Produced Water Treatment Systems
for Oil & Gas Applications
Produced water, a byproduct of crude oil production, contains various contaminants including oil, organics, and chemicals. Treating produced water requires specialized equipment to remove these contaminants before it can be reused on site, reducing water consumption and eliminating the need for additional water delivery.
— Smart, Sustainable Water Management
Begins with Everfilt® —
Define the Use Case. Design the Right System:
Treated produced water—if properly managed—can serve a wide variety of industrial needs. From enhancing well productivity through reinjection to supporting fire protection systems, equipment cleaning, dust suppression, and non-edible crop irrigation, the potential for reuse is vast.
At Everfilt®, we focus on understanding your specific operational goals from the start. Whether you're targeting water recovery, regulatory compliance, or operational efficiency, our filtration systems are engineered around your application requirements—not the other way around.
Underground Mine Water Recovery:
Mine dewatering is a critical part of underground operations, where water is pumped from the lowest levels of the mine to the surface to maintain dry, safe working areas. This water is typically held in storage tanks or settling ponds before treatment.
Everfilt® designs modular, scalable filtration systems that process this mine water to meet environmental discharge or reuse standards. Our systems reduce contaminants and support operational continuity while helping to conserve freshwater resources.
Managing Complex Contaminants in Produced Water:
Produced water is a byproduct of oil and gas extraction that contains both dissolved and suspended contaminants, including:
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Organic hydrocarbons (both soluble & insoluble)
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Sediment & suspended solids
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Chemical additives used in drilling or fracking
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Salts, minerals, & other dissolved materials
Everfilt® systems are ideal as final-stage “polishing filters”, often installed downstream of DAF or primary separation systems. This ensures fine particulate and residual chemical removal—making the water safe for reuse or compliant with discharge regulations.
Hydrocarbon Removal & Frac/Drilling Water Treatment:
Soluble hydrocarbons are among the most common and stubborn contaminants in produced water. Our GAC (Granular Activated Carbon) systems, including the Everfilt®
A-Series and C-Series, are designed specifically for:
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Removing volatile organic compounds (VOCs)
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Capturing petroleum-based pollutants
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Treating returned frac fluids & formation water
Because drilling and fracking activities produce different types of wastewater depending on well location, geological structure, and operational life span—Everfilt® customizes every solution to match the site-specific water profile. This ensures maximum efficiency, reduced waste, and sustainable operation.
Everfilt® Delivers More Than Just Filters:
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Tailored systems for produced water reuse & reinjection
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Reliable treatment of underground mine & frac water
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Efficient hydrocarbon removal using GAC technology
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Scalable designs for both temporary & long-term operations
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U.S. made equipment backed by engineering expertise
Why Choose Everfilt® for PRODUCED WATER TREATMENT?
Produced water—generated during oil and gas extraction—can be safely reused for multiple industrial purposes with the right treatment system. Applications include:
✅ Manufactured in the USA
✅ Reservoir stimulation & well reinjection
✅ Equipment washing & dust suppression
✅ Fire control systems & power generation
✅ Non-edible crop irrigation
At Everfilt®, we begin every project by defining your end-use goals and system demands. Whether your focus is reuse, environmental discharge, or operational efficiency, we engineer the system to match your performance criteria from the ground up.
Start with the Right System — Let’s Build It Together!
Everfilt® brings over four decades of experience designing custom filtration systems for oil, gas, and mining operations. Let us help you turn your wastewater into a reusable asset. Contact Now