Application of Ozone For Bottle Rinsing

Using ozone for bottle rinsing was one of the first industrial ozone applications. This is a bottle rinsing solution that brings sustainable and cost-effective results without chemicals.

Bottle types use for water bottles of non-alcoholic and alcoholic drinks usually go with a high contamination risk for the product. For this reason, to ensure user health and safety, it’s necessary to disinfect bottle caps and bottles.

Ozone Generator for Bottle Rinsing

Dr.Ozone D40S Industrial Ozone Machine 40,000mg/h High Capacity Ozone Generator

Dr.Ozone D50S Industrial Ozone Machine 50,000mg/h High Capacity Ozone Generator

Dr.Ozone D60S Industrial Ozone Machine 60,000mg/h High Capacity Ozone Generator

Dr.Ozone D80S Industrial Ozone Machine 80,000mg/h High Capacity Ozone Generator

How Effective of Ozone For Bottle Rinsing?

Comparing ozone with chemicals

When using chemicals for rinsing and disinfecting bottles such as hypochlorite or peracetic, will still exist their residues that affect the taste and quality of products later. Chemicals during rinsing can be removed from bottles however it may introduce micro-organisms or harmful particles when we start supplying water into bottles. Ozone can solve these potential issues.

Only a low concentration of ozone can disinfect bottle surfaces quickly. Besides, it doesn’t leave chemical by-products.

Comparing ozone with heat

In many cases, people use heat to pasteurize cans and bottles. The can and bottle can be pasteurized at temperatures up to 100°C (212°F).

This temperature can inactivate unwanted microorganisms. While it is an effective way to make sure product quality, using heat may affect the unique aroma and taste of the beverage.

Ozone offers an alternative solution that preserves the beverage without using heat or chemicals. As ozone is applied cold, it is a major cost-saving operation compared to other pasteurizations.

Practical Application of Ozone 

The concentration of ozone and sanitation time should be suitable and balanced during rinsing bottles. Normally, the actual concentration of applicated ozone should not be lower than 0.2-0.4 ppm as well as should not exceed 1 ppm to reach an effective result reduce at least 3 logs of bacteria, spores or protozoa.

Based on the actual needs of every project and treatment system, Dr.Ozone will provide an appropriate solution. Contact us today for the best bottle rinsing treatment solution, optimize cost. Our technical team who are professional, experienced and knowledgeable will always ready to listen and answer all your questions. You can contact us any time via:

Dr.Ozone Headquarter

Address: No.30, Truong An Industrial Cluster, An Khanh Commune, Hoai Duc Dist, Ha Noi city, Viet Nam

Website: dr-ozone.com

Inbox: m.me/Dr.OzoneGenerator