close

Вход

Забыли?

вход по аккаунту

?

1 Woolworths Distribution Centre How to greet and - Alive2green

код для вставки
LOUWLARDI A EXT 36
Woolworths Distribution Centre
1.0
1.0 INTRODUCTION
INTRODUCTION
1.1
1.1
9900 Ha
Ha ssite
ite –– 5500 Ha
Ha for
for WW
WW DC
DC
1.2
1.2
Building
Building 80
80 00
0000 mВІ
mВІ -- approx
approx 16
16 rugb
rugbyy fiel
fields
ds
1.3
1.3
M
M ain
ain box
box iiss 12
1200 metre
metress xx 60
6000 metres
metres
1.4
1.4
RR ights
ights for
for 18
1800 0000
00 mВІ
mВІ of
of bui
building
lding
1.5
1.5
7750
50 000000 cubic
cubic metre
metress cut
cut to
to fill
fill eearthwork
arthworkss
How to greet and Englishman:
The South African way……!!
How to greet and Englishman:
Aussie method……….
G AUTENG DC
Building
Building
–– 80
80 000m
000m22,,W
W arehous
arehouse
e 73
73 000m
000m22,,
2
2
–– Office
Office 66 700m
700m
IInterest
nteresting
ing Fact
Factss
–– Building
Building platform
platform 1.1km
1.1km
–– 32
32 000m
000m33 of
of concret
concret e
e((55 300
300 tt rucks
rucks))
–– 250
250 no
no of
of columns
columns
–– 101
101 000m
000m22 of
of ssheeting
heeting
–– 109km
109km of
of internal
internal wiring
wiring
–– 18
18 700
700 ssprinkler
prinkler heads
heads
1
2.0
2.0 OBJECTIVES
OBJECTIVES
2.0
2.0 OBJECTIVES
OBJECTIVES
2.1
2.1
Aim
Aim to
to de
deliv
liver
er a
a sust
sustaina
ainable
ble fac
facilit
ilityy
2.0
2.0 OBJECTIVES
OBJECTIVES
2.0
2.0 OBJECTIVES
OBJECTIVES
2.1
2.1
Aim
Aim to
to de
deliv
liver
er a
a sust
sustaina
ainable
ble fac
facilit
ilityy
2.1
2.1
Aim
Aim to
to de
deliv
liver
er a
a sust
sustaina
ainable
ble fac
facilit
ilityy
2.2
2.2
Incorpora
Incorporate
te ground
ground bre
breaking
aking in
in itiat
itiative
ivess in
in SSA
A
2.2
2.2
Incorpora
Incorporate
te ground
ground bre
breaking
aking in
in itiat
itiative
ivess in
in SSA
A
2.3
2.3
Po
Posit
sition
ion favour
favour abl
ablyy relat
relative
ive to
to w
world
orld sstand
tandards
ards
2.0
2.0 OBJECTIVES
OBJECTIVES
2.0
2.0 OBJECTIVES
OBJECTIVES
2.1
2.1
Aim
Aim to
to de
deliv
liver
er a
a sust
sustaina
ainable
ble fac
facilit
ilityy
2.1
2.1
2.2
2.2
Incorpora
Incorporate
te ground
ground bre
breaking
aking in
in itiat
itiative
ivess in
in SSA
A
2.2
2.2
Incorpora
Incorporate
te ground
ground bre
breaking
aking in
in itiat
itiative
ivess in
in SSA
A
2.3
2.3
Po
Posit
sition
ion favour
favour abl
ablyy relat
relative
ive to
to w
world
orld sstand
tandards
ards
2.3
2.3
Po
Posit
sition
ion favour
favour abl
ablyy relat
relative
ive to
to w
world
orld sstand
tandards
ards
2.4
2.4
Deli
Deliver
ver wi
within
thin reas
reasonabl
onablee economic
economic con
con stra
straints
ints
2.4
2.4
2.5
2.5
Aim
Aim to
to de
deliv
liver
er a
a sust
sustaina
ainable
ble fac
facilit
ilityy
Deli
Deliver
ver wi
within
thin reas
reasonabl
onablee economic
economic con
con stra
straints
ints
Support
Support and
and promote
promotetransformation
transformation
2
2.0
2.0 OBJECTIVES
OBJECTIVES
2.0
2.0 OBJECTIVES
OBJECTIVES
2.1
2.1
Aim
Aim to
to de
deliv
liver
er a
a sust
sustaina
ainable
ble fac
facilit
ilityy
2.1
2.1
2.2
2.2
Incorpora
Incorporate
te ground
ground bre
breaking
aking in
in itiat
itiative
ivess in
in SSA
A
2.2
2.2
Incorpora
Incorporate
te ground
ground bre
breaking
aking in
in itiat
itiative
ivess in
in SSA
A
2.3
2.3
Po
Posit
sition
ion favour
favour abl
ablyy relat
relative
ive to
to w
world
orld sstand
tandards
ards
2.3
2.3
Posit
Position
ion fa
favourabl
vourablyy rela
relative
tive ttoo world
world stand
standard
ardss
2.4
2.4
De
Deliliver
ver within
within rea
reasona
sonable
ble econ
econ omic
omic cons
constraint
traintss
2.4
2.4
Deli
Deliver
ver wi
within
thin reas
reasonabl
onablee economic
economic con
con stra
straints
ints
Aim
Aim to
to de
deliv
liver
er a
a sust
sustaina
ainable
ble fac
facilit
ilityy
2.5
2.5
Support
Support and
and promote
promotetransformation
transformation
2.5
2.5
Support
Support and
and promot
promotee transform
transform ation
ation
2.6
2.6
Def
Defined
ined p
pay
ay ba
back
ck perio
periods
ds
2.6
2.6
Def
Defined
ined p
pay
ay ba
back
ck perio
periods
ds
2.7
2.7
ENVIRONM
ENVIRONM ENTAL
ENTAL IM
IM PACT
PACT ASSESSM
ASSESSM ENT
ENT
2.1
2.1
Environment
Environmental
al sen
sen sit
sitivi
ivities
ties acknow
acknowledg
ledged
ed and
and
accommod
accommodated
ated
2.2
2.2
Stone-ag
