01 Application Areas
Potential Engineering provides oil pollution control solutions under a single roof. Our products and solutions are applicable to a wide range of process engineering outcomes. These solutions help you comply with pollution control norms and at the same time achieve your HSE/ESG goals.
Oil & Grease Removal
Oil & grease contribute to land and water pollution. It has a detrimental effect on our environment. Industrial processes, oil spills, and stormwater runoffs are some of the contributors to oil pollution. Some manufacturing processes require oil/grease recovery and at the same time, oil & grease should not exceed acceptable limits in wastewater/effluent at discharge. Wastewater treatment involves Oil and grease removal and, FOG removal.
Oily Water Treatment
Industries face the challenge of scarcity of fresh water and are now forced to reuse wastewater. Oil is one of the components of industrial wastewater. To reuse wastewater, removal of oil is essential. Whereas, in case of discharge oily water treatment is mandatory to meet the acceptable discharge norms.
Fats Removal
Fats are an integral part of the dairy, sugar, and food & beverage industry. Some product processes demand removal of fats. Whereas, the presence of fats in process wastewater may cause a problem for biological wastewater treatment systems. Hence, effective removal of fats by oil and grease removal, FOG removal, and wastewater treatment is essential.
Coolant Recovery Systems
Coolants are widely used in automobile and CNC machining industries. Coolant recovery systems in an industrial set-up primarily clean coolant and other operating fluids by removing free oils and particulate matter that make it suitable for reuse. Coolant recovery is important to keep the larger system clean and to extend the coolant life.
Hydrocarbon Storage Tank
Hydrocarbon storage tanks hold liquids like petrol. diesel, aviation fuel, etc. The type and size of the tanks vary as per application. These tanks deploy a floating suction system to retrieve liquids from just below the surface to eliminate any type of pollutants from entering the withdrawal passage.
