REFINERY LOCATION
LAYOUT (Total Area: 723 acres; Refnery – !!" AT# $ 2!2% Coo!"n To#er$
CPP ETP
MS BLOCK C
P R U
DHDS
CDU-2 CDU-1
C C C
DHT S"te
FCC-2 CDU-3
FCC-1 PP-1
P P P P
F!are %e are &ere
C
Crude Tanks
P
Product Tanks Process Units Utilities
ADMN . Reservoir
P P P P
P P P
P P
Mounded Storae
LAYOUT (cont&'%
''SPL P C F L
Crude Tanks
P P
P P
P P
P
P
P P
P P P
P
C
P
P
Product anks
P
P
P P
C P C
C
C C
C
C
C
Entrance from Refinery
I)TORY * +RO,T
CRU-E) #ROCE))ECo.ntry UAE
Cr.&es U//er 0a1. 6.ran
)a.&8 Ara8a
Ara E9tra Lt Ara Lt
Iran
Iran Lt Iran 689 )oroos5 Noroo<
Co.ntry
Cr.&es
Ira
4asra5 Lt
Yeen
6as8la
.a8t -.a8
.a8t -.a8
CRU-E) #ROCE))ECo.ntry
Co.ntry
6alays8a
Cr.&es 68rr8 Ta/8s La.an 81e5
An=ola
Cr.&es Nea #l.ton8o +8rassol Ca8n&a
N8=er8a
>.a8oe 4onny Lt Forca&os Er5a 4rass Lt Escra@os
A
A
#RO-UCT #ROFILE LI+T EN-)
6I--LE -I)TILLATE)
EAY EN-)
#ro/ylene
)O
FO (2 =ra&es%
L#+ (2
ATF
L))
=ra&es%
-8esel (E$
48t.en (2
=ra&es%
3%
+asol8ne (2
Na/5t5a
L-O
F)-
=ra&es%
FACILITIE)
T5ree Cr.&e -8st8llat8on Un8ts:
C-U$!:
!'B
66T#A
C-U$2:
3'!
66T#A
C-U$3: 3' 66T#A
FACILITIE) (contH&% To Fl.8&8
FACILITIE) (contH&%
-8esel y&ro -e$ s.lG.r8
FACILITIE) (contH&%
6) >.al8ty ./$ =ra&at8on Gac8l8t8es: NT: !'! 66T#A CCR: D'7 66T#A NIU: D'22 66T#A FCC$NT: D'B3 66T#A
FACILITIE) (contH&% !!2 Tan1s Cr.&e: !2 Tan1s #ro&.cts: Tan1s Ot5ers: ! Tan1s L#+ stora=e 4.llets #ro/ylene stora=e 2 4.llets
UTILITIE)
4o8lers Gor )tea +enerat8on
Ca/t8@e #oer #lant ( +T+Hs $ 6,%
-e$8neral8
A8r Co/ressors" N8tro=en syste
Cool8n= ater syste
Flare syste
REFINERY 4LOC -IA+RA6 +as
L#+ NT
)RN Cr.&e
C N ERO U LIJIIJIII -
RCO
U IJIIJII
)RU
N I U
N ) U
L#+ 6) Na/5t5a
C L#+ C # R L# R + U
+A) F L+O C C +O IJII
+as #ro/ylene
)O ATF
CRN LCO
)U
N)U
-)
CO
)L-O
)R
F)+A)
L#+ 4 4N U 4+O 4 TAR
44U 44U
) L)) FO 48t.e n ).lG.r
FACILITIE) (contH&%
Cr.&e3K
R
O)T T
#ro&.cts #ro/yleneL#+
)#L
Ter8n als
O8l ,5arG
A#CL
L#+ 4ottl8n= #lant
)AFETY 6ANA+E6ENT
To fre stat8ons – one 8n t5e refnery an& t5e ot5er 8n AT# area
F8re ater netor1 co@er8n= all t5e refnery Gac8l8t8es (!D2B 5y&rants an& 33 on8tors%
Internal an& e9ternal saGety a.&8ts
#er8o&8c oc1 &r8lls
On$s8te an& O$s8te eer=ency /lans
6.t.al a8& sc5ee 8t5 Coroan&el Fert8l8
ENIRON6ENTAL 6ANA+E6ENT
#CL – 8sa15 Refnery 8s an I)O !DD! Co/any 8t5 Goc.s on:
E8ss8on Control
EM.ent Treatent
)ol8& ,aste 6ana=eent
E6I))ION CONTROL
8=5 ec8ency G.rnaces J o8lers
Lo ).lG.r G.els 8n G.rnaces J o8lers an& +T+Hs
Lo NO9 .rners
).lG.r Reco@ery Un8ts
3 A8ent a8r on8tor8n= stat8ons
On$l8ne stac1 analy
)OUT +ATE CAA6 )TATION
EFFLUENT TREAT6ENT
EM.ent treatent /lants 8t5 /r8ary" secon&ary an& tert8ary treatent ste/s
O8l s18ers on o.tlet oG s.rGace &ra8ns
)e=re=ate& eM.ent collect8on syste 8n /rocess .n8ts
EFFLUENT TREAT6ENT
)OLI- ,A)TE 6ANA+E6ENT
In$s8t. J E9$s8t. treatent oG o8ly sl.&=e toar&s re&.ct8on 8n o8l content
-8s/osal oG treate& an& ot5er o8ly sl.&=e to a//ro@e& recyclers
-8s/osal oG s/ent catalysts to a//ro@e& recyclers
O8ly J C5e8cal &r.s clean8n= Gac8l8ty
6APOR #ROPECT)
)8n=le #o8nt 6oor8n= ()#6% Gac8l8t8es $ co/lete& an& rea&y Gor co8ss8on8n=
-8esel y&ro Treater (-T% /ro?ect $ 8/leentat8on 8n /ro=ress
COR#ORATE )OCIAL RE)#ON)I4ILITY
E&.cat8onal a8&s (oo1s" co/.ters" &es1s" stat8onery * sc5olars58/s%
InGrastr.ct.ral Gac8l8t8es at sc5ools (constr.ct8on oG classroos" l8rary" laoratory" etc'%
Constr.ct8on oG Co.n8ty centres
).//ort to /5ys8cally 5an&8ca//e& c58l&ren" or/5ans" )CJ)T 5ostels'
Contr8.t8on oG e&8cal Gac8l8t8es (5os/8tal cots * attresses" e.8/ent" test 18ts" etc%
A.lance to +o@t' 5os/8tals" @e58cles to soc8ety Gor /5ys8cally c5allen=e& /eo/le