Komline-Sanderson's sludge and biosolids pumping, thickening, dewatering and drying products include: Plunger Pumps; Gravity Belt Thickeners; Belt Filter Presses; Vacuum Filters; and, the Indirectly Heated Paddle Dryer.
Wastewater clarification using dissolved air flotation or filtration reduces surcharges, recovers product and water for reuse. Komline-Sanderson's equipment is used in industrial and municipal plants for process/production filtration, indirect heat transfer, sludge & biosolids processing, wastewater clarification, and dry scrubbing of off-gas. K-S vacuum filters are used for process/production filtration, clarifying, cake washing, and extraction applications.
The K-S paddle dryer/processor is used for industrial process/production drying, heating, cooling, pasteurization, crystallizing, and reacting of pastes, cakes, powders, and granules using indirect heat transfer.
FEECO is recognized globally as an expert in providing industry leading process design, engineering and manufacturing to a variety of industries including: fertilizer and agriculture, mining and minerals, power / utility, paper, chemical processing, and more.
The Komline-Sanderson Biosolids Drying System uses indirect drying technology to convert municipal and industrial biological sludge into a pasteurized, free flowing granular product. The dried biosolids can be beneficially reused as a slow release nitrogen fertilizer, soil amendment additive or... Read more
The K-S Paddle Dryer is used worldwide for drying a variety of sludges and by-products, generating dry stable products reducing disposal cost and converting waste into marketable by-products. Drying also allows some wastes to be used as fuel.
Dual counter rotating shafts with unique... Read more
K-S Plunger Pumps are engineered for heavy duty service in difficult sludge, slurry, float transfer, or metering applications. It is a self-priming positive displacement pump that can pass solid objects up to 1-5/8" in diameter, rags, or entrained air. Our pumps have capacities to 34 liters per... Read more