PETRO-PIT 416-FR3 Natural esters filter for small retention drainage

Description

PETRO-PIT-416-FR3 is a cartridge specially invented by SPI^® in the 1990s for easy adaptation to all types of retention tanks and pits. It ensures continuous filtration of drainage water, while trapping natural esters: it thus prevents any soil pollution in compliance with standard EN 858-1 and the Water Act, with a discharge rate of less than 5ppm. It also complies with paragraph 471 of NF C13-200 (“All precautions must be taken to ensure that the recovery tank does not fill with water or that water is evacuated“). Our filters are regularly tested in independent laboratories, when new, in half-life conditions and after their recommended period of use (see Additional Information tab).

In the event of a major spill of natural esters, the component reacts and forms a plug, preventing any fluid from being released into the environment. It’s a self-locking system, with no mechanical parts or electrical connections.

Description of PETRO PIT^® 416-FR3:

• Made from rigid PVC with UV protection for extra strength and durability.
• Hydrophobic, oleophilic polymer component: permanently locks in natural esters.
• Length: 40 cm / Diameter: 10 cm / Weight: 1.2 kg
• Approximate flow rate filtered (*): approximately 1.5 L/min / Approximate saturation (*): 3L / Recommended change (*): every 3 to 5 years

(*) Depending on the conditions of use at each site, depending on the quantity of traces of hydrocarbons filtered by the cartridge, the regularity of maintenance of the tank/pit/prefilters, etc. Conditions of use for which SANERGRID^® and SPI^® cannot make any commitment.

For over 30 years, SPI filters have been recognized for their high reliability, extreme robustness and longevity, even under the most difficult conditions: resistance to hot transformer oils (>100°C), water emulsified with dielectric oil, high resistance to ultra-violet rays and thermal amplitudes, etc. SPI has ISO 9001 quality certification for its production process, and has integrated an eco-design approach aimed at reducing the amount of material and CO2 used during the manufacturing process.

Additional information