220 likes | 287 Views
energy from oil. energy from oil. Crude oil is a fossil fuel that is found underground. energy from oil. Crude oil is a fossil fuel that is found underground What does it look like?. energy from oil. Crude oil is a mixture of many different chemicals. energy from oil.
E N D
energy from oil Crude oil is a fossil fuel that is found underground.
energy from oil Crude oil is a fossil fuel that is found underground What does it look like?
energy from oil Crude oil is a mixture of many different chemicals
energy from oil Crude oil is a mixture of many different chemicals How do we use the chemicals in crude oil?
energy from oil How do we use the chemicals in crude oil? • Petrol for cars
energy from oil How do we use the chemicals in crude oil? • Petrol for cars • Diesel for lorries
energy from oil How do we use the chemicals in crude oil? • Petrol for cars • Diesel for lorries • Kerosene for aircraft fuel
energy from oil How do we use the chemicals in crude oil? • Petrol for cars • Diesel for lorries • Kerosene for aircraft fuel • Tar
energy from oil How do we use the chemicals in crude oil? • Petrol for cars • Diesel for lorries • Kerosene for aircraft fuel • Tar • Motor oil
energy from oil Crude oil is separated by fractional distillation
energy from oil Crude oil is separated by fractional distillation The crude oil is heated to about 350°C. crude oil heater 350°C
energy from oil Crude oil is separated by fractional distillation The crude oil is heated to about 350°C. Most of it evaporates. crude oil heater 350°C
energy from oil Crude oil is separated by fractional distillation The crude oil is heated to about 350°C. Most of it evaporates. It goes into a tall tower. crude oil heater 350°C
energy from oil Crude oil is separated by fractional distillation The crude oil is heated to about 350°C. Most of it evaporates. It goes into a tall tower. It cools as it rises up the tower. crude oil heater 350°C
energy from oil Crude oil is separated by fractional distillation The crude oil is heated to about 350°C. Most of it evaporates. It goes into a tall tower. It cools as it rises up the tower. Different liquids condense at different levels. crude oil heater 350°C
energy from oil Crude oil is separated by fractional distillation < 40°C. refinery gas for fuel crude oil heater 350°C
energy from oil Crude oil is separated by fractional distillation < 40°C. refinery gas for fuel 40°C. gasoline crude oil heater 350°C
energy from oil Crude oil is separated by fractional distillation < 40°C. refinery gas for fuel 40°C. gasoline 110°C. naphtha crude oil heater 350°C
energy from oil Crude oil is separated by fractional distillation < 40°C. refinery gas for fuel 40°C. gasoline 110°C. naphtha 180°C. kerosene crude oil heater 350°C
energy from oil Crude oil is separated by fractional distillation < 40°C. refinery gas for fuel 40°C. gasoline 110°C. naphtha 180°C. kerosene crude oil 260°C. diesel oil heater 350°C
energy from oil Crude oil is separated by fractional distillation < 40°C. refinery gas for fuel 40°C. gasoline 110°C. naphtha 180°C. kerosene crude oil 260°C. diesel oil heater 350°C 340°C. lubricants, tar