:
.
144000
245000
.
320000
.
1388
600
.
.
.
%50
.
.
.
.
.
:
(1)
.
.
200
.
33
API
80
(1)
[1]
(
)
-(1)
TBP
SPECIFICATION
CONDENSATE
SPECIFIC GRAVITY @ 15.56 /15.56 °C
0.7511
API
56.89
SULPHUR CONTENT
WT%
0.02
H2S CONTENT
PPM
<5
MERCAPTAN CONTENT
PPM
188.0
PARAFFIN CONTENT
VOL%
74.1
NAPHTENE CONTENT
VOL%
13.0
OLEFIN CONTENT
VOL%
0.4
AROMATIC CONTENT
VOL%
12.5
POUR POINT
°C
-54
CALORIFIC VALUE, NET
Kcal/Kgr
R.V.P
PSI
5.3
IBP-100
VOL%
30
IBP-150
VOL%
60
IBP-200
VOL%
81
IBP-260
VOL%
94
260+
VOL%
6
[1]
10458
-( 1)
:
.
(SR)
.
195
.
FCCU
.
:
.
.
(Research Octane Number)
.
.
(Motor Octane Number)
.[2]
ASTM
6-10
MON
RON
(RVP)
-
(Volatility)
.
.
%50
%25
%90 50
.
.
.
(2)
(3)
.
.
[3]
Property
-( 2)
Unit
Euro 1996 Euro 2000 Euro2005
nioc
Lead
Mg/L
13 max
5 max
5 max
13 max
Benzene
% vol
5.0 max
1.0 max
1.0 max
----
Aromatics
% vol
Not specified
42 max
35 max?
----
Olefins
% vol
Not specified
18 max
18 max
----
Sulphur
ppm
500 max
150 max
50 max
1000 max
RVP summer
kPa
80 max
60 max
?
RVP winter
kPa
90 max
90 max
?
RON/MON
------
Not specified
92/82
92/82
[1]
55 max summer
69 max winter
95/87
– ( 3)
SPECIFICATION
CONDENSATE
CRUDE
70.31
19.78
0.7328
0.7287
VOL%
72.07
23.31
SULPHUR CONTENT
WT%
<0.01
0.03
MERCAPTAN CONTENT
PPM
10
12
ACIDITY, TOTAL
mgKOH/gr
<0.05
<0.05
RVP
PSI
6.15
8.55
+30
+30
61.4
59
2a
2b
>480
>480
14
-----
YIELD
ON CRUDE
WT%
SPEC. GRAVITY @15.56/15.56°C
YIELD
COLOR
ON CRUDE
Saybolt
R.O.N. CLEAR
Cu, CORROSION 100°C, 3HRS
OXIDATION STABILITY
Min
GUM EXISTANCE
mg/100ml
*
PARAFFIN CONTENT
VOL%
S =88.5
74.43
NAPHTHENE CONTENT
VOL%
---
16.33
OLEFINE CONTENT
VOL%
0.3
0.15
AROMATIC CONTENT
VOL%
11.2
9.09
*SATURATE:PARAFFIN+NAPHTHENE
.
.
Euro 2005
.
.
.
:
(Wide - Cut)
.
(2)
.
.
15
1998 1990
5
16
.
8
(3)
(4)
.
.
.
Million Gallons/Day
180
175
170
165
160
155
150
145
140
135
1990
1992
1994
1996
1998
Year
[ 4 ]1990-1998
[4 ](Wide Cut)
-( 2)
ASTM
–(3)
.
.
.
.
.
[3]
- (4)
°C
°C
MJ/kg
8
125/7
-56/8
0/7027
44/42
8
117/6
-109
0/6879
44/38
8
121/5
-143/8
0/7809
43/57
8
144/4
-25/2
0/8801
40/81
.
.
(2
)
( 5)
(1
)
.
(
.
.
)
NIOC
.
NIOC
[ 1] NIOC
- ( 5)
SPECIFICATIONS
JET
JET
NIOC
FUEL 1
YIELD
ON CRUDE
WT%
JET
NIOC
FUEL2
NIOC
FUEL3
63.61
---
51.97
---
29.93
---
0.7402
---
0.7769
---
0.7733
---
64.55
---
50.24
---
29.07
---
59.66
---
50.62
---
51.49
---
0.01
<0.05
<0.01
<0.4
<0.01
<0.3
PPM
23
---
14
<20
8
<30
PSI
---
5.5-7.0
<1
2-3
<1
---
1b
1a
1b
1a
1b
---
°C
<-70
<-60
-51
<-58
-45
<-47
SATURATE CONTENT
VOL%
87.1
---
83.6
---
79.5
---
OLEFINE CONTENT
VOL%
0.5
---
0.5
<5
0.5
<5
AROMATIC CONTENT
VOL%
12.4
---
15.9
<25
20
<25
°C
51.0
---
64.7
---
70
---
7383
>7500
7457
>5250
4292
>5250
Kcal/Kg
10490
>10407
10405
>10239
10360
>10239
mg/100ml
6
<3
14
<7
16
<7
SPEC. GRAVITY @15.56/15.56°C
YIELD
ON CRUDE
VOL%
API GRAVITY
SULPHUR CONTENT
WT%
MERCAPTAN CONTENT
RVP
Cu, CORROSION 100°C, 3HRS
FREEZING POINT
ANILINE POINT
ANILIN GRAVITY
CALORIFIC VALUE NET
GUM EXISTANCE
:
.
