Fact Water Co

Fact Water Co Our mission is to innovate and become a leading example for the water treatment industry while providing exceptional customer service and solutions.

UF fouling mechanisms generally fall into particulate fouling, organic fouling, inorganic scaling, and biofouling.Each r...
08/31/2026

UF fouling mechanisms generally fall into particulate fouling, organic fouling, inorganic scaling, and biofouling.

Each responds to different controls: upstream solids removal, optimized coagulation, antiscalants or pH adjustment, and biocides or sanitation.

Without understanding what is going on in your water, cleaning and chemical strategies remain guesswork and performance drifts instead of stabilizing.

Optimizing UF starts with feedwater. Coarse screening, clarification, or media filtration upstream reduces particle load...
08/28/2026

Optimizing UF starts with feedwater. Coarse screening, clarification, or media filtration upstream reduces particle loading so UF can focus on fine solids and microbes.

On the membrane side, separating backwash, CEB, and CIP into distinct roles while setting their frequency based on transmembrane pressure and flux trends, keeps fouling in a reversible range and reduces chemical overuse.

Finally, tracking TMP, flux, and clean‑water recovery over time turns UF operation into a data‑driven process, allowing small setpoint and cleaning adjustments before performance drifts out of spec.

08/26/2026

Ultrafiltration and reverse osmosis solve different problems, which is why they work best in series, not in competition.

UF uses a defined pore size to remove suspended solids, colloids, and microorganisms that drive SDI and particulate fouling. RO then focuses on dissolved salts and organics without being overloaded by particles.

UF does the heavy lifting on particulates so RO can focus on dissolved ions. Together, they deliver more stable production and lower lifecycle cost.

Without proper cleaning and maintenance, UF membranes accumulate organic films, colloidal layers, and scale that increas...
08/24/2026

Without proper cleaning and maintenance, UF membranes accumulate organic films, colloidal layers, and scale that increase transmembrane pressure and reduce flux.

Plants often compensate with higher pressure or reduced throughput, masking the underlying fouling until cleaning frequency, energy use, and early module replacement start to erode the economics UF was meant to improve.

Traditional sand or media filtration relies on depth filtration. It captures larger particles, but performance can vary ...
08/21/2026

Traditional sand or media filtration relies on depth filtration. It captures larger particles, but performance can vary with changes in flow, loading, and media condition.

Ultrafiltration (UF) uses a membrane with defined pore sizes, much smaller than traditional/ sand media, delivering consistent removal of suspended solids, bacteria, and colloids—regardless of upstream fluctuations.

The difference shows up in clarity, stability, and footprint. UF systems are more compact and produce predictable water quality, while media filters require more space and are more sensitive to operating conditions.

Both have their place. The question is how much variability your system can tolerate.

08/20/2026

Fouling is a progression, not an event.

What starts as a minor increase in resistance can quickly turn into higher operating pressure, reduced throughput, and more aggressive cleaning cycles. Left unchecked, it drives both cost and risk.

The key isn’t reacting to failure—it’s recognizing the pattern early and responding before performance drops.

Ultrafiltration is a physical separation process, not a chemical one.It works by applying pressure across a membrane bar...
08/19/2026

Ultrafiltration is a physical separation process, not a chemical one.

It works by applying pressure across a membrane barrier, allowing water to pass while retaining particles based on size. Over time, rejected contaminants accumulate, which is why periodic backwashing is critical to maintain performance.

When operated correctly, UF delivers consistent water quality with predictable performance—something traditional filtration struggles to achieve.

Reverse osmosis membranes are built to reject dissolved contaminants, not to be high‑efficiency particle filters.Suspend...
08/13/2026

Reverse osmosis membranes are built to reject dissolved contaminants, not to be high‑efficiency particle filters.

Suspended solids, colloids, and biomass drive particulate fouling, faster pressure rise, and more frequent cleanings.

Ultrafiltration upstream delivers low‑turbidity, low‑SDI feed by physically removing those particulates before they reach RO, stabilizing operation and extending membrane life.

Transmembrane pressure (TMP) is the difference in pressure between the feed side and the permeate side of a membrane.It’...
08/12/2026

Transmembrane pressure (TMP) is the difference in pressure between the feed side and the permeate side of a membrane.

It’s one of the clearest indicators of system health.

As a membrane fouls, resistance increases. The system has to work harder to maintain flow, and TMP rises. That increase is an early warning sign that occurs before you see major performance drops.

Tracking TMP over time gives you visibility into fouling, cleaning effectiveness, and overall system stability. Ignore it, and issues compound. Monitor it, and you stay in control.

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Greeley, CO
80631

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