We offer a Sludge & Scum Scraper for separating hard-to-remove scum from the surface of the liquid and sludge under the liquid. Our Sludge & Scum Scraper System is designed as per site requirements. These scrapers can be modified to remove sludge & scum simultaneously. Our technical team studies tank geometry to suggest the use of a chain sprocket arrangement or a traveling bridge arrangement.

Gravity skimmers facilitate the removal of light-floating liquid from closed-roof tanks. They are commonly used in wastewater treatment, oil refining, and other industrial processes. Gravity skimmers are cost-effective and energy-efficient. Potential Engineering's gravity skimmer is custom-designed to fit a variety of sizes and types of tank roofs. We offer a wide range of configurations, the flexibility of fixed & flexible pipe, and guided directions to ensure no roof strikes.

Potential Engineering offers a range of Industrial oil skimmers that effectively recover/ remove oil, grease, and fats from oil catcher pits or oil and grease traps. We specialize in the design and manufacturing of cost-effective, custom-built industrial skimmers. The skimmers find applications in wastewater treatment plants, effluent treatment plants, CNC machines, etc.

Rotary oil skimmers are robust and versatile equipment, designed for efficient separation of free-floating oil from effluent using an oleophilic rotating disc, drum, or brush. These skimmers have a wide variety of applications in refineries, power plants, and oil spill response. Depending on operating conditions a variety of driving options are available.

Mechanical screens effectively remove flowing debris from liquid, which improves overall productivity and efficiency. These screens are robust and easy to install, operate, and maintain. They are durable enough to cut down on maintenance costs. We specialize in custom-built screens based on trash conditions viz., for water treatment plants, sewage treatment plants, and wastewater treatment plants.

Water control gates are used to control the mass flow of water or wastewater in various environments and process applications. They are designed in a square, circular, or rectangular shape. The device can be actuated with manual, electric, pneumatic, or hydraulic operating systems.