Stone-agee artifa
artifacts
cts on
on ssite
ite pres
preserve
erved
d by
by Wi
Wits
ts
2.3
2.3
Waterpan
Waterpan ret
retained
ained in
in und
undisturb
isturbed
ed st
state
ate
2.4
2.4
Screening
Screening berm
berm ss des
designed
igned around
around the
the buil
building
ding
2.5
2.5
Continua
Continuall monitoring
monitoring of
of proces
processs through
through cons
construction
truction to
to
ensure
ensure compli
compliance
ance
2.6
2.6
Control
Controlled
led hos
hostel
tel on
on sisite
te during
during con
con struction
struction
transport
transport em
em isissions
sions
2.7
2.7
3366 tonnes
tonnes of
of wa
waste,
ste, st
steel
eel and
and oother
ther recycle
recycled
d during
during
construction
construction
reduced
reduced
De
Deliver
liver on
on the
the EEIIA
A requirement
requirementss
ENVIRONM
ENVIRONM ENTAL
ENTAL ARCHITECT
ARCHITECT
�GREEN
�GREEN BBYY DESIGN’
DESIGN’ EM
EM PLOYED
PLOYED
••
Made
Made recommend
recommendation
ation ss for
for sust
sustaina
ainable
ble de
design
sign
••
Monitored
Monitored al
alll consul
consultants
tants’’ des
design
ign recommen
recommen dati
dations
ons
••
Reviewe
Reviewed
d cutting
cutting eedge
dge techno
technolog
logyy and
and wor
wor ld
ld wi
wide
de
trends
trends and
and adv
advise
ised
d on
on implem
implem entati
entation
on thereof
thereof
••
Tracked
Tracked sus
sustain
tain able
able ititems
ems in
in de
detail
tailed
ed report
report form
form at
at
••
Compile
Compiled
d and
and up
update
dated
d �market
�marketing
ing report
report’’ on
on regular
regular
basi
basiss
Monitored
Monitored perform
perform ance
ance on
on sit
sitee
••
••
Ultimat
Ultimatee respon
respon sib
sibilit
ilityy wa
wass to
to comp
compile
ile
documentat
documentation
ion on
on sust
sustaina
ainable
ble item
item ss and
and
place
place in
in wor
wor ld
ld wi
wide
de contex
contextt
th e � s ha d es of gr e e n' ap p ro a ch
topic / proj ect
Ther e a re 4 ty pes of in iti ativ es wit hin th e s usta ina ble ap pro ach to the bu ilt envi ron ment .
. in iti ativ es wit h a ve ry shor t p ayb ack pe rio d (t ypi cal ly 1 t o 5 yea rs)
th ese are 'n o-b rai ner ' a nd s hou ld be imp lem ente d i mme dia tel y
. in iti ativ es wit h a re aso nabl e p ayb ack pe rio d (t ypi cal ly 6 t o 1 2 ye ars )
th ese sho uld be co nsi der ed c are ful ly and de cisi on be mad e o n p hilo sop hy, ca sh on hand
and gen eral bu sin ess in cli nais on, wh ere ma rke t pe rce pti on sta rts to pla y a ro le
land
. in iti ativ es wit h a ve ry long pa yba ck per iod (ty pic all y 1 5 t o 3 0 ye ars )
th ese hav e u sua lly ot her ben efi ts, or re tur n on in ves tme nts as soci ate d w ith th em like
staf f w ell bei ng, cu sto mer att rac tio n a nd dev elop men t o f c ust ome r lo yal ty, am ong st
othe r
. in iti ativ es whi ch wil l n ever pa yba ck in a d irec t w ay
th ese are re war ded by di ffer ent me ans , l ike com pet iti ve edg e, shar e p ric e v alu ati on,
corp ora te c iti zen shi p a nd corp ora te soc ial re spon sib ili ty
The 'sh ades of gr een ' a nd 'pri sm' to ols ha ve ben dev elo ped sp eci fica lly to de mon str ate
the env iron men tal ap pro ach to non -sp eci ali sts
shades
best practic e
land selecte d on
proximity to supplier s,
retail store s, labour
location and
futureproofe d
EIA basic
requirements
improved EIA
requirements
exceeded EIA
requirements
mimic eco-sy stem
functions
assumed ecos ystems
functions
minimum lega l
requirements for
stormwater d ischarge
improved req uirements
for stormwat er discha rge
by passive f iltration
exceeded req uirements
for stormwat er discha rge
by bio-activ e filtrat ion
standard fix tures
waterwise fi xtures
waterwise an d waterle ss
fixtures
municipal po table wat er
used for all uses
stormwater r etention
for irrigati on
stormwater a ccumulati on
for irrigati on
target: 20% municipal
water reduct ion
greywater re cycling
10% energy c onsumptio n
from renewab le source s
purely rely on renewa ble
energy and p roduce
surplus
conventional energy
sources
energy
worldwide cu tting edg e
land selecte d on
proximity to
suppliers an d
retail store s
water
The fol lowi ng is the st ory tel lin g w hic h e xpl ains th e s ust ain abl e im ple men tat ion of the
new Woo lwor ths na tio nal di stri but ion ce ntr e i n Mi dra nd, Ga ute ng.
