Jet A-1

PROPERTY	UNITS	LIMIT	METHOD
APPEARANCE Visual Appearance Colour, Saybolt   Particulate contamination at point of manufacture	--     -- mg/L	Clear, Bright & visually free from solid matter  & un-dissolved water at ambient fuel temperature     Report   Max 1.0	VISUAL       ASTM D6045 / D156   ASTM D5452
COMPOSITION Total Acidity Aromatics Or Total Aromatics   Sulfur, Total   Sulfur, Mercaptan	mg KOH/g   % v/v   % v/v   % m/m   % m/m	Max 0.015   25.0 Max   26.5 Max   Max 0.30   Max 0.0030	ASTM D3242   ASTM D1319   ASTM D6379   ASTM D4294 / D5453   ASTM D3227
COMPONENTS AT THIS POINT OF MANUFACTURE   Non Hydroprocessed Components   Severely Hydroprocessed Components   Synthetic Components	% v/v     % v/v     % v/v	Report     Report     Report
VOLATILITY Distillation: Initial Boiling Point   10% Recovery	°C   °C	Report   Max 205.0	ASTM D86 / ASTM D2887
PROPERTY	UNITS	LIMIT	METHOD
50% Recovery   90% Recovery End Point Residue Loss	°C   °C   °C   % v/v   % v/v	Report Report Max 300.0 Max 1.5   Max 1.5
Flash Point   Density @ 15°C	°C   kg/m³	Min 38.0   775.0  Min to 840.0  Max	IP 170 / ASTM D93 (Procedure A)   ASTM D4052
FLUIDITY Freezing Point Viscosity at minus 20°C	°C   mm²/s	Max minus 47.0   Max 8.000	ASTM D2386 / D7153   ASTM D445
COMBUSTION Smoke Point and Naphthalenes   Specific Energy,  Net	mm   % v/v   MJ/kg	Min 18.0   Max 3.0   Min 42.80	ASTM D1322   ASTM D1840   ASTM D3338
CORROSION   Copper Strip (2hr ± 5min @ 100°C ± 1°C)	Class	Max 1	ASTM D130
STABILITY   Thermal Stability, JFTOT Test Temperature Tube Rating Visual (ANNEX A1-VTR)   Filter Pressure Differential	°C -- mm Hg	Min 260   Less than 3 No Peacock (P) or Abnormal (A)   Max 25	ASTM D3241
CONTAMINANTS
Existent Gum (Air)	mg/100  ml	Max 7	IP 540
PROPERTY	UNITS	LIMIT	METHOD
Microseparometer at Point of Manufacture MSEP With SDA CONDUCTIVITY Electrical Conductivity   Conductivity Temperature	Rating         pS/m   °C	Min 70         50 Min to 600 Max   Report	ASTM D3948         ASTM D2624
*LUBRICITY   Wear  Scar  Diameter	mm	Max 0.85	ASTM D5001
Static Dissipator Additive, Stadis 450: RDE/A/621	mg/l	Max 3.0	Calc
Antioxidant Additive: RDE/A/609	mg/l	24 Max	Calc

EN590-10PPM

PROPERTY/TEST	TEST METHOD	SPECIFICATIONS
APPEARANCE		CLEAR, BRIGHT AND FREE FROM WATER & VISIBLE IMPURITIES
DENSITY AT 15 0C kg/m3	ASTM D 1298 / ASTM D 4052	820 – 845
COLOUR	ASTM D 1500	MAX. 1.5
DISTILLATION	ASTM D 86
E250 Vol % MAX		<65
E350 Vol % MIN		85
T95 0C		MAX. 360
CETANE INDEX OR	ASTM D 976 / ASTM D 4737	MIN. 50 (NOTE 1)
CETANE NUMBER	ASTM D 613	MIN. 51
CFPP 0C	ASTM D 6371	MAX. +5
SULPHUR CONTENT mg/kg	ASTM D 5453 ASTM D 2622	MAX. 10
FLASH POINT  0C	ASTM D 93	MIN. 55
VISCOSITY KIN AT 40 0C, cSt	ASTM D 445	2 – 4
WATER CONTENT mg/kg	ASTM D 6304	MAX. 200
CU - STRIP CORROSION 3 hrs AT 50 0C	ASTM D 130	MAX. 1
ASH % m/m	ASTM D 482	MAX. 0.01
CARBON RESIDUE, % m/m	ASTM D 524 / ASTM D 4530	MAX. 0.2
PARTICULATE CONTAMINANTS, TOTAL mg/l	ASTM D 6217	MAX. 10

