Heavy hydrocarbons are a group of organic chemical compounds consisting of carbon and hydrogen atoms. These compounds have longer carbon chains and more carbon atoms than light hydrocarbons. Because of this, they usually have a higher boiling point, higher viscosity, and higher density.
Light hydrocarbons are a class of organic chemical compounds that, like other hydrocarbons, are composed of carbon and hydrogen atoms, but unlike heavy hydrocarbons, they have shorter carbon chains and therefore have a lower molecular weight, lower boiling point, and lower viscosity.
Heavy Naphtha is one of the oil fractions obtained during the crude oil refining process. This product contains hydrocarbons with medium to long carbon chains and ranges from C7 to C12. Heavy naphtha has a higher boiling point than light naphtha and boils between 150 and 200 degrees Celsius.
Light Naphtha is one of the oil fractions obtained in the crude oil refining process. This product contains hydrocarbons with shorter carbon chains, typically having carbon numbers in the range of C5 through C6 or C7. Compared to heavy naphtha, light naphtha has a lower boiling point and boils between 30 and 90 degrees Celsius.
Fuel oil, also known as fuel oil or heavy oil, is one of the heavy oil products that is obtained in the refining of crude oil. Due to its high density and viscosity, this product is one of the heaviest oil cuts and is mainly used as fuel in industries and power plants.
Diesel fuel is one of the types of fossil fuels obtained from the refining of crude oil. This fuel is widely used in diesel engines, which are used in cars, trucks, buses, trains, ships and some industrial and agricultural equipment.
Bitumen MC 250 is a kind of soluble bitumen (Cutback Bitumen) which is used in road construction and construction industries. MC 250 stands for “Medium Curing 250” and means bitumen that is diluted using a petroleum solvent (usually kerosene or kerosene) and has a medium setting speed. The number 250 also refers to the viscosity of bitumen at a certain temperature.