�s had es of g re en ap p ro a ch ’
�p roj ec ts a nd im p a c ts as s essm e nt p ri sm ’
conventional practice
land selecte d on
availability /
opportunity
standard ele ctrical
fittings and equipmen t
energy effic ient
fittings and equipmen t
natural vent ilation a nd
passive sola r design
target: 20% reduction in
energy consu mption fr om
non-renewabl e sources
super effici ent fitti ngs
and equipmen t, heat &
coolth recyc ling
building phy sics to
assume by na tural mea ns
most of heat ing-cooli ng,
lighting and ventilat ion
3
th e � s ha d es of gr e e n' ap p ro a ch
th e ' p ri s m' pr o je c t s a nd im p ac t s a ss e ss m en t m e th o d
materials
no concerns for
non-industri al
applications
emissions
minimum empl oyment
conditions a nd spatia l
qualities
people
worldwide cu tting edg e
selection ba sed on
national pro duction:
reduced tran sport
reduced pack aging
stimulation of
local econom y
"think globa lly - act
locally"
materials fr om renewa ble
sources
recycle wast e
"reduce-reus e-recycle "
selection ba sed on lo cal
economy and embodied
energy conte nt
reduced:
urban heat i sland
air particle s
water contam ination
light pollut ion
noise emissi on
treatment of sun ener gy
absorbing su rfaces wi th
landscape sh ading
active air f iltration
bio-active w ater
filtration
reduce & sha ding
outside ligh ting
advanced aco ustic
measures
design to im prove
employees sa tisfactio n
views to the outside
natural dayl ight
access to pe ople with
disabilities
'considerate contract ors
scheme'
use recycled material s
to build
biosphere/te chnospher e
principles
(ink on pape r or
embossed log o)
equal access to build ing
facilities a nd
employment o pportunit ies
for people w ith
disabilities
3.0
3.0 OUTLINE
OUTLINE OF
OF CONTENT
CONTENT CATEGORIES
CATEGORIES
social equity
economic prosperity
n e u tral
design to sp ecificall y
improve empl oyees
retention, p roductivi ty,
abscenteism, well bei ng
building as marketing
3.1
3.1
environmental stewar dship
p o s i ti v e
i m p a ct
return on invest ment
selection ba sed on
aesthetics a nd
affordabilit y in a
global econo my
best practic e
quality of life
conventional practice
environmental foot print
topic / proj ect
RUNEX in R per annum
CAPEX in R
n e g a tiv e
i m p a ct
sustainability indicator
(bad, conventional, b est, cutting edg e)
payback period
(never, long, reasonable, sho rt)
intensity
(<10% , <20% , <30% , >30%
environmenta l steward ship and
social equit y are not estimate d
here in Rand terms. These are
aspects of c orporate citizensh ip,
and corporat e social
responsibili ty (CSR) which sho uld
be quantifie d by a sp ecialist or
estimated by Woolwort hs.
The mileage gained by these
initiatives is to be felt in
terms of mar ket perce ption,
social respo nsibility index (S RI)
of the Johan nesburg S ecurity
Exchange (sh are price )amongst
other.
Being the po int of de parture, we
call this ph ilosophy a
"triple top- line" app roach to
business.
