When water becomes harder to control, systems require more chemical input and face increasing compliance and operational pressure. MATpure® uses catalytic water conditioning to stabilize water upstream, helping wastewater systems run more consistently with less chemical adjustment at a lower operating cost.
Traditional water treatment is expensive, unpredictable, and high-maintenance, but it doesn’t have to be. CAPE HydroTek’s catalytic water technology prevents scale, corrosion, and biofilm formation without the need for constant chemical adjustment and management.

When particles come out of solution, they attach to surfaces and form buildup that drives scaling, fouling and biofilm growth. But through redox stabilization, MATpure® inhibits pathogens from attaching to equipment as water moves through the system, reducing deposit formation and increasing treatment system efficiency. That translates to predictable performance, lower chemical demand and less ongoing intervention to maintain control.

Traditional treatment manages symptoms, not the conditions that cause them. As water behavior shifts, systems require more chemical input to stay within range.
This cycle leads to ongoing adjustment, higher operating costs and performance that becomes harder to maintain over time.
MATpure® installs in-line, without additives, allowing water to pass through the catalytic cartridge without requiring major equipment changes or process disruption.
As water flows through the cartridge, the catalyst causes a redox stabilization of water, improving how minerals and particles flow through the system.
This prevents dissolved ions from precipitating and forming deposits, limiting scaling, fouling and biofilm development.
With less buildup forming, systems require less chemical input and intervention, resulting in fewer shutdowns and more consistent, predictable performance over time.
✔ Reduces chemical demand over time, as systems require less correction to stay within range
✔ Extends maintenance intervals, with less buildup forming and fewer cleaning cycles required
✔ Maintains more consistent performance, reducing variability across flow, heat transfer, and system efficiency
✔ Improves operational efficiency, as cleaner systems use less energy and operate with fewer disruptions
Let's get your facility set up with a water system that runs better, lasts longer, and costs you less.
Get a system-specific view of how upstream water conditions impact performance, chemical use and operating cost. Request your assessment today.