Products

TEST

UNITS

SPECIFICATIONS

METHOD

D1655

Degree C (F)

Saybolt Color

Number

Report

D156

Total Acid, Max

mgKOH/g

0.10

D3242

Aromatic Content, Max.

vol %

25

D1319

Naphthalenes, Max

vol %

3

D1840

Mercaptan Sulfur, Max.

wt. %

0.003

D3227

Total Sulfur, Max

wt. %

0.30

D4294

Initial Boiling Point

Celsius

Report

D86

10% Recovery Point, Max

Celsius

205 (401)

D86

20% Recovery Point

Celsius

Report

D86

50% Recovery Point

Celsius

Report

D86

90% Recovery Point

Celsius

Report

D86

Final Boiling Point, Max

Celsius

300 (572)

D86

Residual, Max.

vol %

1.5

D86

Loss, Max.

vol %

1.5

D86

Flash Point, Min.

Celsius

38.0 (100)

D56

Viscosity @-20C, Max.

cSt

8.0

D445

Gravity

API

37 – 51

D4052

Density @15 C,

kg/m3

775 – 840

D4052

Freeze Point, Max.

Celsius

-45.5(-50) Jet A

D5972

Freeze Point, Max

Celsius

-47 (-53) Jet A – 1

D5972

Heat Content, Min.

Btu/lb

18,400

D3338

Net Heat of Combustion, Min

MJ/kg

42.8

D3338

Smoke Point, Min.

mm

18.00

D1322

Copper Corrosion, Max

Code

1

D130

Stability, P, Max. @ 260C

mm HG

25

D3241

Preheat Code, Max

Code

<3

D3241

Existent Gum, Max

mg/100ml

7

IP540

Water Separation

MSEP

85

D3948

TEST

MEAN UNIT

METHOD

RESULT

Density at 15℃

g / ml

ASTM_D4052

0.8 / 0.83

DIST_D86 / I.B.P.

℃

ASTM_D86

159.8

DIST_D86 / 10% recovered

℃

ASTM_D86

187.4

DIST_D86 / 20% recovered

℃

ASIM_D86

194.8

DIST_D86 / 50% recovered

℃

ASTM_D86

208.8

DIST_D86 / 90% recovered

℃

ASTM_De6

232.7

DIST_D86 / F.B.P.

℃

ASTM_D86

244.1

DIST_D86 / Residue

% vol

ASTM_D86

1.2

DIST_D86 / Loss

% vol

ASTM_D86

1.4

Say bolt Color

—

ASTM_D156

28

Appearance

—

—

Clear & Bright

Flash Point

℃

ASTM_D56

51.5

Copper Strip Corrosion 2h@100℃

—

ASTM_D130

Class 1

Acid number

mg KOH / g

ASTM_D3242

0.004

METHOD UNITS

TEST

RESULTS

UNIT

ASTM D5002

Density and Relative Density of Crude Oil and Average API Gravity

29.7(29.7)Min

API

ASTM D1298-99

Density @ 15 Deg C

0.87(0.775)

Kg/t

ASTM D97

Pour Point of Petroleum Pour Point

Pour Point

<-33(-36)BELOW ZERO

<-27.4(-32.8)BELOW ZERO

®C

®F

ASTM D93-IP34

Pensky-Martens Closed cup Flash Point Corrected Flash Point

117(137)Min

®F

ASTM D4294

Sulfur content in petroleum Product by EDXRSulfur content

0.38(0.358)Max

W1%

ASTM D445

Kinematic/Dynamic viscosity Kinematic viscosity @ 122®F/50®C

17.83(18.12)Max

Mm2%

ASTM D6304

Water content by coulometric

Karl Fisher Titration Water content

0.20(0.7)Max

W1%

ASTM D482

Ash from petroleum product

Average Ash

0.279(1.007)Max

W1%

ASTM D2161

Conversion of kinematic viscosity To

SUS/SFS I Saybolt furol Viscosity 122®F

10.9SFS

Max

ASTM D5184

Aluminum and Silicon in Fuel Oils By KP-AES or AAS

Aluminum content

Silicon content

102(max) 93(max)

Mg/kg Mg/kg

ASTM D95

Water by Distillation Vol%

0.70(Max)

Vol%

ASTM D4530.06

Carbon Residue

1.11(max)

W1%

Method Test Result Unit

IP 143 Asphalteness Heptane Insoluble

Asphaltene content

0.08

W1%

IP 501 Determination of AL, Si, V, Ni, Fe, Na, Ca, Zn, P in Fuel Oil

Aluminum Silicon Sodium

372

187

117

Mg/kg Mg/kg Mg/kg

Vanadium Calcium Zinc Phosphorus Iron

1

779

298

4176

545

Mg/kg Mg/kg Mg/kg Mg/kg Mg/kg

COMPONENT

UNIT

MIN

MAX

Density@ 20 deg C

Kg / m³

0.82

0.870

Colour

0.5

1.0

Flash point, PMCC

Deg C (°C)