3.1
3.1 LAND
LAND –– DURING
DURING CONSTRUCTION
CONSTRUCTION
LL AND
AND
3.2
3.2
PEOPLE
PEOPLE and
and TRANSFORM
TRANSFORM ATI
ATION
ON
3.3
3.3
EENV
NVIRO
IRONME
NMENT
NT &
& MATERIAL
MATERIAL SS
3.4
3.4
EENERGY
NERGY
3.5
3.5
WATER
WATER
3.1
3.1 LAND
LAND –– DURING
DURING CONSTRUCTION
CONSTRUCTION
Weigh
Weigh Bri
Bridge
dgess
3.1
3.1 LAND
LAND –– DURING
DURING CONSTRUCTION
CONSTRUCTION
Weigh
Weigh Bri
Bridge
dgess
Cleaning
Cleaning of
of ro
roads
ads
4
3.1
3.1 LAND
LAND –– DURING
DURING CONSTRUCTION
CONSTRUCTION
3.1
3.1 LAND
LAND –– DURING
DURING CONSTRUCTION
CONSTRUCTION
Weigh
Weigh Bri
Bridge
dgess
Weigh
Weigh Bri
Bridge
dgess
Cleaning
Cleaning of
of ro
roads
ads
Cleaning
Cleaning of
of ro
roads
ads
HydroHydro-see
seeding
ding contro
controll for
for erosion
erosion
HydroHydro-see
seeding
ding contro
controll for
for erosion
erosion
Water
Water puls
pulsee meters
meters
3.1
3.1 LAND
LAND –– DURING
DURING CONSTRUCTION
CONSTRUCTION
3.1
3.1 LAND
LAND –– DURING
DURING CONSTRUCTION
CONSTRUCTION
Weigh
Weigh Bri
Bridge
dgess
Weigh
Weigh Bri
Bridge
dgess
Cleaning
Cleaning of
of ro
roads
ads
Cleaning
Cleaning of
of ro
roads
ads
HydroHydro-see
seeding
ding contro
controll for
for erosion
erosion
HydroHydro-see
seeding
ding contro
controll for
for erosion
erosion
Water
Water puls
pulsee meters
meters
Water
Water puls
pulsee meters
meters
Waste
Waste rec
recyclin
yclin g
g –– 36
36 ttonnes
onnes during
during cconstructi
onstruction
on
Waste
Waste rec
recyclin
yclin g
g –– 36
36 ttonnes
onnes during
during cconstructi
onstruction
on
Dust
Dust p
polluti
ollution
on control
control
3.1
3.1 LAND
LAND –– BULK
BULK EARTHWORKS
EARTHWORKS
3.1
3.1 LAND
LAND –– BULK
BULK EARTHWORKS
EARTHWORKS
75
7500 0000
00 cubi
cubicc meter
meter ba
balanced
lanced cut
cut ttoo fill
fill
5
3.1
3.1 LAND
LAND –– BULK
BULK EARTHWORKS
EARTHWORKS
3.1
3.1 LAND
LAND –– BULK
BULK EARTHWORKS
EARTHWORKS
75
7500 0000
00 cubi
cubicc meter
meter ba
balanced
lanced cut
cut ttoo fill
fill
75
7500 0000
00 cubi
cubicc meter
meter ba
balanced
lanced cut
cut ttoo fill
fill
Reduced
Reduced traffi
trafficc pollut
pollution
ion
Reduced
Reduced traffi
trafficc pollut
pollution
ion
Exces
Excesss soi
soill used
used for
for retent
retention
ion pond
ponds,s, K22
K2200 etc
etc
3.1
3.1 LAND
LAND –– BULK
BULK EARTHWORKS
EARTHWORKS
3.1
3.1 LAND
LAND –– BULK
BULK EARTHWORKS
EARTHWORKS
75
7500 0000
00 cubi
cubicc meter
meter ba
balanced
lanced cut
cut ttoo fill
fill
75
7500 0000
00 cubi
cubicc meter
meter ba
balanced
lanced cut
cut ttoo fill
fill
Reduced
Reduced traffi
trafficc pollut
pollution
ion
Reduced
Reduced traffi
trafficc pollut
pollution
ion
Exces
Excesss soi
soill used
used for
for retent
retention
ion pond
ponds,s, K22
K2200 etc
etc
Exces
Excesss soi
soill used
used for
for retent
retention
ion pond
ponds,s, K22
K2200 etc
etc
On-sit
On-sitee rocks
rocks ret
retained
ained
On-sit
On-sitee rocks
rocks ret
retained
ained
Savin
Savin g
g –– appro
approxx R2
R2 mill
million
ion
3.1
3.1 LAND
LAND –– LANDSCAPING
LANDSCAPING
3.1
3.1 LAND
LAND –– LANDSCAPING
LANDSCAPING
Aim
Aim to
to recrea
recreate
te ecoeco-sy
systems
stems
6
3.1
3.1 LAND
LAND –– LANDSCAPING
LANDSCAPING
3.1
3.1 LAND
LAND –– LANDSCAPING
LANDSCAPING
Aim
Aim to
to recrea
recreate
te ecoeco-sy
systems
stems
Aim
Aim to
to recrea
recreate
te ecoeco-sy
systems
stems
Plant
Plant appro
appropriat
priately
ely for
for the
the en
en vironment
vironment
Plant
Plant appro
appropriat
priately
ely for
for the
the en
en vironment
vironment
Plan
Plan to
to survi
survive
ve off
off harv
harveste
ested
d water
water
3.1
3.1 LAND
LAND –– LANDSCAPING
LANDSCAPING
3.1
3.1 LAND
LAND –– LANDSCAPING
LANDSCAPING
Aim
Aim to
to recrea
recreate
te ecoeco-sy
systems
stems
Aim
Aim to
to recrea
recreate
te ecoeco-sy
systems
stems
Plant
Plant appro
appropriat
priately
ely for
for the
the en
en vironment
vironment
Plant
Plant appro
appropriat
priately
ely for
for the
the en
en vironment
vironment
Plan
Plan to
to survi
survive
ve off
off harv
harveste
ested
d water
water
Plan
Plan to
to survi
survive
ve off
off harv
harveste
ested
d water
water
32
3200 cubic
cubic metre
metre p
per
er week
week require
required
d for
for irrig
irrigation
ation ((10
10 Hou
Hou se
se
32
3200 cubic
cubic metre
metre p
per
er week
week require
required
d for
for irrig
irrigation
ation
holds
holds))
Target
Target only
only Jul
Julyy // August
August for
for munici
municipal
pal w
water
ater
3.1
3.1 LAND
LAND –– LANDSCAPING
LANDSCAPING
Aim
Aim to
to recrea
recreate
te ecoeco-sy
systems
stems
Plant
Plant appro
appropriat
priately
ely for
for the
the en
en vironment
vironment
Plan
Plan to
to survi
survive
ve off
off harv
harveste
ested
d water
water
32
3200 cubic
cubic metre
metre p
per
er week
week require
required
d for
for irrig
irrigation
ation
Target
Target only
only Jul
Julyy // August
August for
for munici
municipal
pal w
water
ater
Re-use
Re-use of
of rock
rock
7
3.2
3.2 PEOPLE
PEOPLE
3.2
3.2 PEOPLE
PEOPLE
Use
Use of
of loca
locall la
labour
bour promote
promoted
d and
and BEE
BEE scorecar
scorecar d
d used
used for
for
all
all contra
contractors
ctors from
from the
the out
outset.
set.