LPG SPECIFICATION

PROPERTY	TEST METHOD	VALUE
Propane max ratio (%)	ASTM D-2163	30%
Butane min ratio (%)	ASTM D-2163	70%
Total Sulphur max (%)	ASTM D-2163	0,01
Compound Sulphur max ratio	ASTM D-5305 IP 272	0,008 0,003
Hydrogen Sulphur max ratio	ASTM D-2420 IP 272	- 0,002
Drought	ASTM D-2713	Free of water
Pentane and heavier gases  max ratio (%)	ASTM D-2163	2%
Steam pressure at 37.8 °C max ratio	ASTM D-1267	100
Temperature of the mixture when evaporation is 95% at pressure 760 mm Hg max	ASTM D-1837	2,2

LIQUIFIED NATURAL GAS (LNG) SPECIFICATIONS

Components/ substance	UNIT		MIN		MAX
ETHANE	%				9.2 Mol
METHANE	%		85.0 Mol		9.6 Mol
PROPANE	%				3.00 Mol
BUTANES	%				2.00 Mol
PUTANES	%				0.25 Mol
NITROGEN	%                              1.0 Molecular
TOTAL SULPHUR		10PPM (W)
Max variation in Wobble index (WI) {WI=LHV  (Volumetric  Basis  /  (specific  Gravity  w.r.t Air)0.5}				+/- 5.0 %
SULPHUR IN HYDROGEN SULPHIDE	10PPM(W)
CONTAMINANTS
(a)                 Trace Metals
i. pb +Zn	0.50 Ppm (W)
ii. Vanadium	0.50 Ppm (W)
iii.                  calcium	2.0 Ppm (W)
iv.                  magnesium	2.0 Ppm (W)
(b)                 Liquid content                             0.0 NIL
(c) Solids/ Particulates
i.   Total   for   particle   size   up   to 10microns	---
ii For 2 microns <d < 10micron	20.0 Ppm (W)
iii For particles size > 10 micron	1.50 Ppm (W)
(d)                 Moisture                                      122kg/million SCM
Hydrogen content	1.00% (V)
Acetylene(C2H2)	0.10% (V)

LOW SULPHUR FUEL OIL SPECIFICATIONS

NO	PARAMETER	UNIT	LIMIT	TEST METHOD
1	Density 15°C	Kg/l	Max 0,9970	IP365 (ASTM D 4052), EN ISO 12185, ASTM D1298
2	Viscosity 100 °C	cSt	min 12,5 max 45	IP71 (ASTM D445), EN ISO 3104,
3	Flash Point	°C	Min 60	IP34 (ASTM D93), EN ISO 2719
4	Pour Point	°C	max 30	IP15 (ASTM D97), ISO 3016
5	Sulfur (S)	%        in mass	max 1,00	ASTM D2622 or ASTM D4294, EN ISO 8754, IP 336
6	Water	%         in volume	max 0,5	IP 74 (ASTM D95)
7	Sediment	%        in mass	max 0,15	IP 53 (ASTM D473)
8	Ash	%        in mass	max 0,15	IP4 (ASTM D482), EN ISO 6245
9	Vanadium (V)	ppm	max 200	IP 501 or IP 470
10	Sodium (Na)	ppm	max 50	IP 501 or IP 470
11	Asphaltene	%        in mass	max 9,0	IP 143
12	Al+Si	ppm	max 60	IP 501 or IP 470
13	Net Calorific Value	MJ/Kg or kcal/kg	min 40,460 9665	IP 12 (ASTM D240) or ASTM D4868
14	Carbon Residue	% in mass	max 15	ASTM D4530
15	Total Sediment Potential	% in mass	max 0,1	IP 390
16	Calcium (Ca)	ppm	max 30	IP 501 or IP 470
	Zinc (Zn)	ppm	max 15	IP 501 or IP 470
	Phosphorus (P)	ppm	max 15	IP 501 or IP 500
17	Stability & Compatibility	unit 1	1	ASTMD7112-12 or ASTM D4740