57

62

Kinematic viscosity @20 deg C

CST

3.0

6.0

Pour point

Deg C (°C)

(*)

-10.0

Cloud point

Deg C (°C)

(*)

-5.0

Mercaptan sulphur

0.004

Acidity, mg / 1000 cm³

5

Iodine number

g/100g

6

Ash

%wt

0.01

Total Sulphur

%wt

0.02

Copper corrosion

3hrs@50 deg C

(typical)

1 A

CCR on 10% Residues

%wt

0.20

Cetane index

45

Distillation range :

– 50% Recovered Volume

deg C (°C)

280

– 90% Recovered Volume

deg C (°C

360

– Bacteria MBC

Fibre / it

500

– Bacteria CFU

Fibre / it

1000

N

CHARACTERISTICS

Unit

TEST RESULT

TEST METHOD

Min

Max

EN STANDRADS

ASTM STAND

1

Cetane number

no

51,0

EN ISO 5165 EN 151

D 613

2

Cetane Index

Index

46,0

EN ISO 4264

D 4737

3

Density at 15°C

kg/m’

820

840

EN ISO 3675

EN ISO 12185

D 4052

D 1298

4

Polycyclic aromatic hydrocarbons

% m/m

11,0

EN 12916

5

Sulphur content

mg/kg

10

EN ISO 20846

EN ISO 20884

6

Distillation

– Recovered @150 65 °C

% Vol

2,0

– Recovered @25085 °C

% Vol

65,0

EN ISO 3405;2000

D86

–   Recovered @350 95 °C

–   Recovered @95

% Vol

°C

85,0

360

7

Kinematic viscosity at 40°C

mm2/s

2,00

4,50

EN ISO 3104

D 445

8

Flash point

°C

55

EN ISO 2719

D93

9

Cold filter plugging point (CFPP):

(CFPP) Summer

°C

-2

EN116:1997

(CFPP) Winter

°C

50,0

-12

1

Cloud point:

EN23015:1994

D 2500 D 5772

Summer (1 April to 30 September)

cc

Report

Winter (1 October to 31 March)

cc

+0

1

Carbon residue (on 10% distillation residue)

% m/m

0,15

EN ISO 10370

D 4530

1

Lubricity, corrected wear scar diameter

(corrected WSD 1,4) at 60’C

µm

460

EN ISO 12156-1

1

Water content

mg/kg

200

EN ISO 12937

1

Total, contamination (Solid particles)

mg/kg

15

EN 12662

1

Ash content

% m/m

0,01

EN ISO 6245

D 482

1

Corrosion to copper (3h at 50°C)

Indice

1stClass

EN ISO 2160

D 130

1

Oxidation stability

g/m3

25

EN ISO 12205

D 2274

1

Oxidation stability (9)

hours

20

EN 15751

1

FAME Content (10)

% VN

0

EN 14078

2

Colour

ASTM scale

2,0

D 1500 D 6045

2

Aspect

Cl

ar

Visual Inspection

D 4176

2

Biodiesel content

% Vol

4,5

7,0

2

Electrical Conductivity

% m/m

ISO6297 IP274

D 2624

2

Total, Acidity

MgKOH/g

D 974-06

N R.

SPECIFICATIONS

RESULTS

METHOD

TYPICAL

MAX.

1

Relative Viscosity at 80 °C, mm²/s (cSt)

13.5

16.0

ASTM D 445

Kinematic Viscosity at 80 °C, mm²/s (cSt)

101.0

118.0

ASTM D 445

2

Relative Viscosity at 100 °C, mm²/s (cSt)

6.2

6.8

ASTM D 445

Kinematic Viscosity at 100 °C, mm²/s (cSt)

45.3

50.0

ASTM D 445

3

Ash Content, wt. %

0.06

0.14

ASTM D 482

4

Sediments by Extraction Method, wt. %

0.02

1.0

ASTM D 473

5

Water Content, wt.%

0.1

1.0

ASTM D 85

6

Water Soluble Acid & Alkali Content

NIL

—

GOST 8307

7

Sulphur, wt.%

1.2

1.8

ASTM D 4294

8

Flash Point (COC), °C, min.