3.2
3.2 PEOPLE
PEOPLE
3.2
3.2 PEOPLE
PEOPLE
Use
Use of
of loca
locall la
labour
bour promote
promoted
d and
and BEE
BEE scorecar
scorecar d
d used
used for
for
all
all contra
contractors
ctors from
from the
the out
outset.
set.
Use
Use of
of loca
locall la
labour
bour promote
promoted
d and
and BEE
BEE scorecar
scorecar d
d used
used for
for
all
all contra
contractors
ctors from
from the
the out
outset.
set.
Natura
Naturall light
light w
with
ith sun-s
sun-screening
creening to
to offi
offices
ces
Natura
Naturall light
light w
with
ith sun-s
sun-screening
creening to
to offi
offices
ces
South
South light
light and
and windo
windows
ws to
to Depo
Depott spa
space
ce
3.2
3.2 PEOPLE
PEOPLE
3.2
3.2 PEOPLE
PEOPLE
Use
Use of
of loca
locall la
labour
bour promote
promoted
d and
and BEE
BEE scorecar
scorecar d
d used
used for
for
all
all contra
contractors
ctors from
from the
the out
outset.
set.
Use
Use of
oflocal
local labour
labour promoted
promotedand
andBEE
BEE scorecard
scorecardused
usedfor
for
all
all contractors
contractorsfrom
from the
theoutset.
outset.
Natura
Naturall light
light w
with
ith sun-s
sun-screening
creening to
to offi
offices
ces
Natura
Naturall light
light w
with
ith sun-s
sun-screening
creening to
to offi
offices
ces
South
South light
light and
and windo
windows
ws to
to Depo
Depott spa
space
ce
South
South light
light and
and windo
windows
ws to
to Depo
Depott spa
space
ce
Well
Well insul
insulated
ated m
m ain
ain De
Depot
pot
Well
Well insul
insulated
ated m
m ain
ain De
Depot
pot
People
People with
with d
disisabil
abilitie
itiess catere
catered
d for,
for, within
within rea
reason
son
8
3.2
3.2 PEOPLE
PEOPLE –– CAP
CAPEX
EX VS
VS PPAYBACK
AYBACK
3.3
3.3 ENVIRONM
ENVIRONM ENT
ENT &
&M
M ATERIALS
ATERIALS
Add
Addition
ition al
al ca
capex
pex ap
approx
prox R4.4
R4.455 mill
million
ion
>40%
>40% BEE
BEE sscore
core acro
across
ss a
allll contrac
contractors
tors
3.3
3.3 ENVIRONM
ENVIRONM ENT
ENT &
&M
M ATERIALS
ATERIALS
3.3
3.3 ENVIRONM
ENVIRONM ENT
ENT &
&M
M ATERIALS
ATERIALS
Green
Green roof
roof ecoeco-sy
systems
stems –– a
approx
pprox 22 00
000m
0m ВІВІ
Local
Local mater
mater ial
ial an
an d
d supp
suppliers
liers preferred
preferred
Green
Green roof
roof ecoeco-sy
systems
stems –– a
approx
pprox 22 00
000m
0m ВІВІ
3.3
3.3 ENVIRONM
ENVIRONM ENT
ENT &
&M
M ATERIALS
ATERIALS
3.3
3.3 ENVIRONM
ENVIRONM ENT
ENT &
&M
M ATERIALS
ATERIALS
Green
Green roof
roof ecoeco-sy
systems
stems –– a
approx
pprox 22 00
000m
0m ВІВІ
Green
Green roof
roof ecoeco-sy
systems
stems –– a
approx
pprox 22 00
000m
0m ВІВІ
Local
Local mater
mater ial
ial an
an d
d supp
suppliers
liers preferred
preferred
Local
Local mater
mater ial
ial an
an d
d supp
suppliers
liers preferred
preferred
Non-tox
Non-toxic
ic produc
products
ts
Non-tox
Non-toxic
ic produc
products
ts
Eva
Evaporat
porative
ive co
coolers
olers ““air
air scrub
scrub’’ the
the environmen
environmen tt
(appr
(appr ox
ox 10
10 mi
millillion
on cubic
cubic metre
metress per
per da
dayy
9
3.3
3.3 ENVIRONM
ENVIRONM ENT
ENT &
&M
M ATERIALS
ATERIALS
3.3
3.3 ENVIRONM
ENVIRONM ENT
ENT &
&M
M ATERIALS
ATERIALS
Green
Green roof
roof ecoeco-sy
systems
stems –– a
approx
pprox 22 00
000m
0m ВІВІ
Green
Green roof
roof ecoeco-sy
systems
stems –– a
approx
pprox 22 00
000m
0m ВІВІ
Local
Local mater
mater ial
ial an
an d
d supp
suppliers
liers preferred
preferred
Local
Local mater
mater ial
ial an
an d
d supp
suppliers
liers preferred
preferred
Non-tox
Non-toxic
ic produc
products
ts
Non-tox
Non-toxic
ic produc
products
ts
Eva
Evaporat
porative
ive co
coolers
olers ““air
air scrub
scrub’’ the
the environmen
environmen tt
(appr
(appr ox
ox 10
10 mi
millillion
on cubic
cubic metre
metress per
per da
dayy
Eva
Evaporat
