Russian Fuel Oil

Submitted by niraweb on Tue, 08/19/2014 - 13:06

Russian Fuel Oil M100 (GOST 10585-75)
NO	Property	Units	Method	Resault
NO	Property	Units	Method	Typical	Min	Max
1	Ash Conte	% , wt.	ASTM D 482	0.06		0.14
2	Sulphur Weight	% , wt.	ASTM D 4294	.2		.5
3	Flash point (COC)	ºC	ASTM D 92	180	110
4	Pour Point	ºC	GOST 20267	18		42
5	Kinematic Viscosity at 80ºC	mm2/s	ASTM D 445	101		118
6	Kinematic Viscosity at 100ºC	mm2/s	ASTM D 445	45.3		50
7	Sediments by Extraction Method	% , wt.	ASTM D 473	0.02		1.0
8	Water Content	% , wt.	ASTM D 85	0.1		1.0
9	Water Soluble Acid & Alkali Content	mm2/s	GOST 8307	180		NIL
10	Net Heat of Combustion	Kj/Kg	ASTM D 4868	39900		40700
11	Density at 15ºC	kg/m3	GOST 3900	939		968
12	Carbon Residue	% , wt.	ASTM D 189	5.6		15
13	Sodium + Potassium	Ppm	ASTM D 1318			0.5
14	Lead	Ppm	ASTM D 1318			1.0
15	Vanadium	Ppm	ASTM D 1318			0.5
16	Calcium	Ppm	ASTM D 1318			1.0
17	Zinc	Ppm	ASTM D 1318			2.0
18	Distillation @ 780 mmHg
19	Initial Boiling Point	ºC		216
20	5 % Recovered	ºC		310
21	10 % Recovered	ºC		358
22	20 % Recovered	ºC		445
23	30 % Recovered	ºC		502
24	40 % Recovered	ºC		534
25	50 % Recovered	ºC		538
26	60 % Recovered	ºC		545
27	70 % Recovered	ºC		550

Russian Fuel Oil M100 (GOST 10585-99)
NO	Property	Units	Method	Resault
NO	Property	Units	Method	Typical	Min	Max
1	Sulphur Weight	% WT	ASTM D4294	1.2		1.5
2	Flash point (COC)	ºC	ASTM D92	180	110
3	Pour Point	ºC	GOST 20267	18		42
4	Kinematic Viscosity at 80ºC	mm2/s	ASTM D445	101		118
5	Kinematic Viscosity at 100ºC	mm2/s	ASTM D445	45.3		50
6	Ash Conte	% WT	ASTM D482	0.06		0.14
7	Sediments by Extraction Method	% WT	ASTM D473	0.02		1
8	Water Content	% WT	ASTM D85	0.1		1
9	Water Soluble Acid & Alkali Content	mm2/s	GOST 8307			NIL
10	Net Heat of Combustion	Kj/Kg	ASTM D4868	39900		40700
11	Density at 15ºC	Kg/m3	GOST 3900	939		968
12	Carbon Residue	% WT	ASTM D189	5.6		15
13	Sodium + Potassium	Ppm	ASTM D1318			0.5
14	Lead	Ppm	ASTM D1318			1
15	Vanadium	Ppm	ASTM D1318			0.5
16	Calcium	Ppm	ASTM D1318			1
17	Zinc	Ppm	ASTM D1318			2
18	Distillation @ 780 mmHg
19	Initial Boiling Point	ºC		216
20	5 % Recovered	ºC		260
21	10 % Recovered	ºC		316
22	20 % Recovered	ºC		373
23	30 % Recovered	ºC		450
24	40 % Recovered	ºC		508
25	50 % Recovered	ºC		538
26	60 % Recovered	ºC		544
27	70 % Recovered	ºC		549
28	80% Recovered	ºC		N/A
29	90% Recovered	ºC		N/A
30	Final Boiling Point	ºC		550

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