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  • AFFF/PFAS/PFOS
  • Landfill Leachate
  • CCR Projects
  • Industrial Wastewater

Explore our case studies to see how AMFS Filtration delivers tailored solutions with measurable results.

AMFS recently treated 100,000 gallons of PFAS- and PFOA-contaminated water…

AMFS Leads in Energy Sector Water Removal Technology in Alabama

Advanced Mobile Filtration Services LLC (AMFS) is an energy sector water removal technology in alabamaproviding one of the most innovative and effective energy sector water removal solutions in commercial use today. Unlike conventional spiral-wound filters, our energy sector water removal system employs permanent membrane separation technology. With our ability to filter up to 420,000 gallons per day of fluid with one of our units, big jobs can be tackled in shorter times here at energy sector water removal technology alabama.

Arsenic

98%

Selenium

99%

PFAS/PFOS

99.9%

Viruses

98%

Lead

98%

1,4 Dioxane

98%

Why Choose AMFS Energy Sector Water Removal Technology Alabama ?

Learn why government, specialized, and private sector industries trust AMFS energy sector water removal technology alabamato effectively manage their water problems.

Environmentally Friendly

Our unique energy sector water removal technology process operates without the need for chemicals or disposable filters, eliminating landfill and incineration waste. Additionally, our alabama mobile units consume significantly less energy than other energy sector water removal technology, delivering the most environmentally friendly results.

Risk Mitigation

By utilizing our AMFS energy sector mobile water removal units on-site, clients drastically reduce waste transport trips to disposal facilities, significantly lowering their risk of hazardous spills on U.S. highways and railways. Here at energy sector water removal technology alabama, we proactively strategize to enhance safety, mitigates liability, and promotes sustainable waste management.

Cost-Effective

AMFS energy sector water removal technology alabama lowers costs for clients by reducing diesel fuel consumption, minimizing the number of trucks or train cars hauling contaminated fluids, decreasing labor hours, and cutting disposal volumes at waste facilities. This streamlined approach improves efficiency while reducing operational expenses and environmental impact.

Good Vibrations Make AMFS Energy Sector Water Removal Technology Alabama Unique

The vibratory action keeps filters clear without the need for high pressure, chemicals, or incineration.

AMFS Vibrational Filtration
  • Footprint of filters is smaller
  • No chemicals used
  • Uses much less energy
  • No need to dispose of filters in landfills or incineration
  • Can start processing fluids in a day
  • Anti-fouling technology keeps membrane pores open

Traditional Filtration
  • Footprint is usually 5 times larger
  • Requires chemicals to flocculate particles
  • Uses a lot of energy
  • More waste product – filters disposed of in landfill or incineration
  • Longer time for set up
  • Need to change out filters when flow rates decrease

Energy Sector Water Removal Technology Alabama

Real Work. Real Results.

AMFS’s energy sector water removal technology alabama delivers proven solutions to complex water contamination challenges across industries. View our case studies below.

“What treatment options are most effective in removing PFAS from drinking water? As part of the final PFAS National Primary Drinking Water Regulation (NPDWR)reverse osmosis, and nanofiltration were identified by the EPA as one of the“Best Available Technologies” (BATs) for meeting the PFAS Maximum Contaminant Levels (MCLs).

Tailored Energy Sector Water Removal Technology Alabama

Spanning various states and hundreds of locations, AMFS energy sector water removal technology provides advanced water filtration solutions across diverse industries.

Military
Power/Energy
Environmental Remediation
Construction
Manufacturing
Food & Beverage
Agriculture

We are here to help you effectively manage your water problems. Contact us today to learn how we can help you.

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