porative
ive co
coolers
olers ““air
air scrub
scrub’’ the
the environmen
environmen tt
(appr
(appr ox
ox 10
10 mi
millillion
on cubic
cubic metre
metress per
per da
dayy
Waste
Waste hea
heatt recycl
recycled
ed for
for freezer
freezer floor
floor gl
glycol
ycol sy
system
stem
Waste
Waste hea
heatt recycl
recycled
ed for
for freezer
freezer floor
floor gl
glycol
ycol sy
system
stem
Porous
Porous pav
paving
ing inv
invest
estigat
igated
ed but
but not
not incor
incor porate
porated
d as
as
water
water runoff
runoff isis reta
retained
ined an
an d
d reused
reused
3.4
3.4 ENERG
ENERGYY - SERVICES
3.4
3.4 ENERG
ENERGYY -- SERVICES
SERVICES
Refrigerati
Refrigeration
on plant
plant –– hi
high
gh co-effici
co-efficient
ent performanc
performancee
3.4
3.4 ENERG
ENERGYY - SERVICES
3.4
3.4 ENERG
ENERGYY -- SERVICES
SERVICES
Refrigerati
Refrigeration
on plant
plant –– hi
high
gh co-effici
co-efficient
ent performanc
performancee
Refrigerati
Refrigeration
on plant
plant –– hi
high
gh co-effici
co-efficient
ent performanc
performancee
Glyc
Glycol
ol ssystem
ystem –– w
wast
astee heat
heat re-use
re-use pref
preferred
erred
Glyc
Glycol
ol ssystem
ystem –– w
wast
astee heat
heat re-use
re-use pref
preferred
erred
Kwh
Kwh consumption
consumption redu
redu ced
ced b
byy appr
appr ox
ox 12%
12%
10
3.4
3.4 ENERG
ENERGYY - SERVICES
3.4
3.4 ENERG
ENERGYY -- SERVICES
SERVICES
Refrigerati
Refrigeration
on plant
plant –– hi
high
gh co-effici
co-efficient
ent performanc
performancee
Refrigerati
Refrigeration
on plant
plant –– hi
high
gh co-effici
co-efficient
ent performanc
performancee
Glyc
Glycol
ol ssystem
ystem –– w
wast
astee heat
heat re-use
re-use pref
preferred
erred
Glyc
Glycol
ol ssystem
ystem –– w
wast
astee heat
heat re-use
re-use pref
preferred
erred
Kwh
Kwh consumption
consumption redu
redu ced
ced b
byy appr
appr ox
ox 12%
12%
Kwh
Kwh consumption
consumption redu
redu ced
ced b
byy appr
appr ox
ox 12%
12%
Ammonia
Ammonia bas
based
ed chil
chiller
ler sy
system
stem
Ammonia
Ammonia bas
based
ed chil
chiller
ler sy
system
stem
Solar
Solar heat
heating
ing for
for shower
shower an
an d
d whb
whb w
water
ater
3.4
3.4 ENERG
ENERGYY - SERVICES
3.4
3.4 ENERG
ENERGYY -- SERVICES
SERVICES
Refrigerati
Refrigeration
on plant
plant –– hi
high
gh co-effici
co-efficient
ent performanc
performancee
Refrigerati
Refrigeration
on plant
plant –– hi
high
gh co-effici
co-efficient
ent performanc
performancee
Glyc
Glycol
ol ssystem
ystem –– w
wast
astee heat
heat re-use
re-use pref
preferred
erred
Glyc
Glycol
ol ssystem
ystem –– w
wast
astee heat
heat re-use
re-use pref
preferred
erred
Kwh
Kwh consumption
consumption redu
redu ced
ced b
byy appr
appr ox
ox 12%
12%
Kwh
Kwh consumption
consumption redu
redu ced
ced b
byy appr
appr ox
ox 12%
12%
Ammonia
Ammonia bas
based
ed chil
chiller
ler sy
system
stem
Ammonia
Ammonia bas
based
ed chil
chiller
ler sy
system
stem
Solar
Solar heat
heating
ing for
for shower
shower an
an d
d whb
whb wat
water
er
Solar
Solar heat
heating
ing for
for shower
shower an
an d
d whb
whb w
water
ater
Simple
Simple AC
AC // HV
HV ssystem
ystem incorpor
incorpor ated
ated
Simple
Simple AC
AC // HV
HV ssystem
ystem incorpor
incorpor ated
ated
Green
Green roof
roof insul
insulation
ation
3.4
3.4 ENERG
ENERGYY - SERVICES
3.4
3.4 ENERG
ENERGYY –– ELECTRICAL
ELECTRICAL
Refrigerati
Refrigeration
on plant
plant –– hi
high
gh co-effici
co-efficient
ent performanc
performancee
Glyc
Glycol
ol ssystem
ystem –– w
wast
astee heat
heat re-use
re-use pref
preferred
erred
Kwh
Kwh consumption
consumption redu
redu ced
ced b
byy appr
appr ox
ox 12%
12%
Ammonia
Ammonia bas
based
ed chil
chiller
ler sy
system
stem
Solar
Solar heat
heating
ing for
for whb
whb and
and w
water
ater
Simple