110

180

ASTM D 92

9

Pour Point, °C,

+18

+42

GOST 20267

10

Net Heat of Combustion, KJ/kg (kcal/kg)

39900 (9530)

40717 (9726)

ASTM D 4868

11

Density, at 20 °C, kg/m3

939.1

968

GOST 3900

12

Conradson Carbon Residue, wt.%

13

Water by Distillation % wt

0.36

0.8

ASTM-D 95

COMPONENT RESULT

Ash content, not more %

0.14

Mass fraction of sulphur, not more %

– Low – sulphur – residual – oil

0.5 Max

Temperature of the flash, not less ºC in the closed crucible

65

In the open crucible ºC

110 min

The temperature of solidification, not higher ºC

25

Kinematics viscosity content

118 Max

Water

0.5%

Mechanical impurities

Lower Than 0.1%

Acidity

Lower Than 5 mg KOH/100 ml

Alkalinity

Nil

Gross Calorific Value Kcal/kg / KJ/kg

Min 9700/41300

Density at 15.0 deg. C Kg/l

0.8900-0.9200

Hydrogen Sulfide Content (H2S) pom

0.5 Max

Carbon Residua

Lower Than 7%

Vanadium (V) ppm

23

Aluminum (Al) ppm

5

Silicon (Si) ppm

12

Nickel (Ni) ppm

29

Aspartames m/m

3.6%

COMPONENT

SUBSTANCE PERMISSIBLE LIMITS

Gross Heating Value (GCV) range

9,340 – 10,420 Kcal/SCM (1,050 – 1,170 BTU/SCF)

Methane

not less than 85.0 Mol %

Ethane

not more than 9.2 Mol %

Propane

not more than 3.00 Mol %

Butanes and heavier

not more than 2.00 Mol %

Pentanes and heavier

not more than 0.25 Mol %

Nitrogen

1.0 molecular %

Total Sulphur

10.0 ppm (w)

Sulphur in form of Hydrogen Sulphide

10.0 ppm (w)

Maximum variation in Wobbe Index (WI)

[ WI = LHV (Volumetric Basis / (Specific Gravity w.r.t.Air)0.5]

+/- 5.0 %

Contaminants

(a) Trace Metals

I. Pb + Zn

0.50 ppm (w)

ii. Na + K

0.30 ppm (w)

iii. Vanadium

0.50 ppm (w)

iv. Calcium

2.0 ppm (w)

v. Magnesium

2.0 ppm (w)

vi. Sum of heavy metals (Hg+V+Pb+Zn+Ni+Others)

1.0 ppm (w)

(b) Solids / Particulates

i. Total for particle size up to 10 microns

20.0 ppm (w)

ii. For 2 micron < d < 10 microns

1.50 ppm (w)

iii. For particle size greater than 10 microns

0.30 ppm (w)

(c) Liquid contents

Nil

(d) Moisture

112 kg/million SCM

Hydrogen content

1.00 % (by volume)

Acetylene (C2H2)

0.10 % (by volume)

Higher Hydrocarbons for n>=3

10.0 % (by volume)

 ORIGIN LIQUEFIED PETROLEUM GAS

LPG – 50% Propane and 50% Butane Separate

SPECIFICATION (Butane)

PROPERTY

UNITS

TEST METHOD

VALUE

1

Ethane

mol %

G.C

0.08 max

2

Propane

mol %

G.C

2 max

3

Total – C4

mol %

G.C

97.5 min

4

Total – C5

mol %

G.C

0.82 max

5

Sp. Gr. @ (60°F / 60°F)

–

ASTM D-2598

To be reported

6

Copper Corrosion

–

ASTM D-1838

No. 1a max

7

Total Sulfide

wt.ppm

(ASTM D-3246)

30 max

8

Hydrogen Sulfide

vol.ppm

ASTM D-2420

Nil

9

Vapor Press @ (100°F)

Psig

ASTM D-2598

70 max

10

Water Content

vol.ppm

Shaw Dew Point

10 max

11

Residue on Evaporation

vol %

ASTM D-2158

0.0 max

SPECIFICATION (Propane)

PROPERTY

UNITS

TEST METHOD

VALUE

1

Ethane

mol %

G.C

0.4 max

2

Propane

mol %

G.C

98 max

3

Butane

mol %

G.C

1.4 max

4

Pentanes & Heavier

mol %

G.C

0.01 max

5

Copper Corrosion

–

ASTM D-1838

No 1a max

6

Hydrogen Sulfide

vol.ppm

ASTM D-2420 / DRAGER

5 max

7

Sp. Gr. @ (60°F / 60°F)

–

ASTM D-2598

To be reported

8

Sulphur (Volatile)

wt.ppm

(Based on ASTM D-3246)

30 max

9

Vapor Pressure @ (100°F)

