NOTICIAS / BLOG

MOSW-O®

Air Electrolysis   –   Saline Electrolysis

Leaders in innovation in the industry of oxidant generators in situ for the disinfection of water through Electrolysis, our systems combine air, water and electricity in the case of air electrolysis, and salt, water and electricity in the case of saline electrolysis . In both cases, the result is the generation of highly effective In-Situ disinfectants at a very competitive cost. The design of our technology gives its users the necessary freedom to produce disinfectants in the quantity they require, when they need it. MOSW-O® reduces and eliminates hazardous by-products and water contaminants. Using only elements present in nature in a sustainable way, our technology generates an advanced disinfectant in situ at the point of use. A clean and environmentally neutral technology.

TECHNOLOGICAL INNOVATION

AIR ELECTROLYSIS

SALINE ELECTROLYSIS

Energy Consumption

Reduction of Energy Consumption

Less Containers

Eliminates Non-Reusable Chemical Containers

Transportation Reduction

Reduces transport and carbon footprint by 80%

Less CO2

Reduction of CO2 Emissions

Avoid storage

Eliminates storage of dangerous products

Plug & Play

Does not require reports given its low concentration

Low maintenance

Simple Operation and Maintenance

Without residues

No precursors or hazardous waste are generated

Air + Water + Electricity  =  H2O2

AIR ELECTROLISIS - ADVANTAGES
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Our Air Electrolysis systems have many advantages over other systems:

 

  • The resulting oxidant has a homogeneous distribution in the water
  • The system does not require additives or salts for its operation
  • Broad germicidal spectrum that attacks different parts of the microorganism for elimination and control
  • Effective against viruses, bacteria and even spores
  • There is no danger of overdosing
  • No perceivable odor in dosages within the ranges established as suitable
  • Low power consumption per kg of oxidant
  • Its effect as a precursor of cancer pathologies is nil
  • Very low concentration, below 1500 ppm per liter
  • Calcareous inlays are reduced thanks to the oxidant effect
AIR ELECTROLISIS - TECHNICAL CHARACTERISTICS
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Technical Characteristics:

 

  • Single phase power supply. 110 / 220V AC
  • It admits conventional supply water and water from reverse osmosis.
  • Indoor installation
  • Recommended humidity level <70% without heavy contaminants (fats, fumes, … etc.)
  • Maximum oxidant concentration 1500 ppm per liter
  • Compatible with connections to existing control systems via Ethernet or SIM.
  • Oxidizing purity 99.99%

MOSW-O® (Mixed Oxidant)   vs   HYPOCHLORITE
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MOSW-O® (Mixed Oxidant)   vs   OZONE
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MOSW-O® (Mixed Oxidant)   vs   CHLORINE DIOXIDE
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MICROBIAL COMPARATIVE
MOSW-O®   vs   HYPOCHLORITE
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MARKETS
RELIABLE AND EFFECTIVE TO ANY CHALLENGE
 

 

 

Our mixed oxidants offer many advantages over traditional chlorination, including superior disinfection, longer-lasting residue, biofilm removal, reduced disinfection by-product formation, better taste and odor, and microflocculation. We are able to address other water quality issues that traditional chlorination technologies alone can not address, including total trihalomethane reductions (TTHM) of up to 50%, elimination of biofilm and algae.

MARKETS SUMMARY

APPLICATIONS
A SOLUTION TO YOUR MEASURE
 

 

 

 

The in situ generation of a disinfectant offers a series of advantages over the transport of chemical products in bulk:


• Improved safety without hazardous chemicals used, stored or produced

• No mixing or dilution since the disinfectant is generated with a constant force

• No degradation of the disinfectant, since it is in the storage
• Elimination of regulatory requirements, including Risk Management Plans (RMP)
• Maintenance of residual chlorine without need of support technology for secondary disinfection

• We produce with a free chlorine concentration (FAC) free of <1%, classified as not dangerous
• Reduction of corrosion since the oxidant does not discharge at normal temperatures

APPLICATIONS SUMMARY

REFERENCES
A SOLUTION “MULTIPLE SECTORS”
 

 

 

Our saline electrolysis technology is so versatile that it can be used to disinfect water in almost any productive or leisure sector. Including, among others, wastewater, food processing and industrial processes, commercial swimming pools, cooling towers, including the elimination of biofouling of membrane filtration equipment. We are present with our technology in new markets, which include aerospace and military applications for land and sea, as well as consumer products.

COMPANIES THAT TRUST MOSW-O®

MODELS AND SYSTEMS
INDIVIDUAL EQUIPMENT – SKID SYSTEMS
 

 

 

Water-On offers two different types of in-situ oxidant generators. Our MOSW-O® mixed oxidant solution systems are designed to achieve maximum disinfection efficiency through the patented cell design, power control and cell geometry. Our sodium hypochlorite systems are designed to provide the absolute lowest and most reliable cost available in the market. Our systems are adapted to any type of installation, for this we have created a wide range of individual models and solutions in Skid in order to meet the market demand, as well as its applications. All our systems comply with the following regulations, among others:

• 4 log EPA certification and 5 log microbial inactivation
• NSF certification for components in contact with drinking water

• European Low Voltage Directive (LVD): 73/23 / EEC (electrical safety)

•CE Compliant

CUSTOMIZED SOLUTIONS

TECHNICAL SUPPORT

REQUEST ECONOMIC TECHNICAL PROPOSAL

“SALINE ELECTROLYSIS”

MOSW-O®

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