.
.
.
150-380
.
.
.
.
kg/m3 820-860
15
.
40
20
.
.
T90 T50 T10
230-280
200
ASTM
T50 .
T50
2005
90
50
300
T50
10
.
. [5]
.
10
2005
.
360 T95
1/5
.
1
NIOC
0/05
.
ppm 50
.
100
.
.
.
51
2005
15
.
260 190
( 6)
.
.
260
.
[1]
-( 6)
SPECIFICATIONS
SPEC. GRAVITY @15.56/15.56°C
YIELD
190+
260+
0.8112
0.8347
ON CRUDE
VOL%
22.14
6.54
SULPHUR CONTENT
WT%
0.12
0.24
MERCAPTAN CONTENT
PPM
51
13
1a
1a
Cu, CORROSION 100°C, 3HRS
ANILINE POINT
°C
65.2
74.5
FLASH POINT ( PMCC )
°C
80
134
DIESEL INDEX
64
63
CETANE NUMBER
51
56
KINEMATIC VISCOSITY@40 °C
c .St.
3.86
6.3
KINEMATIC VISCOSITY@100 °C
c .St.
1.12
2.49
°C
-23
-4
PARAFFIN CONTENT
VOL%
81.8
69.3
NAPHTHENE CONTENT
VOL%
11.8
20.7
AROMATIC CONTENT
VOL%
6.4
10.0
CARBON RES.RAMS BOTTOM
WT%
0.22
0.31
WAX CONTENT
WT%
0.8
3.1
Kcal/Kg
10275
10322
COLD FILTER PLUGGING POINT
CALORIFIC VALUE NET
:
.
.
.
.
.
.
.
ASTM
.
.
.
NIOC
(7)
.
.
.
[1]
-( 7)
SPECIFICATIONS
CUTING RENGE
YIELD
ON CRUDE
AW 406
AW 404
AW 402
°C
62-80
60-143
145-200
WT%
10.49
48.88
24.91
0.6989
0.7333
0.7781
SPEC. GRAVITY @15.56/15.56°C
YIELD
ON CRUDE
VOL%
11.30
50.19
24.11
SULPHUR CONTENT
WT%
<0.01
<0.01
<0.01
MERCAPTAN CONTENT
PPM
3
2
8
FLASH POINT ( PMCC )
°C
---
---
40
+30
+30
+30
COLOR
Saybolt
SATURATE CONTENT
VOL%
---
88.2
85.7
OLEFINE CONTENT
VOL%
---
0.5
0.5
AROMATIC CONTENT
VOL%
---
11.3
13.8
:
.
.
(CCR )
.
.
.
.
:
.
.
.
.
H2S
(8)
.
NH3
.
[6]
m3/m3
-(8)
kg/cm2
°C
50-100
20-30
325-350
150-250
30-60
350-400
200-400
50-80
375-400
:
.
.
80-210
.
.
.
( 9)
[6]
-( 9)
%
30-50
45-55
5-10
30-40
0
0-2
45-60
5-10
.
2PPM
30 PPM
.[7]
:
1999
.
% 60
.
120000
500
.
.[ 8 ]
.
.
2001
57000
.
.
.
.
.
.
.
1390
:
1382
-1
2- A.C. Lucas , “ Modern Petroleum Technology ” 6th Edith , Johon Wiley & Son
, LTD , 2001.
3- B. Blackett, “ How do New Zealand Fuels Stack Up ? ” , Energy Federation .
Conference , 26 June , 2001.
4, - Aviation Fuels Technical Review chapter 4 , Copyright 2000 chevron
Products Company , Last updated : 11/21/2004
5- R. Maddox , T. kalnes , D. Lindsay , “ Integrated Solutions for optimized ULSD
economics ” PTQ , P.95, Autumn 2003
.1375
"
7- CCR Platforming Processo For Motor Fuel Production , UOP 4223- 39
1103P TEOBb
8- ENOC JEBEL ALI OIL REFINERY , DUBAI , SAUDI ARABLA(internet
".
-6