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Two methods to install an independent oil-water separator are discussed, highlighting the importance of gravitational flow. The first method involves placing the separator on the ground, requiring a supporting structure based on the equipment's flow rate. The material used for the separator must meet standards, emphasizing the durability of polyethylene packaging.

The second method involves installing the separator underground. Precise measurements of the separator dimensions are necessary prior to digging. Additional allowances are recommended to accommodate construction materials and installation conditions, especially in moisture-prone areas. Proper support, including brick reinforcement, is vital for stability.

After preparing the excavation, the separator is inserted, and it is crucial to check its level for efficient operation. Optimal drainage is ensured through appropriate pipe inclination and the installation of sand to stabilize the box's foundation. A 2% incline is recommended for effective drainage.

The final steps include placing sand around the separator and filling it with water to compact the sand effectively. A top layer of gravel is added to improve drainage and prevent leaks, and care is advised against using machines for compaction to avoid damaging the separator. A maximum distance of 40 cm from the separator to surrounding walls is recommended to prevent pressure build-up and potential crushing of the unit.