design

for parcel A10, The Children’s Interactive Museum based

in the heart of the development.

The proposed building is linked via skywalks to other adjacent attractor buildings (parcels) along with basement car park and retail units at

various locations. The multi level 14,684m² Children’s Interactive Museum building has been designed to capture the imagination of the visitors

and the MEP design has been progressed to ensure the conditions within the building are to the highest standard for both comfort and the visual

aspects of the exhibits / attractions. The Museum exhibits are intended to be both educational and entertaining and all aspects of the installation

are intended to compliment these requirements. Thermal Dynamic Simulation Modeling is to be utilized to ensure that all associated HVAC

systems achieve this high level of performance. Energy efficient systems to minimize water use and wastage will be incorporated along with high

level and under floor power installations to allow flexibility as the exhibits develop and rotate during various stages. All design is being produced

in line with LEED standards, Saudi Building Code and associated local regulations. S t a d i a a n d L e i s u r e U p d a t e

   

G r a n d C e n t r a l D e v e l o p m e n t , S t o c k p o r t Spectrum company Hannan Associates are delighted to be part of Muse

Development’s team, selected as Stockport's development partner.

Stockport Council bought the site earlier this year in order to create a high

quality office quarter including attractive public space outside the railway

station with easy access to the town centre, supported by a hotel and

improved car parking. Our work with Muse continues on Blackpool and

Doncaster town centre redevelopment projects.

King Abdulla Stadium, Saudi - 60,000 Seat Stadium Design Review

We were appointed by AFL Architects to peer review the Arup

design of this $1 Billion Sports City Project stadium at three stages

in the design development. We identified substantial value

engineering options and over design in the concept which was then

adopted into the design development.

Iraq - 30,000 & 100,000 Seat Stadia

Spectrum companies were appointed by HKS Inc to develop

stadia designs for 5 $100M stadia in Iraq including a 100,000

seat stadium with sliding roof and bowl cooling. Designs have

been developed with low energy and renewable options to

service the stadia up to stage C