一种油水分离系统,包含一个储油槽、至少一个第一热交换器、一个超重力分离装置、一个第二热交换器及一个热泵。该超重力分离装置连通至该至少一个第一热交换器。该第二热交换器连通至该超重力分离装置。该热泵连通至该至少一个第一热交换器并构成一个循环热水管路,且连通至该第二热交换器并构成一个循环冷水管路,用于从该循环冷水管路吸热并放热至该循环热水管路。该油水分离系统可减少系统供热及供冷所需的总能量消耗,且能节省系统配置所需的空间。
The utility model provides an oil -water separation system, contains an oil storage tank, at least one heat exchanger, a super gravity separation device, the 2nd heat exchanger and a heat pump. Shouldsuper gravity separation device intercommunication to this at least one heat exchanger. The 2nd heat exchanger intercommunication is to being somebody's turn to do super gravity separation device. This heat pump intercommunication is to this at least one heat exchanger and constitute a circulation hot water pipeline, and feeds through to the 2nd heat exchanger and constitute a circulating cold water pipeline for from this circulating cold water pipeline heat absorption and exothermic extremely this circulation hot water pipeline. The required total energy consumption of reducible system heatsupply of this oil -water separation system and cooling, and can save the required space of system configuration.