Simple AC
AC // HV
HV ssystem
ystem incorpor
incorpor ated
ated
Green
Green roof
roof insul
insulation
ation
Solar
Solar po
power
wer for
for grey
grey wa
water
ter recyc
recycling
ling
11
3.4
3.4 ENERG
ENERGYY – ELECTRICAL
Latest
Latest techno
technolog
logies
ies incor
incor porat
porated
ed
3.4
3.4 ENERG
ENERGYY –– ELECTRICAL
ELECTRICAL
Latest
Latest techno
technolog
logies
ies incor
incor porat
porated
ed
Build
Building
ing Mana
Management
gement Sy
System
stem ((BMS)
BMS) im
im plemente
plemented
d
3.4
3.4 ENERG
ENERGYY – ELECTRICAL
3.4
3.4 ENERG
ENERGYY –– ELECTRICAL
ELECTRICAL
Latest
Latest techno
technolog
logies
ies incor
incor porat
porated
ed
Latest
Latest techno
technolog
logies
ies incor
incor porat
porated
ed
Build
Building
ing Mana
Management
gement Sy
System
stem ((BMS)
BMS) im
im plemente
plemented
d
Build
Building
ing Mana
Management
gement Sy
System
stem ((BMS)
BMS) im
im plemente
plemented
d
Energy
Energy effic
efficient
ient lilighting
ghting ssyst
ystem
em &
& lamps
lamps
Energy
Energy effic
efficient
ient lilighting
ghting ssyst
ystem
em &
& lamps
lamps
Appr
Appr ox
ox 15
150000 light
light fit
fitting
tingss
3.4
3.4 ENERG
ENERGYY – ELECTRICAL
3.4
3.4 ENERG
ENERGYY –– CAP
CAPEX
EX VS
VS PPAYBACK
AYBACK
Latest
Latest techno
technolog
logies
ies incor
incor porat
porated
ed
Build
Building
ing Mana
Management
gement Sy
System
stem ((BMS)
BMS) im
im plemente
plemented
d
Energy
Energy effic
efficient
ient lilighting
ghting ssyst
ystem
em &
& lamps
lamps
Appr
Appr ox
ox 15
150000 light
light fit
fitting
tingss
Appr
Appr ox
ox 20%
20% more
more eff
efficient
icient than
than con
con venti
ventional
onal de
desisign
gn
Add
Addition
ition al
al ca
capex
pex ap
approx
prox R4
R4 mil
million
lion
Save
Saved
d per
per annum
annum –– appro
approxx R43
R4300 0000
00
Pay
Pay back
back p
period
eriod approx
approx 5.5
5.5 ye
years
ars
12
3.5
3.5 WATER
WATER HARVESTING
HARVESTING -- STORM
STORM WATER
WATER
3.5
3.5 WATER
WATER HARVESTING
HARVESTING -- STORM
STORM WATER
WATER
Multiple
Multiple p
pipe
ipe ssyst
ystem
em
3.5
3.5 WATER
WATER HARVESTING
HARVESTING -- STORM
STORM WATER
WATER
3.5
3.5 WATER
WATER HARVESTING
HARVESTING -- STORM
STORM WATER
WATER
Multiple
Multiple p
pipe
ipe ssyst
ystem
em
Multiple
Multiple p
pipe
ipe ssyst
ystem
em
Retention
Retention pond
pondss with
with ree
reed-be
d-bed
d filtra
filtration
tion
Retention
Retention pond
pondss with
with ree
reed-be
d-bed
d filtra
filtration
tion
Ponds
Ponds hold
hold 8.5
8.5 mil
million
lion litre
litress
(5
(5 Ol
Olymp
ympic
ic sw
swimming
imming poo
poolsls))
3.5
3.5 WATER
WATER HARVESTING
HARVESTING -- STORM
STORM WATER
WATER
3.5
3.5 WATER
WATER HARVESTING
HARVESTING –– GREY
GREY
WATER
WATER
Multiple
Multiple p
pipe
ipe ssyst
ystem
em
Retention
Retention pond
pondss with
with ree
reed-be
d-bed
d filtra
filtration
tion
Ponds
Ponds hold
hold 8.5
8.5 mil
million
lion litre
litress
(5
(5 Ol
Olymp
ympic
ic sw
swimming
imming poo
poolsls))
Irrigat
Irrigation
ion requirement
requirementss ap
approx
prox 3350
50 00
0000 litre
litres/month
s/month
13
3.5
3.5 WATER
WATER HARVESTING
HARVESTING –– GREY
GREY
WATER
WATER
Grey
Grey w
water
ater filtra
filtration
tion ssystem
ystem –– C
Cost
ostss R25
R2500 0000
00
3.5
3.5 WATER
WATER HARVESTING
HARVESTING –– GREY
GREY
WATER
WATER
Grey
Grey w
water
ater filtra
filtration
tion ssystem
ystem –– C
Cost
ostss R25
R2500 0000
00
Toilet
Toilet flushin
flushin g
g 10
10 00
0000 litre
litress per
per d
day
ay
3.5
3.5 WATER
WATER HARVESTING
HARVESTING –– GREY
GREY
WATER
WATER
3.5
3.5 WATER
WATER HARVESTING
HARVESTING –– GREY
GREY
WATER
WATER
Grey
Grey w
water
ater filtra
filtration
tion ssystem
ystem –– C
Cost
ostss R25
R2500 0000
00
Grey
Grey w
water
ater filtra