HEAVY FUEL OIL

S.N.	CHARACTERISTICS	UNITS	REQUIREMENT	LIMIT	TEST METHODS
1	Density @ 15 °C	g/mL	0.9901	Max	ASTM D 4052-18 or ISO 12185-1996
2	Kinematic Viscosity	cSt @50°C	172.1	Max	ASTM D 445-19 or 3104:1994 Cor.1:1997
3	Sulphur	% wt (Total)	3.50	Max	ASTM D 4294 -16E1
4	Pour Point	°C	+15	Max	ASTM D 97-17b
5	Flash Point (PMC)	°C	64 .0	Min	ASTM D 93 -16a or ISO 2719:2016 (E)
6	Water content	% vol	0.38	Max	ASTM D 95 -13e1 or ISO 3733:1999
7	Micro Carbon Residue	% wt	14.1	Max	ASTM D 4530-15 or ISO10370:2014 [E]
8	Ash	% wt	0.08	Max	ASTM D 482 -13
9	Vanadium	mg/kg	194	Max	IP 470-05 IP 501-05
10	Aluminium+Silicon	mg/kg	56	Max	IP 470-05 IP 501-05 or ASTM D5184-12(2017)
11	Total Sediment, accelerated	% wt	0.08	Max	ASTM D4870-09(2014) or ISO 10307-2:2009 Cor. 1: 2010
12	Total sediment, existent	% wt	0.08	Max	ASTM D4870-09 (2014) or ISO 10307-1:2009
13	Total sediment, differential	% wt	0.05	Max	Calculation
14	Strong acid No.	mg of KOH/g	NIL		ASTM D 664-18E2
15	Total acid No.	mg of KOH/g	2.7	Max	ASTM D 664-18E2
16	Zinc	mg/kg	12.0	Max	IP501 -05
17	Phosphorous	mg/kg	12.0	Max	IP 501-05
18	Calcium	mg/kg	26.0	Max	IP 501 -05
19	CCAI		859	Max	Calculation
20	H2S(liquid phase )	mg/kg	2.0	Max	IP 570

LIGHT CYCLE OIL (LCO) SPECIFICATIONS

COMPONENT	UNIT	METHOD	MAX
Density 15℃	Kg/L	ASTM D4052	0.86-0.88
Color		ASTM D1500	<1.5
Flash point, PMCC	Deg C (℃)	ASTM D93	60-70
Kinematic viscosity 40℃	Mm/s	ASTM D445	<3.0
Pour point	Deg C (℃)	ASTM D97	-20.0
CFPP	Deg C (℃)	ASTM D6371	<5.0
Ash	Mass%	ASTM D482	<0.01
Sulphur	Mass%	ASTM D4294	<0.15
Carbon MCRT	% wt	ASTM D4530	<0.2
Cetane index		ASTM D4737	39-43
Moisture content	Wt ppm	ASTM D6304	<0.02
Distillation range		ASTM D86
IBP	Deg C (℃)	ASTM D86	175-190
Distillation 50%	Deg C (℃)	ASTM D86	<280
Distillation 90%	Deg C (℃)	ASTM D86	<350
Distillation 95%	Deg C (℃)	ASTM D86	<360
Distillation EP	Deg C (℃)	ASTM D86	<370
Aromatics	% wt	IP391/HS-T50	51-55
Gross heat value		ASTM D240	>105 00

GREEN PETCOKE SPECIFICATIONS

Element	Typical
Sulphur (%)	0.56
Ash (%) at 1300 deg C	0.31
Moisture (%)	6.40
Real Density (g/cm3)	2.10
Oil Content (%)	7.20
Volatile Matter at 850 deg C	9.40.
Iron, Fe (ppm)	220
Silicon, Si (ppm)	245
Vanadium, V (ppm)	84
Calcium, Ca (ppm)	120
Sodium, Na (ppm)	96
Nickel, Ni (ppm)	42
Particle Size> 8 mm	45.60