Is there a risk of affecting pipes or causing corrosion when using a fully automatic ozone washing machine?

There is a potential risk of affecting pipes or causing corrosion when using fully automatic ozone washing machine, but this risk is generally low if the machine is properly designed and maintained.
High concentrations of ozone: While the ozone concentration in washing machines is generally designed to be low and safe for the laundry process, the system by which the machine introduces ozone into the water can vary from model to model. Higher concentrations can increase the potential for pipe corrosion if the machine does not effectively dissipate or neutralize the ozone before the water exits. Ozone dissipation mechanism: Most fully automatic ozone washing machines are designed to dissipate or neutralize ozone at the end of the wash cycle to ensure that only safe, low concentrations of oxygen remain in the wastewater. Look for models with an ozone destruction system or ozone filter that breaks down ozone into oxygen before the wastewater is discharged.
Proper plumbing design: Fully automatic ozone washing machine manufacturers typically design internal systems into the equipment to minimize the risk of ozone interacting with the pipes. This may include a sealing system to prevent large amounts of ozone from entering the wastewater stream. If you are concerned, consult the manufacturer or a plumbing professional to ensure that the machine is compatible with your plumbing setup.
Routine maintenance: Regular maintenance of the ozone generator and washing machine helps ensure that any remaining ozone is safely neutralized. Follow the manufacturer's recommendations for ozone system maintenance, which may include regular cleaning or replacement of ozone-related components.
Check for leaks: Ozone systems should be properly sealed to avoid any gas leaking into areas such as drains or pipes. Use ozone-friendly pipe materials: Some pipe systems are designed with materials that are more resistant to oxidation and corrosion, such as plastic or stainless steel pipes, which are less likely to react with ozone than older metal pipes.
If you are upgrading your pipes or installing an ozone washer, consider using corrosion-resistant pipes to further reduce the risk. Water Neutralization: In some cases, it may be helpful to install an ozone water neutralizer or filter in your pipe system, which can break down any remaining ozone before the water enters the drain. This step can add an extra layer of safety to your pipe system.
While the risk of an ozone washer corroding or damaging your pipes is low, it depends on a variety of factors, such as the concentration of ozone used, how well the machine neutralizes ozone after the wash cycle, and the materials used in the pipes. Most modern ozone washers are designed with safety mechanisms to prevent such issues. However, it is always wise to follow the manufacturer's guidelines, perform regular maintenance, and ensure that your pipe system is compatible with ozone technology. If in doubt, it’s a good precaution to consult a professional plumber to find out if your existing plumbing setup is suitable for an ozone-based system.