Filtration is an essential part of petrochemical operations, where process fluids, gases, fuels, oils, and other media must be effectively filtered to protect equipment and maintain stable production conditions. Petrochemical facilities operate under demanding pressure, temperature, and chemical conditions, making correct filter selection important for equipment reliability and process efficiency.
Mers Global provides filtration solutions for petrochemical plants, refineries, fuel systems, gas processing facilities, and related industrial processes. Our product range includes liquid filters, gas filters, cartridge filters, Bag Filters, hydraulic and oil filters, and Filter Housings designed for different process requirements.
Liquid filtration systems help remove suspended particles, sediments, rust, and other contaminants from process fluids and hydrocarbons. Basket Filters, Bag Filters, and cartridge filters can be selected according to required filtration efficiency, flow rate, fluid characteristics, temperature, and pressure.
Cartridge filtration solutions include Melt Blown (Spun) Cartridge Filters, String Wound Cartridge Filters, Micron Membrane Cartridge Filters, Pleated Cartridge Filters, and High Flow Cartridge Filters. Stainless steel washable cartridge filters can also be used where reusable filtration is suitable for the process.
Gas and compressed air filtration systems help remove particles, liquid contaminants, oil aerosols, and other unwanted substances from process and utility gases. Appropriate filter media and housing materials should be selected according to chemical compatibility and operating conditions.
Hydraulic and oil filters are used to maintain fluid cleanliness in pumps, valves, actuators, lubrication systems, and other equipment. Maintaining clean fluids helps reduce component wear and supports continuous operation.
Mers Global supplies standard and application-specific filtration solutions for petrochemical applications. Filter dimensions, part numbers, flow requirements, operating pressure, temperature, fluid type, and technical specifications can be used to determine a suitable filtration solution for demanding petrochemical processes.
