Maintaining an Ozone Laundry System: Best Practices for Longevity & Efficiency

Ozone laundry systems have become a trusted solution for commercial facilities seeking effective disinfection, lower utility costs, and reduced reliance on harsh chemicals. These systems use ozone gas—a powerful natural oxidizer—to sanitize laundry with cold water, reducing energy consumption and delivering superior hygiene standards. Whether used in healthcare, athletics, hospitality, or multi-housing, maintaining your ozone laundry system is essential to keeping it performing at peak efficiency and extending its lifespan.

At Coronet Equipment, we provide dependable ozone laundry solutions backed by expert guidance and responsive service. By following key maintenance practices, you can ensure that your system consistently delivers clean, sanitized laundry while protecting your investment for the long term.

Understanding the Value of an Ozone Laundry System

Unlike conventional systems, ozone laundry setups sanitize textiles using oxygen-based technology that eliminates bacteria, viruses, and organic matter without relying on high temperatures or bleach. This cuts down on energy usage and extends the life of linens and garments.

Coronet Equipment supplies ozone systems for a variety of sectors, including sports teams, medical facilities, and multi-unit buildings. These systems offer smart control monitoring, letting operators know how efficiently their machines are running. Because ozone is a gas that dissolves quickly in water, the technology requires careful calibration and upkeep to maintain its sanitizing effectiveness over time.

Daily and Weekly Maintenance Essentials

Routine attention to your ozone laundry equipment helps prevent buildup, corrosion, and system failures. Daily maintenance tasks typically include inspecting filters, checking for blockages in air or water lines, and verifying that ozone injection points are clear. The control panel should be reviewed regularly to ensure settings remain within safe and effective parameters.

Weekly, operators should perform a more detailed inspection, such as checking destruct systems and gauges for accuracy. The destruct system neutralizes residual ozone before it exits the machine, and it must be fully operational to prevent harmful exposure. Ozone sensors and oxidation-reduction potential (ORP) meters should also be reviewed to confirm that proper disinfection levels are being achieved.

Replacing Consumables and Monitoring System Health

Over time, components like filters, tubing, and check valves wear down due to ozone exposure and should be replaced on a scheduled basis. Most manufacturers recommend changing filters every three to six months, depending on system usage and water quality. Check valves, which prevent backflow and protect ozone generators, should be replaced at the first sign of wear or malfunction.

Some ozone systems include remote monitoring features, allowing operators to receive maintenance alerts or performance reports. If your system includes this technology, it’s critical to respond promptly to any flagged issues to avoid damage and downtime.

Seasonal and Annual System Checks

To ensure optimal long-term performance, facilities should conduct comprehensive maintenance checks at least once a year—ideally before peak usage seasons. This includes testing all electrical connections, recalibrating sensors, inspecting oxygen concentrators, and verifying output from the ozone generator.

In climates with significant temperature fluctuations, equipment installed in non-climate-controlled environments may require seasonal attention. Ensure components are protected from freezing temperatures and moisture accumulation, as both can affect system integrity and ozone production levels.

At Coronet Equipment, our factory-trained technicians are equipped to provide professional annual inspections and full servicing of ozone laundry systems, giving you confidence that your disinfection system is operating at full capacity.

Water Quality and System Efficiency

Water quality plays a significant role in the efficiency and longevity of ozone laundry systems. Hard water with high mineral content can reduce the effectiveness of ozone injection and cause scaling on components. It’s advisable to install water softening systems if hardness levels exceed recommended limits.

Additionally, clean and balanced water supports consistent ozone dissolution, enhancing disinfection while protecting internal components from premature wear. Regular water testing should be part of your facility’s maintenance routine to ensure optimal conditions for ozone performance.

For more guidance on water treatment and system efficiency, Natural Resources Canada offers helpful resources for commercial operators managing laundry equipment and related infrastructure.

Partnering with Experts for Long-Term Success

One of the best ways to protect your ozone system investment is to partner with a knowledgeable supplier who understands both the technology and the industries it serves. Coronet Equipment has years of experience designing and supporting ozone laundry systems across Edmonton and the surrounding region. From sports facilities and senior care homes to commercial laundromats and housing complexes, we offer tailored solutions that deliver consistent results.

Our commitment doesn’t end after installation. Coronet Equipment provides service for both new and existing ozone systems—whether card- or coin-operated—with technicians who are trained to resolve issues quickly and minimize downtime.

Coronet’s commercial ozone laundry systems offer a dependable and forward-thinking solution backed by responsive support and industry insight for operators looking to increase efficiency, reduce chemical costs, and offer superior sanitation. Contact us to get started today!