The BMP SNOUT® stormwater quality improvement system, with accessories like the Bio-Skirt® and TrashScreentm, provide affordable structural solutions to help with today's Low Impact Development (LID) requirements.

The SNOUT, a vented catch basin hood or trap, offers reductions in gross pollutants such as floatables and trash, as well as free oils, and sediment. The Bio-Skirt more effectively captures and retains hydrocarbons and is treated with an anti-microbial to inhibit bacteria growth on the boom.  The Stainless TrashScreen offers the highest level of gross pollutant removal including "Full Trash Capture" designation.  BMP is also an OEM supplier of the SAFL Baffle.  The SAFL Baffle is a great way to maximize suspended sediment removal.  Verified T.S.S. reductions can now be shown using the SHSAM model.

Municipalities, state and federal agencies, the military, transportation and maritime industries, retailers and restaurants, as well as residential and commercial land developers seeking sustainability have successfully installed more than 65,000 SNOUT oil-water-debris separators as stormwater BMPs since 1999.  All BMP products are made in the USA.

Click Here for Drawings, Specs, and Pricing!

BMP Is in the news:

See the Waste and Water Management Issue of the Municipal Magazine which has a cover story about BMP and how municipalities are successfully using the SNOUT System to conrol stormwater pollution. 

SNOUT Reviews:

Sustainable gives the SNOUT 5 StarsSee SNOUT Product Review

The American Society of Civil Engineers (ASCE) Buyers Guide Rates the SNOUT 4.8 out of 5 StarsSee ASCE Product Ratings

See BMP at these upcoming events:

StormCon 2017, the North American Surface Water Conference and Expo, Bellevue, WA Aug. 27-31, 2017, Meydenbauer Convention Center

Florida Stormwater Association Conference 2017, Sanibel Harbor Marriott, Sanibel Harbour, FL,  June 15-16

2017 Ohio Stormwater Conference, The Annual Ohio Regional Stormwater Conference, Sandusky, OH, May 10-12, Kalahari Resort and Conference Center