Industrial Water Purification Systems
When a project requires consistent, treated water output at a defined flow rate, the solution has to match the actual conditions of your source water.
Get these manufactured industrial water purification systems for industrial and commercial facilities where standard filtration alone does not meet the treatment requirement. Each system is configured to your inlet water analysis before it ships.
Whether you need a compact water purification system for a pilot program or a drinking water filtration platform for a facility without treated municipal supply, the system is engineered to your treatment targets before it leaves our facility.
.jpg)
When a Filter Vessel Is Not the Right Choice
A filter vessel removes particulate to a specified micron rating. For projects where particulate removal is the only treatment objective, it is the right tool.
In reality, when your source water contains dissolved chemicals, volatile organic compounds, heavy metals, or PFAS contaminants, a filter vessel does not address those.
Instead, a multi-stage industrial water filtration system combines mechanical filtration with carbon treatment and additional media stages to address both particulate and dissolved contaminants in a single pass.
When your project requires a defined output quality standard, keep in mind that partial treatment is not a solution
Industrial Water Purification Product Line
Designed and built skid-mounted water purification systems are available in two standard configurations, each engineered for distinct operating conditions and output requirements.
For projects that fall outside those configurations, you can get a system engineered to custom specifications based on your source water data and process requirements.
Mini Skid: Compact Water Purification and Pilot-Scale Systems
The Mini Skid is a portable water purification system handling 1 to 50 gallons per minute. It ships fully integrated on a powder-coated skid frame with filtration vessels, pump, gauges, and input/output valves pre-installed.
Environmental consultants and remediation engineers use it for groundwater treatment and PFAS remediation, particularly on sites where the system needs to travel with the project rather than stay at a fixed point.
It is also the preferred starting point for water treatment pilot plant programs where you need performance data before committing to a larger system.
Media selection and vessel staging are configured to your inlet water conditions before the unit ships.
Drinking Water Filtration Systems
Drinking water filtration is typically for facilities that require potable water treatment independent of a municipal supply.
This covers remote industrial sites and commercial properties where source water requires multi-stage purification before use.
These systems are designed to meet potable water output requirements, with media specified based on your source water analysis and the quality standards applicable to your location and intended use.
Custom-Engineered Configurations
Some projects involve flow rates or contamination profiles that fall outside the standard product range.
In those situations, a custom specification can be designed based on your water analysis and process requirements. This includes manufacturing operations and process water treatment applications where neither standard product fits your scale.
Our engineering team works from your data to specify a water purification skid that fits the actual conditions of your project.
What's Established Before Your System Ships
Selecting the right configuration is the starting point, not the end of the process.
Before your system ships, you’ll get media life estimates, expected changeout intervals, and monitoring protocols based on your inlet concentration data and target outlet quality.
This information gives you a clearer picture of the operating costs and maintenance requirements before the system reaches the field.
For pilot-scale water filtration programs, you will get guidance on sampling frequency so you can track media performance against a baseline from the first day of operation rather than estimating after the fact.
How to Configure Your System
Share your flow rate, source water type, and target output quality.
Our engineering team will work through the configuration with you and identify the right industrial water purification equipment for your project.
Frequently Asked Questions
Whether a system meets those standards depends on the media used, the system configuration, and the contaminants present in your source water.
NSF-certified filtration media is independently tested to verify removal of specific contaminants to defined performance levels, and you can get NSF-approved media in applicable system stages.
Of course, the treated output meets EPA drinking water standards for your location, depending on the specific contaminants present, the applicable regulatory thresholds, and your intended use of the water.
It’s recommended you confirm this with your project engineer or regulatory contact before finalizing specifications.
Pilot duration varies by project. Groundwater remediation pilots often run 30 to 90 days to establish steady-state performance and document removal efficiency under variable site conditions.
Some programs extend beyond that timeframe when contamination levels fluctuate significantly or when regulatory review requires a longer performance record before approval.
The portable design of a pilot-scale system makes extended deployment practical. Your unit can be repositioned or adjusted as site conditions evolve without a fixed installation constraint.
A skid-mounted system is built on an open structural frame, keeping the footprint compact and allowing straightforward access for inspection, servicing, and transport.
A containerized unit encloses the treatment equipment inside a modified shipping container, which adds weather protection but increases cost, weight, and space requirements.
For most industrial deployments and pilot programs where the system operates under cover or in moderate climates, a skid-mounted configuration is the more practical option for your budget and timeline.
It depends on the original system design. These systems are built with capacity for modification, and if the vessel sizing and pump capacity allow for additional media stages or increased throughput, adjustments can be made without replacing the full unit.
If the system was built to the top of its operational flow range and your requirements increase substantially, your system will be evaluated whether a reconfiguration or a supplemental unit is the better path based on your existing specs and new project parameters.
Contamination levels on active remediation sites frequently shift as the plume is drawn down, which changes how quickly media saturates.
Systems configured with appropriate carbon contact time and pre-filtration capacity can accommodate a reasonable range of inlet variation without losing treatment effectiveness.
For sites where contamination is expected to fluctuate, we factor that variability into your initial configuration and may recommend adjusted changeout intervals or more frequent sampling so your maintenance schedule reflects actual field conditions rather than a fixed calendar.
Not sure what type of filtration you need or have questions about your equipment?
What do you know about the benefits of industrial water purification and industrial filtration systems?
Let our team of experienced applications engineers take a look at your process and share some recommendations that will be best for your application, facility and your bottom line.
Explore Related Featured Projects
Below you will find some projects that have benefited from our technology.
