Ozone water degreasing industrial: applications and limits in production environments

Industrial environments place different demands on degreasing than kitchens or offices. In production areas, workshops, logistics centres and heavy industry, the grease types and volumes are fundamentally different from the daily kitchen grease deposit. Machine grease, lubricants, hydraulic oils, coolant lubricants and residues from production processes are heavier, more viscous and chemically different from the vegetable or animal fats found in the food sector. The question is not whether ozone water works in industrial environments, but for which specific applications it is worthwhile and where other methods remain necessary. In an industrial context, ozone water is not a replacement for chemical degreasers for heavy grease loads. It is however a relevant complement for specific applications: cleaning work surfaces and floor areas with light oil film, maintenance degreasing of equipment surfaces after production, and cleaning tool surfaces where chemical residue is undesirable. In production environments where food, pharmaceutical products or sensitive components are manufactured, the absence of chemical residue after cleaning is a particularly relevant advantage of ozone water. On surfaces in contact with products or packaging, where residue from cleaning agents constitutes contamination, ozone water offers an alternative that leaves no active chemical substances behind. The limits of ozone water in industrial environments are clear. Heavy oil layers on machine parts, lubricated metal, hydraulic lines or heavily contaminated floor areas require industrial degreasers based on solvents or alkaline products with mechanical cleaning. For these applications, ozone water is not effective as the only treatment. The combination is however possible: after a thorough chemical degreasing, ozone water can be used for daily maintenance of the relevant surfaces. Another consideration in industrial use is ozone concentration. Industrial grease types such as mineral oils with predominantly saturated bonds react more slowly to ozone oxidation than vegetable oils. Higher ozone concentration and longer contact time are necessary for these grease types to achieve an effective reaction. The production settings of the ozone water machine determine the available concentration. This article describes the specific industrial applications of ozone water in degreasing, the grease types where it is effective, the limits and the combination with chemical industrial degreasers in a phased cleaning approach. A realistic assessment of the possibilities and limits of ozone water in industrial degreasing applications is the basis for an effective and cost-efficient cleaning strategy in production environments and heavy industrial workshops A realistic assessment of the possibilities and limits of ozone water in industrial degreasing applications is the basis for an effective and cost-efficient cleaning strategy in production environments and heavy industrial workshops A realistic assessment of the possibilities and limits of ozone water in industrial degreasing applications is the basis for an effective and cost-efficient cleaning strategy in production environments and heavy industrial workshops A realistic assessment of the possibilities and limits of ozone water in industrial degreasing applications is the basis for an effective and cost-efficient cleaning strategy in production environments and heavy industrial workshops A realistic assessment of the possibilities and limits of ozone water in industrial degreasing applications is the basis for an effective and cost-efficient cleaning strategy in production environments and heavy industrial workshops A realistic assessment of the possibilities and limits of ozone water in industrial degreasing applications is the basis for an effective and cost-efficient cleaning strategy in production environments and heavy industrial workshops A realistic assessment of the possibilities and limits of ozone water in industrial degreasing applications is the basis for an effective and cost-efficient cleaning strategy in production environments and heavy industrial workshops A realistic assessment of the possibilities and limits of ozone water in industrial degreasing applications is the basis for