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Last updated January 31, 2026
88
Innovation Areas
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Electrolytic hypochlorous acid generation: MarsRecent Research Landscape

Manual chemical handling and filter clogging increase operational downtime and safety risks. These innovations integrate ultrasonic particulate removal with automated electrochemical synthesis to ensure continuous high-purity disinfection.

What technical problems is Mars addressing in Electrolytic hypochlorous acid generation?

Uncontrolled gas pressure fluctuations

(3)evidences

Electrolytic generation of hypochlorous acid produces hazardous hydrogen gas as a byproduct. Managing this gas safely and efficiently prevents pressure buildup and explosion risks during on-demand operation.

Uncoordinated cleaning component operation

(3)evidences

Mechanical decoupling between drive systems and cleaning heads leads to uneven surface pressure and debris removal. Standardizing contact pressure and spray synchronization prevents surface damage and incomplete sanitation.

Pathogen accumulation in pet environments

(1)evidences

Inadequate decontamination of physical environments leads to infectious transmission. Eliminating microbial reservoirs reduces healthcare-associated infections and environmental contamination.