Commercial Sanitation & Processing Systems for Water and Air Applications
SourcePoint Environmental designs advanced ozone water and ozone gas treatment systems for food processing, produce washing, sanitation, and commercial operational environments.
Our custom-engineered systems help support cleaner processing environments, improve operational sanitation, and reduce reliance on chemical-intensive treatment processes across both water and air applications.
Benefits of Ozone Water & Gas Treatment
Supports cleaner processing water systems
Reduces reliance on chemical-intensive sanitation processes
Helps improve operational water quality
Supports cleaner equipment and processing environments
Naturally converts back into oxygen after use
Supports more consistent and repeatable sanitation processes
Can reach controlled areas traditional methods may miss
Industry Experience Since 2011
Produce & Laboratory Applications
"As the owner of a produce company, I began using ozone in our warehouse to help support produce freshness and sanitation practices. It was a game changer for our business.
After selling that company, I continued using ozone in our laboratory. It helps keep the air fresh and supports sanitation throughout the facility by treating both air and surfaces.
Ozone has been an invaluable tool in both environments."
— D. Webster
Former Owner, D&R Foods, Utah
Ozone user since 2011
Industries Served
Produce washing and food processing environments
Commercial sanitation and operational water treatment
Dairy, meat, poultry, fish and produce operations
Equipment, surface, and processing water applications
Commercial and industrial processing environments
Treatment Applications
Walls and floors
Equipment and processing lines
Conveyors
Tools and contact surfaces
Controlled and enclosed operational environments
How Ozone Treatment Works
Within the treatment process, ozone interacts with contaminants and unwanted biological elements to help support cleaner processing systems and operational environments.
APPLICATION GUIDES & PUBLISHED RESEARCH
Explore Ozone Water and Controlled Ozone Gas Applications
Our educational infographics explain how ozone treatment is used across food processing, surface sanitation, hand hygiene, and controlled air and space treatment. Each guide includes practical application information, important use conditions, and supporting published research.
FOOD SAFETY & PROCESSING
Ozone Water
Explore how ozonated water can support produce washing, food-contact surfaces, processing equipment, and commercial food-treatment applications.
HAND HYGIENE
Ozone Water
Examine published research on ozonated water for hand hygiene, including tested concentration, contact time, and important operational requirements.
SURFACE SANITATION
Ozone Water
Review the clean-first process and the spray, wipe, and dry workflow for using ozonated water on equipment, counters, and operational surfaces.
AIR & SPACE TREATMENT
Controlled Ozone Gas
Learn how high-output ozone gas treatment is conducted in unoccupied spaces, including preparation, circulation, ventilation, verification, and safe re-entry.
CONTROLLED FACILITY TREATMENT
For facilities requiring whole-space treatment, SourcePoint provides high-output ozone gas systems for scheduled use in controlled, unoccupied environments. Ozone circulates through the space to treat air and exposed surfaces, then naturally converts back to oxygen.
System Capabilities
High-output systems producing 30,000–45,000 mg/hour
Treatment areas up to approximately 2,500 square feet, depending on layout and operating conditions
Scheduled treatment cycles with ventilation, verification, and controlled re-entry
Important Use Condition
Ozone gas is a respiratory irritant. Treatment areas must remain unoccupied during operation. Re-entry should occur only after the area has been ventilated and ozone concentration has been verified at an acceptable level.
COMMON QUESTIONS
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Ozonated water may be used for produce washing, processing water, equipment, and surface applications. Controlled ozone gas treatment is used for scheduled treatment of unoccupied operational spaces.
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DescripIn many cases, yes. Systems are configured around the facility’s existing water delivery, circulation, sanitation, and processing infrastructure.
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No. Ozone itself does not leave a chemical disinfectant residue in water or air. After it reacts, any remaining ozone naturally decomposes back into oxygen. Controlled ozone gas treatments still require proper ventilation and ozone-level verification before re-entry.
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Yes. Each system is designed around the facility layout, infrastructure, sanitation requirements, and operational goals.
A SYSTEM DESIGNED FOR YOUR FACILITY
SourcePoint evaluates your facility layout, treatment objectives, operating procedures, and existing infrastructure to determine the appropriate water or air treatment approach.
Flexible lease and purchase programs are available.