FURNACE CST-180, CST 280 - CST 380 FUEL

SPECIFICATION OF FUEL OIL CST 280     PARAMETERS RESULT   Density @ 15°C ( Max ) Kg/L 0.97   Kinematic Viscosity @ 50°C ( Max ) mm2/S 280   Pour Point ( Max ) 24   Flash Point ( Max )°C 65   Sulphur Total ( Max ) % Mass 3.5   Carbon Residue Conradson ( Max ) % Mass 15   Ash ( Max ) % Mass 0.15   Water & Sediment ( Max ) % Vol 1.0     SPECIFICATIONS FOR FUEL OIL 380 Cst     TEST METHOD UNIT MAX RESULT Density @ 15°C ASTM D1298 kg/L 0.9973 0.991 Kinematic Viscosity @ 50°C ( 122°F) ASTM D445 cSt 380 371.8 Total Sulfur Content ASTM D4294 % ( m/m ) 4.5 4.11 Water Content ASTM D95 % ( v/v ) 0.5 0.25 Flash Point By PMCC ASTM D93 °C 60 ( Min ) 66 Pour Point ASTM D97 °C 30 -3 Carbon Residue - Micro Method ASTM D4530 % ( m/m ) 18 11.8 Ash ASTM D482 % ( m/m ) 0.10 0.025 Elements in Residual Fuel Oil by ICP   Aluminium Content IP 501 mg/kg < 5 Silicon Content IP 501 mg/kg < 10 Aluminium + Silicon Content IP 501 mg/kg 80 < 15 Zinc Content IP 501 mg/kg 15 1 Phosphorus Content IP 501 mg/kg 15 < 1 Calcium Content IP 501 mg/kg 30 6 Vanadium Content IP 501 mg/kg 300 77 Potential Total Sediment IP 390 Procedure A % ( m/m ) 0.10 0.01    SPECIFICATIONS FOR MARINE FUEL OIL 180 Cst   Characteristics Test Methods Limit RME180   Density at 15oC, kg/m3 ISO 3675 or 12185 Max. 991   Kinematic viscosity at 50oC, mm2/s ISO 3104 Max. 180   Flash Point, oC ISO 2719 min. 60   Pour Point (upper) (2)oC ISO 3016 Max.   Winter quality Max. 30   Summer quality Max. 30   Carbon residue, % (m/m) ISO 10370 Max. 15   Ash, % (m/m) ISO 6245 Max. 0.1   Water, % (V IV) ISO 3733 Max. 0.5   Sulphur, % (m/m) ISO 8754 Max. 3.5   Vanadium mg/kg IP 501/IP 470/ISO 14579 Max. 200   Aluminum,Plus Silicon,mg/kg IP 501/IP 470/ISO 14578 Max. 80   Total sediment, potential, % (m/m) ISO 10307-2 Max. 0.1