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

AEREAL 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

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100%
Ecological
With our Air Electrolysis technology, we are able to generate an in-situ 100%
ecological oxidant with really low power consumption and without the need to
add any additive or consumable (eg salt). The oxidant generated (H2O2), has the
peculiarity that when it degrades it becomes water. With concentrations from
000ppm at 1500 ppm per liter, the danger to people or the environment is
practically nil.
AIR ELECTROLYSIS

Slide Air Electrolysis
Cycle
sync

Air + Water + Electricity  =  H2O2

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AIR ELECTROLISIS - ADVANTAGES
CLICK AQUÍ PARA MAS DETALLES

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
CLICK AQUÍ PARA MAS DETALLES

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%

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Singular Disinfectants MOSW-O® is a disinfectant based on a high-performance mixed oxidant solution that is environmentally responsible. Its revolutionary effectiveness is derived from the second oxidant present in the solution - hydrogen peroxide, which coexists for 24-48 hours after electrolysis. SALINE ELECTROLYSIS

Lamparas Water Salt Electricity + +

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MOSW-O® (Mixed Oxidant)   vs   HYPOCHLORITE
CLICK FOR MORE DETAILS
MOSW-O® (Mixed Oxidant)   vs   OZONE
CLICK FOR MORE DETAILS

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Rectangular
Cell
The patented rectangular design requires less than half the space needed by traditional cylindrical cells. This, combined with a compact design of the systems, means that we require the least space for the installation of saline electrolysis equip-
ment on the market and that the risk of hydrogen accumula-
tion in the cell is practically nil.
PATENTED DESIGN SALINE ELECTROLYSIS

Lamparas

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MOSW-O® (Mixed Oxidant)   vs   CHLORINE DIOXIDE
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MICROBIAL COMPARATIVE
MOSW-O®   vs   HYPOCHLORITE
CLICK FOR MORE DETAILS

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25
Hours
Our electrolysis systems require minimal annual maintenance. In most cases they are ocular revisions. The time intervals vary by giving some examples, between 1 minute a week to check the feed water pressures, at 60 or 90 minutes for the verification of all connections or annual cleaning of the brine deposit. The total estimated time per year for preventive maintenance work is around 25 hours. ANNUAL MAINTENANCE AIR ELECTROLYSIS

SALINE ELECTROLYSIS

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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

Disinfection
Potable and Residual Water
MOSW-O ® CONTINUE Many communities are turning to our systems for municipal water treat-
ment and potable water treatment. The disinfectants produced by our
technology are proven to cost-effectively reduce by-products of disinfec-
tion and to improve the quality and safety of drinking water. MOSW-O®
generators offer a safer, technologically superior solution to wastewater
treatment, virtually eliminating many of the negative problems associated
with traditional chlorine disinfection. More secure, economical and signif-
icantly more effective, our patented mixed oxidant solution has a high dis-
infection performance but environmentally benign. The efficiency revolu-
tion is derived from the second oxidant present in the solution - hydrogen
peroxide -, which coexists for 24 / -48 hours after electrolysis.
Disinfection
Commercial Water - Institutional
MOSW-O ® CONTINUE MOSW-O® is a new technology for an old problem - water disinfection. The
state-of-the-art of our electrolytic generators improves the safety of the fa-
cilities and produces a more efficient water treatment while saving money.
Legionella, often found in towers and HVAC systems, the biofilm associated
with refrigeration, continually erodes and disperses through the water sys-
tem during normal operation. Studies show that a chlorine-based mixed oxi-
dant solution such as produce MOSW-O® is more effective than hypochlo-
rite (chlorine) by itself only in the elimination of biofilm from water system
hardware. MOSW-O® has a proven track record of improving the perfor-
mance of its disinfectant in a broad spectrum of applications: HOTELS, UNI-
VERSITIES, LIGHT INDUSTRY.
Industrial water
Treatment
MOSW-O ® CONTINUE MOSW-O® offers a patented mixed oxidant or hypochlorite (HYPO) solution
for the treatment of industrial waters that improve safety, reduce overall cor-
rosion rates, increase performance and save money. The unique qualities of
MOSW-O® reduce corrosion rates by 80% in copper and 50% in steel, result-
ing in reduced downtime, maintenance and expenses. Our on-demand oxi-
dants have a proven track record for improving the cooling efficiency of the
tower and the elimination of legionella, biofilm and other aquatic organisms
inhibition capabilities, allowing the system to focus on the cooling task. PASTA
and PAPER, ENERGY PLANTS, DISTRIBUTED REFRIGERATION, MANUFACTURE,
HEAVY INDUSTRY, CHEMICAL PROCESSING PLANTS.
Treatment on Farms,
Food & Drinks and Towers
MOSW-O ® CONTINUE Water-On offers advanced solutions for the food, beverage and agricultural
industries for all water treatment applications. Including, treatment of the
surface or underground water source, process water treatment, facility cool-
ing towers, and on-site cleaning (CIP) for raw syrups and sugars. With a sin-
gle MOSW-O® In Situ disinfectant generator, you can effectively treat multi-
ple applications at once, using only salt, water and electricity. Our team de-
signs customized solutions to offer safe, effective and economically attrac-
tive alternatives to minimize or eliminate the use of expensive and danger-
ous chemical products. By partnering with us, our customers experience a
fund of direct savings and operational efficiency, as well as maintenance
operations and smooth operation.
Oil and Gas Plants
Water Treatment
MOSW-O ® CONTINUE Our equipment, generates the disinfection oxidants in-situ under the de-
mand of gas and oil water treatment, which eliminates the need to trans-
port and manipulate dangerous chemical products. Given that MOSW-O®
technology operates with salt, water and electricity, there are virtually no
health, safety or environmental concerns at the drilling site or wells. The wa-
ter treatment technology available from MOSW-O® in the oil and gas indus-
try includes disinfection treatments of produced water, fracking water, dis-
posal wells, improved oil recovery, and the elimination of hydrogen sulphide.
We are a technology company that offers intelligent solutions for water dis-
infection, increased performance and safety of people and the environment
and a rapid return on investment (ROI) for our customers, being this one of
our main objective.
Custom Technology Solutions MOSW-O ® CONTINUE We have made important advances in the use of electrolytic cell technology,
reducing costs and space, incorporating scalability and mobility into the de-
sign, and expanding the product line of the oxidants produced.