Psig

ASTM D-2598

200 max

10

Water Content

–

ASTM D-2713

pass

Properties

Unit

Result

Test Method

Sulphur content

%

<0.15

ASTM D4294-10

ASH CONTENT

%(MASS)

0.0005

ASTM D482

CARBON RESIDUE

%(M/M)

0.0

ASTM D4530

Density (15OC)

Kg/l

0.8811

ASTM D1298-12b

Water Content

%

0.0

ASTM D4006

Flash point

OC

63.0

ASTM D93-15

Pour point

OC

-15

ASTM D97-12

Viscosity (40OC)

MM2/S

2.719

ASTM D445-15

Chroma

ASTM Color

1.0

ASTM D1500-12

Benzene

% (volume fraction)

<0.10

ASTM D5580-13

Toulene

% (volume fraction)

<1.00

Xylene

% (volume fraction)

<1.00

Naphthalene

% (mass fraction)

1.1

ASTM D2425-04(2009)

Total aromatics

% (mass fraction)

54.4

Primary distillate

OC

167.5

ASTM D86-12

5% distillate

OC

189.9

10% distillate

OC

202.1

50% distillate

OC

279.9

90% distillate

OC

350.8

95% distillate

OC

368.1

Final distillation

OC

380.9

Olefin content

% (volume fraction)

4

ASTM D1319-14

Aromatics content

% (volume fraction)

56.4

Saturated hydrocarbon content

% (volume fraction)

39.6

Sixteen alkanes index

/

39.1

ASTM D976-06

Density at 15oC

kg/L

ASTM D 5002

0.8508

Specific Gravity at 60/60°F

kg/L

ASTM D 5002

0.8512

API gravity

ASTM D 1250

34

Kinematic viscosity at 20°C

CST

ASTM D 445

6.949

Total acid Number

mg KOH/g

ASTM D 664

<0.050

Pour Point

°C

ASTM D 5853

<=-36

Water by distillation

mass%

ASTM D 4006

0.35

Sediment by extraction

mass %

ASTM D 473

0.01

Chloride salt content

mg/dm3

GOST 21534-75(A)

17

Organic chlorine content

mg/kg

ASTM D 4929(B)

*1

Sulphur content

mass%

ASTM D 4294

0.535

Hydrogen Sulphide

ppm

UOP 163

less 1

Mercaptan Sulphur

ppm

UOP 163

111

Ash content

mass %

ASTM D 482

0.011

Nickel

ppm

IP 470

4

Sodium

ppm

IP 470

1

Iron

ppm

IP 470

19

Copper

ppm

AAS

less 1

Vanadium

ppm

IP 470

4

Calcium

ppm

IP 470

2

Paraffin Wax content

mass %

UOP 46

3.3

RVPE

kPa

ASTM D 5191

40.4

Asphaltenes (heptane

mass %

IP 143

0.2

insolubles) content

Density At 20 Deg C Kg/M

%

Max

0.870

Sulphur Content

%

Max

1.8

Parafin Content

%

Max

1.8

Water And Sedment

%

Max

1.2

Ash Content

%

Max

0,05

Chloride Content

%

Max

100

DISTILATION:

Up To 200 Degrees C.

%

Max

21

Up To 300 Degrees C.

%

Max

41

Up To 350 Degrees C.

%

Max

50

INDEX APT At 20C Degrees

%

Max

32,00

Salts Content, Mg/L

%

Max

100

 EXPORT BLEND CRUDE OIL REBCO (SPECIFICATION GOST 51858-2002)

CHARACTERISTICS

UNITS

RESULT

TEST METHOD

Density (Specific Gravity) @ 20 °C

g /sm3

0.870

ASTM D5002

Sulphur Content max

wt.%

1.8

ASTM D4294

Paraffin Content max

%

1.8

ASTM D5443

Water & Sediment Content max

vol. %

1.2

ASTM D4007

Distillated recovered max

%

ASTM 86

@ 200°C

21.0

@ 300°C

41.0

@ 350°C

50.0

Chlorine Salt Content max

mg/dm3

100

ASTM D3230

Density API

°API

32.0

ASTM D5002

Salts Content as NaCl

mg /l

17.3

ASTM D3230

Ash Content max

wt.%

0.05

ASTM D482

Mercaptans

mg/kg

<1

ASTM D3227

Pour Point

°C

15

ASTM D5863

Kinematic Viscosity CST @ 20°C

mm2 /s

4.92

ASTM D455

Hydrogen Sulfide

mg/kg

<1

ASTM D3227

Asphaltenes

%

0.9

ASTM D6560

Nitrogen

mg /l

342

ASTM D4629

KOH Number

mg/g

0.39

ASTM D8045 -17