Replace Pall MNA27E100 Filter Cartridges| High-Performance Industrial Filtration

Upgrade your industrial filtration systems with high-efficiency MNA27 replacement filter cartridges (fully compatible with MNA27E100, MNA27E200, and MNA27E300 models). Superior Chemical Compatibility: Specially developed for the filtration and clarification of a very large variety of fluids, including natural gas, ethylene, propylene, process water, acids, solvents, saline solutions, hydrocarbons, alcohols, and more.Engineered from advanced cellulose fibers impregnated with durable epoxy resin and reinforced with an internal steel core and steel-lipped ends, these pleated filter elements deliver exceptional structural stability, integrity, and reliability under demanding operating conditions.The unique manufacturing process ensures that the fibers remain securely in place, preventing any motion that could alter pore sizes. Even in the event of high differential pressure, pressure variations, vibrations, or mechanical shocks, the structure remains unweakened, uncontaminated, and 100% effective in retaining particles. Furthermore, the filter body is securely bonded to the end cap, ensuring direct end-of-flow filtration and robust retention integrity so it can be handled like any standard heavy-duty industrial equipment.

Application

Available in a wide range of filtration grades, the high-performance MNA27 series (fully compatible with MNA27E100, MNA27E200, and MNA27E300 models) ensures optimal clarification, absolute purity, and reliable equipment protection across diverse industrial processing streams.

Core Processing Streams & Fluid Compatibility

Gases & Compressed Air: Natural gas, ethylene, propylene, and industrial gas streams; protects sensitive compressors, turbine blades, and precision measuring devices.

Chemicals & Solvents: Solvents, acids, chemicals, and corrosive process solutions.

Hydrocarbons & Petrochemicals: Process fluids, petrochemical streams, and related operational environments.

Water & Fluid Treatment: Process water, saline solutions, alcohols, and specialized high-pressure fluid injection operations (including water and oil treatment).

Detailed Industrial Applications

1. Upstream Oil & Gas / E&P

Water Flooding & Enhanced Oil Recovery (EOR): In oilfield development, large volumes of treated water, polymer solutions, or saline solutions must be high-pressure injected into underground formations to maintain reservoir pressure or enhance recovery rates. These filter elements ensure the injection fluid is impeccably clean, preventing microscopic suspended particles from clogging subterranean pores.

Produced Water Treatment: Precision filtration of high-salinity produced water generated during oil and gas extraction prior to reinjection or compliant discharge.

2. Petrochemical & Refining

Process & Cooling Water Systems: Circulation and filtration of high-purity process water used for cooling, quenching, or as a reaction medium in refineries and chemical plants.

Chemical & Solvent Purification: Used across alcohol, acid/alkali solution, and organic/inorganic chemical production pipelines to remove impurities, clarify liquids, and protect downstream fine catalysts or precision equipment.

3. Natural Gas Processing & Midstream

Glycol Dehydration & Amine Sweetening Systems: During natural gas purification, Triethylene Glycol (TEG) dehydration and amine (e.g., MDEA) sweetening circulation loops involve extensive fluid purification needs, requiring high-pressure, temperature-resistant, and chemically compatible filter elements to intercept solid particles and degradation products.

4. Heavy Industry & High-Pressure Fluid Injection Loops

Auxiliary Oil/Water Systems for Large Compressors and Turbines: High-pressure lube oil stations and seal oil loops, preventing particulate contamination from causing wear on precision nozzles, servo valves, or turbine blades.

High-Pressure Cleaning & Special Fluid Injection Equipment: Industrial fluid power and lubrication injection applications requiring the ability to withstand high differential pressure fluctuations.