Commercial laundries

Commercial laundries

Cold-water washing with full disinfection

70-100%
Heating savings
Cold-water washing eliminates water heating costs; ozone works best in cold water.
30-50%
Chemical savings
Less detergent and bleach; ozone replaces part of the chemistry while improving wash quality.
+30%
Linen life
Without harsh chemicals and heating; cold water and no chlorine reduce fiber damage.
99.9%
Disinfection
Effective bacteria and virus reduction even in cold water.

Water ozonation in laundries is an advanced technology that significantly reduces detergent, hot water and energy use, and extends linen life and shortens wash time. Ozone dissolves in water and replaces part of the chemicals, ensuring superior cleaning quality.

This is a fundamental change in washing: you replace harsh chemistry with something that works much better. So much better that water and time use can also be reduced while achieving superior results.

How it works: Ozone is a strong oxidizer. With a small amount of alkali, cold water and detergent you can achieve cleaning and brightness equal to or better than chlorine and hot water.

Economic effects

Comparison of traditional and ozone washing

ParameterOzone washingTraditional
Water temperatureCold (15-25°C)Hot (60-90°C)
Electricity consumption70-100% lessBaseline
Detergent consumption30-50% lessBaseline
Water consumption20-40% lessBaseline
Linen wearMinimalIncreased
Disinfection99.9%95-98%

Why cold water is more effective

Washing quality depends on 4 factors: water temperature, chemicals, wash time and mechanical action. Using ozone, you can replace chemistry and temperature with a more effective solution.

  • Ozone creates hydroxyl radicals (OH) at pH 8 in cold water — the same as at high pH with hot water
  • The colder the water, the more stable ozone is and the longer it works
  • Above 95°C ozone loses effectiveness due to faster decay
  • Cold water does not damage fabric fibers — linen lasts longer
  • Absence of chlorine bleach with hot water prevents chemical reactions that damage fabric

Technological process

Comparison of washing components
Traditional laundryOzone laundry
Hot waterCold water
AlkaliOzone
DetergentDetergent (less)
Acid (neutralization)
Bleach

Ozone spontaneously decomposes to oxygen and does not require removal unlike traditional chemicals. This allows reducing the number of rinses by 20-40%.

Benefits of ozonation in laundries

Energy savings

70-100% reduction in water heating costs. Complete washing in cold water.

Improved disinfection

Ozone effectively destroys viruses and bacteria even at low temperatures.

Softer linen

No chemicals remain in fibers. Linen becomes softer.

Better whitening

Strong oxidizing properties of ozone ensure brightness without chlorine.

Ozone cabinets for dry cleaners

Dry cleaners use ozone cabinets — sealed chambers filled with high-concentration ozone. As a gas, ozone penetrates the densest fabrics and hard-to-reach areas.

1

Treatment of delicate items

Theatrical costumes, vintage, fur coats, leather jackets, motorcycle helmets, hockey gear. No mechanical action or heating — minimal risk of damage.

2

Odor removal (deodorization)

Fire smoke, ingrained tobacco smoke, biological odors, animal odors, mustiness. Ozone destroys the cause of odor at the molecular level.

3

Disinfection

Destroys cell membranes of bacteria, virus envelopes and fungal spores. Ideal for children's items and bedding.

4

Monetization

Service is sold as an additional option (upsell) or as a separate VIP service. Cycle cost is minimal.

Equipment selection

Laundry typeRecommended equipmentCost
Small laundryOzone generator 5 g/hfrom 250,000 ₽
Hotel laundryOzone generator 10 g/hfrom 320,000 ₽
Commercial laundryOzone generator 20 g/hfrom 420,000 ₽
Dry cleaner (700L cabinet)Ozone cabinet OZ-1Sfrom 420,000 ₽
Dry cleaner (1400L cabinet)Ozone cabinet OZ-2Sfrom 500,000 ₽
Important: Ozone generator capacity calculation depends on contamination volume, water quality and equipment specifications. A pilot project may be required for accurate selection.

Technology limitations

In some cases, a small amount of hot water will still need to be used. Cold water is not suitable for working with greasy stains (lipstick, shoe polish, ink) due to the physical nature of fat at low temperatures.

  • Heavily soiled linen with greasy stains requires a separate program with hot fill
  • Such loads usually make up a very small percentage of total volume
  • For the remaining 90%+ of linen, ozone washing in cold water is the optimal solution

ROI and payback

  • 50-70% reduction in electricity bills (water heating is the main expense)
  • 30-50% savings on detergents and bleaches
  • 30%+ extension of linen life (fewer replacements)
  • Reduced wash time — more cycles per day
  • Typical payback period: 12-18 months

Which industry interests you?

Tell us about your business, and we will find the optimal ozonation solution