filtration
tion ssystem
ystem –– C
Cost
ostss R25
R2500 0000
00
Toilet
Toilet flushin
flushin g
g 10
10 00
0000 litre
litress per
per d
day
ay
Toilet
Toilet flushin
flushin g
g 10
10 00
0000 litre
litress per
per d
day
ay
Facili
Facility
ty require
requiress ap
approx
prox 4400 0000
00 llitres
itres w
water
ater per
per d
day
ay
(1
(1 dome
domestic
stic swimm
swimm ing
ing poo
pool)l)
Facili
Facility
ty require
requiress ap
approx
prox 4400 0000
00 llitres
itres w
water
ater per
per d
day
ay
(1
(1 dome
domestic
stic swimm
swimm ing
ing poo
pool)l)
Filtered
Filtered borehole
borehole w
water
ater for
for entire
entire fac
facilit
ilityy
incorporat
incorporated
ed
At
At time
timess can
can sup
supply
ply 10
100%
0% of
of faci
facility
lity re
requirements
quirements
3.5
3.5 WATER
WATER HARVESTING
HARVESTING ––
CAPEX
CAPEX VS
VS PAYB
PAYBACK
ACK
4.0
4.0 SUMM
SUMM ARY
ARY
Add
Addition
ition al
al ca
capex
pex ap
approx
prox R5.6
R5.666 mill
million
ion
Save
Saved
d per
per annum
annum appr
appr ox
ox R62
R6200 0000
00
Pay
Pay back
back p
period
eriod approx
approx 99 year
year ss
14
4.0
4.0 SUMM
SUMM ARY
ARY
In
In line
line with
with wor
wor ld
ld recogn
recogn ized
ized st
standar
andar ds
ds
4.0
4.0 SUMM
SUMM ARY
ARY
In
In line
line with
with wor
wor ld
ld recogn
recogn ized
ized st
standar
andar ds
ds
“Bes
“Bestt pract
practice”
ice” ssystem
ystem ss genera
generally
lly in
in corpora
corporated
ted
4.0
4.0 SUMM
SUMM ARY
ARY
4.0
4.0 SUMM
SUMM ARY
ARY
In
In line
line with
with wor
wor ld
ld recogn
recogn ized
ized st
standar
andar ds
ds
In
In line
line with
with wor
wor ld
ld recogn
recogn ized
ized st
standar
andar ds
ds
“Bes
“Bestt pract
practice”
ice” ssystem
ystem ss genera
generally
lly in
in corpora
corporated
ted
“Bes
“Bestt pract
practice”
ice” ssystem
ystem ss genera
generally
lly in
in corpora
corporated
ted
Very
Very high
high perc
percentag
entagee of
of local
local m
m ateria
ateriall and
and suppl
suppliers
iers
Very
Very high
high perc
percentag
entagee of
of local
local m
m ateria
ateriall and
and suppl
suppliers
iers
Des
Designed
igned ttoo impro
improve
ve emplo
employee
yee ssati
atisfact
sfaction
ion
4.0
4.0 SUMM
SUMM ARY
ARY
4.0
4.0 SUMM
SUMM ARY
ARY
In
In line
line with
with wor
wor ld
ld recogn
recogn ized
ized st
standar
andar ds
ds
In
In line
line with
with wor
wor ld
ld recogn
recogn ized
ized st
standar
andar ds
ds
“Bes
“Bestt pract
practice”
ice” ssystem
ystem ss genera
generally
lly in
in corpora
corporated
ted
“Bes
“Bestt pract
practice”
ice” ssystem
ystem ss genera
generally
lly in
in corpora
corporated
ted
Very
Very high
high perc
percentag
entagee of
of local
local m
m ateria
ateriall and
and suppl
suppliers
iers
Very
Very high
high perc
percentag
entagee of
of local
local m
m ateria
ateriall and
and suppl
suppliers
iers
Des
Designed
igned ttoo impro
improve
ve emplo
employee
yee ssati
atisfact
sfaction
ion
Des
Designed
igned ttoo impro
improve
ve emplo
employee
yee ssati
atisfact
sfaction
ion
Energy
Energy ssyst
ystems
ems of
of high
high effi
efficiency
ciency
Energy
Energy ssyst
ystems
ems of
of high
high effi
efficiency
ciency
World
World wi
wide
de cutting
cutting eedge
dge a
approa
pproach
ch to
to water
water
harves
harvesting
ting
15
5.0
5.0 SCORECARD
SCORECARD
Capex
Capex spend
spend approx
approx R11million
R11million
Average
Average pay
payback
back period
period around
around 88 yyears
ears
THANK
THANK Y
YOU
OU TO
TO
R&L Architects
Southnet
LPC International
MDSA
WSP
Ubunye
Norval Wentzel
CKR Engineeering
WS & B
Africon
Green By Design
SFT Safety
New Town Landscaping
Mills and Otten
16
Документ
Категория
Без категории
Просмотров
13
Размер файла
12 924 Кб
Теги
1/--страниц
Пожаловаться на содержимое документа