Cutting Edge Filtration and Separation Systems

At MVF Process Controls, we offer advanced filtration and separation systems from leading industry brands like HILCO, Donaldson, REFILCO, Fil-Trek, Sefiso, Pall Corporation, FAA, and Kock. These filtration process products protect equipment from erosion, fouling, and corrosion caused by particles as small as 0.1 μm. The filtration technique includes moisture removal, preserving operational efficiency and minimizing downtime a standard filtration technologies.

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Top Filtration and Separation Technologies

Multi-Stage Media Filtration and Separation

This filtration process technology combines static and pulse-cleaning cartridges in three-stage filtration and separation systems to handle coastal or desert conditions and achieve EPA-level air purity.

Advanced Filter Media Filtration and Separation

Nanofiber-enhanced media provide a lower pressure drop, extended service life, and improved industrial processes that filter solid particles for better dust-holding capacity.

Lube (Turbine) Oil Filtration Systems

These types of filtration and separation keeps turbine bearings and hydraulic systems clean by removing water, particulates, varnish, and gaseous contaminants that accelerate wear or damage.

Key Features

Stress-Resistant Media: Lube oil filtration and separation systems feature stress-resistant media with β ≥ 2000 efficiency, low pressure drop, and anti-static properties to prevent varnish formation and extend service life.

Varnish Removal Units: These standalone fluid conditioning systems clear varnish deposits from turbine oil, restoring clean and efficient operation at a molecular level.

Bypass Filtration and Separation: An oil polishing mechanism to improve cleanliness beyond new oil, reduce water content, maintain viscosity, and protect high-precision valves.

Gas and Liquid Fuel Filtration: Delivers clean fuel that reduces contamination-related wear in pumps and engines and ensures reliable combustion.

Multi-Stage Filtration and Separation: Comprehensive systems provide excellent filtration and separation that include pump-protection screens, automatic fine filters, preheating/viscosity control, and final duplex filters for thorough cleanliness.

Precise Filtration and Separation: Lube oil filtration systems lower operating costs by reducing engine failure risks and extending service intervals.

Inlet Air / GT Inlet Air Filtration and Separation

The GT series “pre-filter” models (like Multi-Pleat GT) have a moderate efficiency (MERV 8) and are intended to protect final filters rather than act as ultra-high efficiency final filters. kochfilter.com+1
Proper sizing, installation, and matching of filter media to the actual environment (dust load, humidity, corrosives) is critical — the real benefit comes when the filter system is optimized. Koch offers site surveys and lifecycle analysis services.
In extremely contaminated or very high performance turbine inlet systems, you may need the higher efficiency “barrier filter” or cartridge type rather than just the GT pleated filtrer paper panel pre-filter.

Designed specifically for gas turbine air-intake or high velocity air-intake applications (e.g., pre-filters for gas turbines and compressors). kochfilter.com+2
Low resistance to airflow (“low pressure drop”) meaning less restriction of air going into the turbine/intake system. kochfilter.com+1
Durable construction suited for harsh environments (high humidity, salt spray, desert dust, high velocity air) — Koch positions these filters for use “from hot and gritty desert environments to salty coastal locations to icy arctic applications”.
Available in a range of configurations/media: synthetic media pleated panel pre-filters (e.g., Multi-Pleat GT) and high efficiency barrier filters for more extreme conditions.

For the Multi-Pleat GT model: MERV 8 (in accordance with ASHRAE 52.2) for the standard pleated panel version. kochfilter.com
Initial pressure drop of less than 0.25″ W.G. for the Multi-Pleat GT in some sizes. kochfilter.com
For higher-efficiency models in the gas turbine inlet line (not just the GT pre-filter version) Koch offers ASHRAE efficiencies of 65%, 75%, 85%, 95% with MERV ratings 11-16.

When used as a pre-filter ahead of more expensive final filters (in turbine intakes), the GT series helps extend the life of those final filters with hydrophobic media for comprehensive filtration and separation of water particles . kochfilter.com+1
Because of the lower resistance to airflow and robust design, these filters can lead to energy savings (less fan power needed) and reduced maintenance/shutdowns.
- Example: Koch performed a project where replacing older pre-filters with theirs resulted in ~$156,000 annual energy savings.
Suitable for retrofits or replacement in gas turbine inlet housings / compressor air intakes / high velocity intake systems.

