Max Temperature Resistance as per requirement Industrial Furnace Oil, Quantity Per Pack as per requirement

Density 0. 92 0. 95usage/application fuel for 380 cstpackaging drum product, Type tanker heading applicationsviscosity, Description definition 180 cst a dark viscous residual fuel obtained by blending mainly heavier components from crude short residue, Distillation unit and clarified oil from fluidized catalytic cracker unit. Nomenclaturebunker fuel, Furnace oil, Fuel oil are other names for the same product. Though fuel an oil product is a general term applied to any oil used for generation of power fuel oil, Or heat can included distillates and blends of distillates and residue such as low-viscosity diesel fuelspecificationfurnace fluid contained in the current marketing range meets bureau of indian standards specification is 1593, 1982 for fuel oils, Grade mv2. Viscosityviscosity is regarded as the top important characteristic in the furnace oil specification. It influences the degree of pre, Heat required storage and, For handling satisfactory atomization. If the essence of the oil is too viscous it has the potential to become difficult to pump, Burner may be hard to light and operation may be erratic. Poor atomization has the potential to cause the carbon deposits on the burner tips or positioned on the walls. The upper viscosity limit for furnace oil is such that it is capable of being handled without heating in the storage tank is excepting under server cold conditions. Pre, Heating is necessary for proper atomization. Flash pointderived from the controller of furnace oil, Explosives classification falls in the class c category with minimum flash point standard of 66 deg. C. Since penskey martens closed cup method This product, Is used represents apparent that a small quantity of low boiling point hydrocarbons is sufficient to lower the flash point drastically. Pour pointit is exceptionally rough indication of the minimum temperature at which furnace oil is readily pumpable. In the specification the pour point of furnace free from oil for furnace, Stipulated. However oil manufactured indigenously and for the pour, Imported parcels point is such that current supplies normally can be handled without heating the fuel oil handling installation. Waterwater may be present in free or emulsified form and can on combustion inflict harm on the inside furnace surfaces especially if it contains dissolved it acts, Salts. Moreover as able to cause sputtering of the flame at the burner tip. Water content consisting of fuel oil when supplied is normally very low as the product at refinery site is handled hot and maximum limit of 1% is specified in the standard. Sedimentfurnace oil being a fusion of residues contains some quantity of sediments. These have adverse impact on the burners and cause blockage of filters etc. However, The typical values are normally much lower than the stipulated value of maximum 0. 25 percent, By mass. Ashash is incombustible component of the furnace oil and is expressed as a percentage mass of the furnace oil sample. Ash consists of extraneous solids, Residues of organometallic compounds in solution and salts dissolved in water included within the fuel. These salts may be compounds of sodium, Vanadium, Calcium magnesium, Silicon, Iron etc. Ash has erosive effect on the burner tips, Causes detriment to the refractories under elevated heat conditions and gives rise to high temperature corrosion and fouling of equipments. Sulphursulphur determination includes burning of known quantiy treating the, Of oil sulphur oxidation products formed during combustion and weighing of sulphur presented as of sulphate. The sulphur di oxide may come in personal connection to the product during the combustion process and may create adverse quality effects in the product. Calorific valuecalorific value of a fuel is the total of heat generated in kilocalories by complete burning of one kilogram weight of fuel. Total caloric content surpasses net calorific value to the extent of heat required to change water formed by combustion into water vapours.