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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

Municipal Drinking Water MOSW-O® CONTINUE Many communities are turning to the MOSW-O® solution for the disinfection
of their drinking water because we produce a proven disinfectant to improve
the quality and safety of drinking water, with significant economic savings. The
broad effectiveness of MOSW-O® provides clean and safe drinking water ranges
from rural areas to large cities with more than 10 million people. The MOSW-O®
systems are suitable for use in both surface and underground water treatment
plants, both in pre-treatment and in final disinfection applications.
Water Activities MOSW-O ® CONTINUE The patented mixed oxidant solution that MOSW-O® generates for disinfecting
swimming pools, improves safety, increases performance, reduces maintenance
time, and reduces operating costs. With minimal maintenance, our system is easy
to use. MOSW-O® not only improves the safety of the pool water, it also elimi-
nates the harsh qualities of traditional chlorine treatment, creating a remarkable
improvement in the swimming experience. MOSW-O® systems improve safety for
operators and employees of the pool by eliminating the need to transport, store
and handle hazardous chlorine. An InSitu Generator MOSW-O® is not an in-line
chlorinator. The mixture of the oxidant solution is stored in a tank and injected
into the pool, as needed. The stock storage of disinfectant provides the ability to
meet peak disinfection demands for shock chlorination and higher demand cir-
cumstances. In addition, the salt is never added to the pool, so there is no risk of
corrosion in the metal accessories.
Anti-Legionella Treatment MOSW-O ® CONTINUE Waterborne diseases caused by microbial growth in distribution systems is a
real threat to water safety, especially in high-risk environments, such as hos-
pitals. The patented mixed oxidant solution that generates in-situ MOSW-O®
for the treatment of Legionella in water and secondary disinfection, can help
eradicate the biofilm that can house Legionella and other microorganisms
without the use of chlorine dioxide. MOSW-O® generators improve workplace
safety by eliminating the handling and storage of hazardous chemicals, keep-
ing disinfection waste stable. MOSW-O® is extremely effective in killing plank-
tonic (free-floating), Legionella at concentrations between 0.5 - 4 mg / L. The
secret of MOSW-O® is that the mixed oxidant solution it generates is com-
posed of sodium hypochlorite, in addition to small amounts of hydrogen per-
oxide. These two chemicals work together to break and eliminate the biofilm,
which is key to keeping legionella under control.
Municipal Waste Water MOSW-O® CONTINUE As one of the most precious natural resources in the world, the reuse of wa-
ter is increasingly important. MOSW-O® is both the most cost-effective solu-
tion and the preferred technology for the disinfection and oxidation of waste-
water for reuse or reintroduction into the environment. MOSW-O® Mixed
Oxidant Generators offer a safer, technologically superior solution to waste-
water treatment, virtually eliminating many of the negative problems associ-
ated with traditional chlorine disinfection. More secure, economical and sig-
nificantly more effective, MOSW-O® is revolutionizing the process of drinking
water again. MOSW-O® is the ideal substitute for supplying hipolorite and
other biocides in most municipal wastewater applications. The disinfectant is
generated in-situ and dosed before discharge.
Cooling Towers MOSW-O ® CONTINUE We offer intelligent solutions for the water treatment of cooling towers, in
order to improve the cooling efficiency and the safety of the tower. All this,
at a lower cost than conventional biocide treatment methods. The patent-
ed mixed on-site solution generated by MOSW O® equipment is available
in different sizes to suit each application. Our on-demand oxidants have a
proven track record for the prevention of legionella, the removal of biofilms,
and the inactivation of aquatic organisms that inhibit performance. The dis-
infectants generated in situ under demand are introduced directly into the
drain of the tower or injected into the circulation circuit of an inertial tank.
The system can be controlled by the chemical control system of the existing
hypochlorite at the site, either ORP or chlorine analyzer.
Industrial Water
Process and Residual
MOSW-O® CONTINUE We are the lowest cost chlorine supplier for the disinfection and oxidation
of process water and wastewater before discharge. MOSW-O® generates
a more efficient mixed oxidant solution in biofilm control, biochemical elim-
ination and chemical oxygen demand (BOD / COD), ammonia chlorination
breakpoint and hydrogen sulphide (H2S) removal . The technology is used
as a replacement for supply hypochlorite or other biocidal applications of
industrial wastewater. MOSW-O® can be dosed before the final discharge
of the plant to reduce chemical oxidant demand (DOC) or DOB. The gener-
ation facilities can also dose before other process equipment that is used
for the treatment of improved wastewater, such as clarifiers, for the control
of algae, oxidation of metals, or the destruction of other inorganic contam-