Liquid Process and Fuels

FAA Filters, Refilco, and Sefiso provide a comprehensive range of industrial liquid filtration and separation products—including pleated cellulose and synthetic media cartridges, coalescers, and filter vessels—designed for fuels, lubricants, hydraulics, and chemical fluids. Refilco focuses on high-efficiency cartridge elements (0.5–40 µm), FAA Filters supplies complete systems and housings, and Sefiso unifies both under one brand for broad application coverage across oil, gas, and industrial markets.

FAA Filters, Refilco, and Sefiso provide liquid filtration and separation systems/cartridges/vessels; often the brand lines overlap/integrate under Sefiso.
If you need very fine micron ratings (0.5-1 µm) for critical hydraulic or lubricating fluids, choose Refilco’s “Ultra Protection” line.
For general industrial liquid filtration (5-40 µm) Refilco’s “Industrial Grade” line serves well.
FAA Filters offers broader system solutions including filter vessels/housings and can handle aggressive applications (fuel, solvents, coolants).
Sefiso as the umbrella means simplified sourcing across media types and applications (liquid + fuel + gas + air) which can be beneficial if you have multiple fluid/fuel filtration needs.
Important factors in liquid filter selection: micron rating, media type (cellulose vs synthetic), fluid compatibility (oil vs water vs chemical), flow rate, differential pressure drop, vessel/housing design. The specifications provided by these brands reflect these considerations.
Because these are industrial‐grade filtration systems, attention to installation, change-out interval, operating conditions (temperature, fluid type, contaminants) is critical for reliable performance.

Refilco is a brand (under the same umbrella) targeting industrial liquid filtration—especially for hydrocarbon, lube & hydraulic fluids.
The “PL Series” Refilco cartridges: multi‐layer pleated construction; micron ratings available ½ µm up to 40 µm nominal. sefiso.com+1
Sub-categories:
- “Ultra Protection” (½ & 1 µm nominal) for critical fluids: insulating oils, servo valves, high pressure hydraulics.
- “Critical Service” (1-3 µm nominal) for seal oil, gear oil, fuel injection, final filtration. JM ELS Sales
- “Industrial Grade” (5-40 µm nominal) for lubricating oil, cutting fluid, fuel oil, low pressure hydraulics.
The “PLH Series” by Refilco: synthetic media cartridges (microglass + polyester pleated foil backing) designed for mineral oils, synthetic fluids, water-based fluids and chemicals. sefiso.com
- Features: higher flow rates, long‐term resistance to water deterioration, wide chemical compatibility, high dirt holding capacity. sefiso.com
Correct sizing, media selection and housing compatibility stressed for optimum performance.

Gases and Compressed Air

Air and Gas Instrumentation Filter Elements / Vacuum Pump Exhaust Filters/ Replacement Elements for Compressed Air and Gas Filters/Compressed Air & Gas – Up to 185 PSIG – ASME Replacement Elements/Atomic Absorption Gas Purifier.

Filtration and Separation designed to filter contaminants such as rust, pipe scale, compressor lube oil, and water from compressed gases.

Remove all visible oil mist and smoke from vacuum pump exhaust even when it is saturated with oil.

ASME filter replacement elements designed to incorporate large flow capacities for maximum performance with low differential pressures.

Atomic Absorption (AA) Gas Purifier is an engineered, wall mountable system designed to purify gases commonly used with AA Spectrophotometers. Consisting of two independent filtration systems for purifying compressed air and for acetylene gas.

Hydraulic & Engine / Mobile

Hydraulic Filter Elements/Portable Filter Carts/Low Pressure In-Line Duplex Filter/Spin-on Lube Filters.

Hydraulic elements offer superior protection for your engine-powered equipment.

Portable Filter Carts are the most economical way to protect your system from the harm that can be caused by contamination.

Duplex filters are a cast iron or stainless steel filter for heavy duty duplex operation applications that need to stay online during a filter change.

Spin-on lube filters protect your engine from wear particles that can otherwise lead to premature parts failure.

