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First is the refining process—gross separation of crude oil into gasoline, kerosene, jet fuel and oil products such as diesel fuel, lubricants and asphalt. This separation is accomplished by distillation. The crude oil is heated in the crude oil distillation units to drive off the lighter (and less useful) fractions. These units are often referred to as atmospheric or atmospheric crude oil distillation units (AOI’s). If the crude does not have sufficient flash point (a lowest boiling point of no less than 140°F), then the crude oil is run under vacuum. Vacuum refining is often referred to by the historical term “vacuum distillation” but now should be thought of as a very specialized refining process, because no distillation occurs in a vacuum. The vacuum process usually involves a short residence time of the crude in vacuum distillation columns. As a result, most vacuum processes do not use fuel heating in their raffinate condensation and their yield of gasoline is typically lower than for an AOI. Surprisingly, crude oils with high levels of wax (fatty) materials can be processed by vacuum and fuel heating and may actually yield higher yields of gasoline than AOI’s. In this case, the crude is processed as a two-phase gas oil-wax. The fuel is normally processed as the crude due to significant investment in plant capital. d2c66b5586