inants such as ammonia and sulfur. of hydrogen (H2S). The disinfectant is
generated in-situ and is dosed before discharge.
R.O. Membranes MOSW-O® CONTINUE One of the biggest challenges in the functioning of the membrane system is
the control of the organic and biological fouling of the membrane elements.
A variety of continuous dosing strategies and / or chemical cleaning regimes
are used with varying degrees of success to keep them under control. The
MOSW-O® effectively removes and controls biological contamination when
used as a pre-treatment oxidizing product, as part of the membrane regimen
or cleaning thereof. By controlling biological and organic contamination, oper-
ators achieve longer process times between in-situ membrane cleanings, which
saves time, money and increases the effective capacity of the plant. For UF
Applications, MOSW-O® can continuously dose through the membrane sys-
tem, or as a replacement for the oxidant used in traditional organic elimina-
tion (CIP) cleaning. In RO applications, MOSW-O® doses before the pre-treat-
ment equipment. Dechlorination is used just before the RO to prevent oxida-
tion of the membranes.
Industrial Refrigeration Water MOSW-O ™ CONTINUE Our MOSW-O® generators, both mixed oxidizer solution and sodium hypo-
chlorite for the treatment of industrial cooling water and its disinfection, im-
prove safety and thermal efficiency, reduce overall corrosion rates, increase
performance and save money . The unique qualities of MOSW-O®, help re-
duce the levels of oxidants introduced in the cooling tower, which reduces
corrosion rates up to 80% in copper and 50% in steel, resulting in a reduc-
tion in time of inactivity, maintenance and expenses. Additionally, MOSW-O®
generators improve workplace safety by eliminating the handling and stor-
age of hazardous chemicals (chlorine gas, bulk hypochlorite, bromine, organ-
ic biocides), while maintaining stable microbiological control. The MOSW-O®
disinfection system can be fed directly into the sump of the tower or inject-
ed into the circulation circuit of a buffer tank. The system can be controlled
by the existing hypochlorite chemical control system, either ORP or chlorine
analyzer or mass balance.
Poultry Farms MOSW-O ® CONTINUE MOSW-O® generators significantly reduce bacteria, including coliforms, E. coli,
Pseudomonas aeruginosa, and other bacteria that affect the health of chickens.
By cleaning the water pipes and cooling pads for the prevention of cross-conta-
mination, the poultry farms that use our generators have reduced or completely
eliminated the consumption of antibiotics. MOSW-O® can be used for the disin-
fection of drinking water and sanitation. The water treatment for cooling the
cushion. Waterline and Nipple Lines. Biofilm removal and disinfection equipment
in henhouse. Footbath and surface sanitation. The disinfectant is generated in si-
tu, as needed and placed in a storage tank. It is then mixed in the treatment solu-
tion or in the water treatment. Agricultural operators can mix it using an oxidizer
dispenser or other chemical mixing methods.
Livestock Farms MOSW-O ® CONTINUE MOSW-O® offers state-of-the-art technology that provides smarter disinfection
solutions to increase performance, sustainability, return on investment, security
and revenue. Our oxidants are used in the applications of numerous industries,
including the disinfection of surfaces; all without the need to raise security meas-
ures. We offer systems with proven reliability, which guarantee simple operation
and maintenance. The field applications range from livestock, to irrigation, disinfec-
tion of drinking water from dairy products, milking operations, pre and post-immer-
sion of the nipple, the CIP Sanitizer. Treatment in refrigeration and humidification
in PAD poultry. Irrigation and drip cleaning online. Removal of Iron and Manga-
nese in water supply.
MOSW-O ® CIP Clean in Place MOSW-O® provides an electrochemically activated (ECA) solution for clean-
ing the interior surfaces of production equipment. More efficient and with a
lower cost than conventional methods. The MOSW-O® technology is a one-
component system that replaces a hot CIP process of 4-5 steps in a cold 3-
step CIP process. Ideal for carbonated soft drink bottling applications. The
technology that integrates our MOSW-O® on-site generators is CIP's "green
technology" choice for the largest soft drink bottler in the world. Types of cus-
tomers: Soft drinks and bottled drinks. Brewing. Dairy farms. Dairy and Food
Processing. A single component replaces a 4 and 5 step process, through a
rapid process of 3 steps of cleaning in situ.
Rinse - Treatment - Rinse
.- Non-thermal technology reduces energy consumption
.- A fast cleaning cycle, significantly improves production rates
CONTINUE
Beverage Water Treatment MOSW-O ® CONTINUE MOSW-O® provides an electrochemically activated (ECA) solution for clean-
ing the interior surfaces of production equipment. More efficient and with a
lower cost than conventional methods. The MOSW-O® technology is a one-
component system that replaces a hot CIP process of 4-5 steps in a cold 3-
step CIP process. Ideal for carbonated soft drink bottling applications. The