Centrifugal Oil Separators

The IOW Group is an international company providing filtration and separation solutions for facilities around the world.

MP centrifuges have bowl discs which greatly improve the efficiency of our products. MP centrifuges are unique in having bowl discs for these types of centrifuges – this feature is not available from any other manufacturer.

MP centrifuges have been designed to eliminate cross contamination between contaminated oil and cleaned oil, from the unique impeller drawing oil in at the base of the units to oil-sealed components. All ensure cleaned oil and dirty oil remain separate.

No matter which unit you require, our units outperform all other competitors by nearly three to one.

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Mechline or Magnaline Pumps

We have a full range of positive displacement and triple screw pumps that exceed the qualities of market leading products.

The mechanical sealed pumps are financially more economical, due to the shaft seal design. The main difference of the mechanically sealed pump is it’s designation of high or low temperature, with the pump designed to be coupled directly to an electric motor of flange type and, also with options of a pressure relief valve.

Magnaline pumps are magnetically sealed and completely leak free, requiring very low maintenance. As these type of pumps contain no seals, they are very reliable, and entail very low maintenance plans keeping costs to a minimum. Installation is also very easy, as there is no need for alignment of motor/pump.

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MVF Process Controls delivers filtration separation solutions engineered for reliability in demanding industrial environments. Filtration separation is a core focus at MVF Process Controls, where filtration separation is applied to protect equipment, reduce downtime, and support long-term system performance. Filtration separation improves efficiency, and filtration separation remains essential across oil and gas, power generation, and industrial process control applications.

At MVF Process Controls, the filtration process is carefully engineered so the filtration process removes contaminants efficiently and consistently. Each filtration process relies on a defined filtration method, and the filtration process supports equipment longevity. A properly designed filtration process reduces operational risk and maintenance costs.

Every filtration technique recommended by MVF Process Controls is selected based on application requirements. A filtration technique directly influences performance, and each filtration technique works in coordination with the overall filtration process. Selecting the correct filtration technique is critical for system reliability.

The filter medium is a key component in every filtration method supplied by MVF Process Controls. Choosing the right filter medium ensures the filtration technique performs as intended. A high-quality filter medium extends service life and improves contaminant removal.

Modern filtration technologies supported by MVF Process Controls continue to evolve as filtration technologies address higher pressures, elevated temperatures, and tighter cleanliness requirements. These filtration technologies are essential for advanced industrial filtration systems.

Industrial filtration at MVF Process Controls depends on proper filtration method selection, effective filtration technique application, and reliable filter medium performance. These filtration technologies improve operational reliability and protect critical assets.

Filtration separation plays a critical role in removing particles and moisture from industrial fluids. Filtration separation is widely used in fuel, lubrication, and hydraulic systems supplied by MVF Process Controls. Filtration separation supports clean fluids and improved system efficiency.

The filtration process functions by applying a specific filtration method through a proven filtration technique and a compatible filter medium. This filtration process is strengthened by modern filtration technologies recommended by MVF Process Controls.

Advanced filtration separation solutions from MVF Process Controls help protect rotating equipment, turbines, compressors, and engines. Filtration separation reduces wear, extends component life, and improves system longevity.

Each filtration technique contributes to a reliable filtration process, while the filter medium ensures contaminants are effectively captured. Filtration technologies enhance this process and support consistent performance.

Filtration separation remains a critical factor in industrial system reliability. Filtration separation is strategically implemented where contamination risks threaten performance and uptime.

The filtration process improves system cleanliness over time, and the filtration process supports stable operation under demanding conditions. Each filtration method is applied to maximize efficiency and protection.

Filtration technologies supported by MVF Process Controls continue to advance industrial performance. These filtration technologies ensure systems operate consistently and efficiently.

A properly selected filter medium works in combination with a proven filtration technique, ensuring the filtration process remains effective throughout service intervals.

Filtration separation solutions from MVF Process Controls make a measurable difference in industrial operations. Filtration separation continues to be a preferred method for protecting critical systems.

Over time, filtration separation has become the standard approach for maintaining reliability in industrial systems. Filtration separation is applied across multiple applications supported by the technical experts at MVF Process Controls.