Wastewater Treatment Systems| Smith & Loveless Inc.

MBBR-iFAS Biofilm Processes by S&L

Reduce plant footprint while meeting your effluent goals.

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DELIVERING THE BEST MBR EXPERIENCE.

S&L's TITAN MBR™ is designed to give you the easiest O&M of any MBR.

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FLEXIBLE PROCESSES. ONE SPACE-SAVING TANK.

OXIGEST® encompasses complete aeration, clarification and advanced treatment in concentric tankage.

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THINK FAST!

S&L's FAST® "Fixed Activated Sludge Treatment," a fixed-film, aerobic treatment system designed for tackling variable load and flow conditions.

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S&L Field Erected Wastewater Treatment Plant

Energy Efficient Wastewater Treatment Sytems

Smith & Loveless Treatment Systems offer a complete range of aerobic, biological wastewater equipment to meet the varied needs of industry, commercial facilities, municipalities, and private development. Our broad system list ranges from innovative membrane bioreactors, fixed bed biological reactors and complete extended aeration plants. Our pre-engineered systems come in factory-built and field-erected configurations, handling capacities from 1,000 GPD (3.8 m3/d) to 5 MGD (18,900 m3/d). All systems are tailored to meet design requirements for centralized and decentralized, off-grid applications.

Field Erected Wastewater Treatment Plants for Larger Flows

S&L Field-Erected Wastewater Treatment Plants are flexible for nearly any kind of sanitary and process wastewater flow and are adaptable for large capacities and high strength wastes. Capable of handling flows from 0.1 MGD - 5 MGD, our Field-Erected systems can be tailored to your exact specifications.

Wastewater Treatment Systems Case Studies

With more than 70 years experience in the water industry, our success stories are plenty. Learn about some of our favorite projects here.

Wastewater Treatment Success Stories >

Package Wastewater Treatment Systems for Water Reuse

Smith & Loveless has a long and proud legacy of building some of the most energy efficient treatment systems in the industry. And we'll continue to develop advanced technology as resources become scarce.