technology that integrates our MOSW-O® on-site generators is CIP's "green
technology" choice for the largest soft drink bottler in the world. Types of cus-
tomers: Soft drinks and bottled drinks. Brewing. Dairy farms. Dairy and Food
Processing. A single component replaces a 4 and 5 step process, through a
rapid process of 3 steps of cleaning in situ.
Rinse - Treatment - Rinse
.- Non-thermal technology reduces energy consumption
.- A fast cleaning cycle, significantly improves production rates
MOSW-O ® Produced Water Treatment Recycling, reusing or treating produced water does not always have to be expen-
sive. Most oil and gas companies manage more water than they produce in hydro-
carbons. While MOSW-O® is not a 100% solution to all the water treatment needs
produced, it allows for heavy work. The MOSW-O® mixed oxidant solution technol-
ogy does the following: It kills bacteria (especially the H2S that bacteria cause); Elim-
inate existing H2S; It is used to extract Ammonia; Oxidizes iron (Fe2) and heavy met-
als; Minimum need for labor and user service; Small footprint; Safer alternative than
the biocide in the oil and gas industry; It is used to treat a high volume with high
speed capacity; Oxidant generation at the site; Eliminates the chemistry of interme-
diaries; Under labor requirement; Higher Performance vs. barrel cost; Overcomes
ozone, UV, chlorine dioxide, electrocoagulation and conventional biocides in the
price vs performance; Help in the reuse and recycling of Produced Water and Re-
turn Flow; Potential for the reuse of brine / wastewater produced.
CONTINUE
Fracking Return
Water Treatment
MOSW-O ® CONTINUE The hydraulic fracturing (fracking) operators defy the economic, environmental
and operational demands to produce results in a highly regulated and competi-
tive environment. Our MOSW-O® mobile fracking water unit offers an effective
and low-cost solution for the treatment of large volumes and high rates of water
return flow, with superior bacterial death. Because MOSW-O® technology oper-
ates with salt, water and electricity, there are virtually no risks to health, safety
or environmental concerns at the drilling site or wells. During the fracking oper-
ations, the oil and gas companies want to avoid the dangerous chemicals that
are injected at the bottom of the well and also want to eliminate the bacterias
that can later cause hydrogen sulfide (H2S) to avoid issues such as corrosion,
poor performance and other problems. MOSW-O® helps with all these issues.
When properly dosed, our mixed oxidant solution virtually eliminates most, if
not all, water bacteria using safe chemical drinking water.
MOSW-O ® Improved Oil Recovery During EOR operations, oil and gas companies want to avoid hazardous chemicals
that are injected downhole, eliminate iron, hydrogen sulfide (H2S) and ammonia
and want to eliminate bacteria that can later cause Hydrogen sulfide (H2S), thus
avoiding corrosion, poor performance and other problems. The mixed oxidant so-
lution produced by MOSW-O® helps with all these issues. We have models design-
ed for high volume oil and gas applications and at a high rate. Our Blackwater unit
can treat tens of thousands of barrels per day. If greater capacities are required,
then MOSW-O® can become a permanent installation. No project is too big for our
technology. In comparison with other oxidants such as chlorine dioxide or ozone,
MOSW-O® is a much safer solution and the results in associated labor costs, con-
siderably lower.
CONTINUE
Fracking Water Treatment II MOSW-O ® CONTINUE Treating the water that is being injected for disposal is not always considered by
the operators. This is likely to cost money in the long term. The extraction of iron,
heavy metals, and the final treatment of ammonia is a benefit, using a mixed oxi-
dizing solution produced by MOSW-O® for the treatment. While these are bene-
fits of the technology, the most important is the elimination of bacteria that can
cause hydrogen sulfide (H2S), corrosion bites, bad injections and other problems,
which often causes a reconditioning. Treatment of injection wells does not have to
be expensive, and can be treated when injected.
MOSW-O ® Hydrogen Sulfide Removal The chemicals used for the removal of hydrogen sulfide (H2S) in the oil and gas
industry can sometimes be as dangerous as the H2S itself. We want to eliminate
these dangerous chemicals and let the oil and gas companies safely create their
own chemistry on demand, as they need it. If it is a high volume treatment, or low
volume treatments in the middle of nowhere without resources, we have a solu-
tion for this need. Field tests and laboratory studies carried out to date show that
the mixed oxidant solution generated by MOSW-O® tends to accelerate the reac-
tion rate or lead oxidation reactions to completion in comparison with sodium hy-
pochlorite. MOSW-O® breaks down odor-causing compounds, such as phenols or
organochloramines and removes the moisture odors of geosmin and methyl iso-
borneol (MIB) caused when water sources suffer from algal blooms. .- Oxide hydro-
gen sulfides faster than chlorine and without pH adjustment. .- The lowest doses
achieve microbial inactivation. With sufficient dosage a detention tank is not re-
quired.
CONTINUE

