Are you satisfied with the quality of the water in your home?

If you aren’t you are not alone. The good news: It’s treatable. We have a solution for every home and every situation. 

Southern Utah is a great place to live, but how healthy is the water that comes out of your faucets?

Our geographical location dictates that our water originates from multiple sources. Some of which contain high levels of unwanted minerals and harmful contaminants.

With a simple water test, our trained technicians can identify several key indicators of your water quality that can impact overall health.

A number of water treatment solutions are available. They range from whole-house systems that treat all the water in your home, to filters for specific areas such as the kitchen faucet, to more portable solutions such as a water pitcher or even countertop filters. Some reduce only one contaminant while others reduce many.

Point-of-Use (POU) systems treat the water where you drink or use your water, and include water pitchers, faucet filters, and reverse osmosis (RO) systems.

Whole-house/point-of-entry (POE) systems treat the water as it enters a residence. They are usually installed near the water heater or main water shutoff. Whole-house treatment systems include water softeners or whole-house filters for chlorine, taste, odor, and particulates.

Advanced Water Treatment Solutions for Commercial and Industrial Applications

Water treatment systems form the backbone of countless commercial and industrial operations throughout the greater St. George area, where water quality directly impacts everything from equipment longevity to product quality. At S&S Mechanical, we specialize in designing, installing, and maintaining comprehensive water treatment systems that meet the stringent demands of modern facilities. Our expertise spans multiple treatment technologies, from basic filtration to advanced reverse osmosis systems, ensuring optimal water quality for cooling towers, boilers, process equipment, and potable water applications. The complexity of water treatment extends far beyond simple filtration. Each facility presents unique challenges based on source water characteristics, operational requirements, and regulatory compliance standards. We analyze factors including total dissolved solids, pH levels, hardness, chlorine content, and biological contaminants to develop customized treatment strategies. Our approach integrates mechanical filtration, chemical treatment, and advanced purification technologies to address specific water quality issues while optimizing operational efficiency and reducing long-term maintenance costs.

Comprehensive Treatment Technologies and System Design

Modern water treatment encompasses multiple stages and technologies working in concert to achieve desired water quality parameters. Primary treatment typically involves mechanical filtration to remove suspended solids and particulates, utilizing sand filters, multimedia filters, or cartridge filtration systems sized appropriately for flow rates and contaminant loads. Secondary treatment addresses dissolved contaminants through technologies such as water softening, which removes calcium and magnesium ions that cause scale buildup in pipes and equipment. Ion exchange systems, particularly important in boiler feed water applications, can reduce total dissolved solids to prevent corrosion and scaling that significantly impact system efficiency. Chemical treatment programs complement mechanical systems by addressing biological growth, corrosion control, and scale prevention. We implement precise chemical feed systems that automatically monitor and adjust dosing rates based on real-time water quality parameters. These systems utilize controllers that continuously measure conductivity, pH, oxidation-reduction potential, and other critical parameters, ensuring consistent water quality while minimizing chemical consumption. Advanced oxidation processes, including ozone and ultraviolet disinfection, provide chemical-free alternatives for biological control in sensitive applications.

Industrial Process Water and Cooling System Treatment

Industrial facilities rely heavily on consistent water quality for process cooling, manufacturing operations, and utility systems. Cooling tower water treatment represents one of our core specialties, addressing the unique challenges of open recirculating systems exposed to environmental contaminants and atmospheric conditions. We implement comprehensive programs that control:

• Scale formation through careful monitoring of cycles of concentration and implementation of scale inhibitors
• Microbiological growth including Legionella prevention through biocide programs and system design modifications
• Corrosion protection using corrosion inhibitors and maintaining proper water chemistry balance
• Fouling prevention through side-stream filtration and regular system cleaning protocols

Boiler water treatment requires equally specialized attention, as poor water quality can lead to catastrophic equipment failure. We design treatment programs that maintain precise alkalinity levels, oxygen scavenging capabilities, and condensate protection throughout the steam system. Opening up the shop over 40 years ago, S&S Mechanical started as a small operation and quickly grew through referrals from happy customers eager to tell their friends and family about their experiences. This extensive experience translates into treatment programs that extend equipment life while reducing energy consumption and unplanned downtime.

Regulatory Compliance and Environmental Considerations

Water treatment systems must comply with increasingly stringent environmental regulations governing discharge quality, water consumption, and chemical usage. We stay current with EPA guidelines, state regulations, and local ordinances affecting water treatment operations in St. George, Washington, Santa Clara, Ivins, Hurricane, Cedar City, and La Verkin, UT. Our designs incorporate pretreatment systems for industrial discharge, ensuring compliance with permitted limits for pH, temperature, heavy metals, and other regulated parameters. Additionally, we implement water conservation strategies through recovery and reuse systems, helping facilities reduce water consumption while maintaining operational requirements. The future of water treatment increasingly emphasizes sustainability and resource conservation. We integrate technologies such as membrane bioreactors, electrocoagulation, and advanced oxidation processes that reduce chemical dependency while improving treatment efficiency. Smart monitoring systems with remote access capabilities allow real-time optimization and predictive maintenance, preventing problems before they impact operations. Our normal business hours are Monday through Friday 7am – 6pm, but we are also available on-call for emergencies. This availability ensures critical water treatment systems receive immediate attention when issues arise, preventing costly production interruptions and equipment damage that can result from water quality problems.