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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

AER The AER-OM® series belongs to a compact aerial elecrtrolysis generator, easy to install and operate on-site, it
is designed for minimum maintenance and maximum simplicity and an extremely small space requirement. You
will only need air-salt and electricity to get one of the most effective and ecological disinfectants. No hazardous
waste or problems due to overdosing. Unlike other oxidants based on hazardous chemicals, the oxidant produ-
ced by AER-OM transforms into water when it degrades.
Z-OM® Series : H2 O2 AER-OM - 2H ---------------- 0.2 Kg/day
AER-OM - 5H ----------------0.5 Kg/day
AER-OM - 1K ----------------1.0 Kg/day
AEREAL ELECTROLYSIS
Z The Z-OM® series belongs to a compact generator, easy to install and operate in-situ, it is designed for a mini-
mum maintenance and with the maximum simplicity. It has less than 3 hours of maintenance in 6 months, an
extremely small space requirement. It can handle a higher hardness of the water with minimal conditioning
and has an optional integrated brine tank and remote remote monitoring capabilities.
Z-OM® Series : Mixed Oxidant Z-OM-2 ---------------- 0,9 Kg FAC/day*

* Free Chlorine Available daily
SALINE ELECTROLYSIS
A The A-OM® series is a simplified automatic unit configured for permanent installations requiring between 4 and
8 lbs / day (1.8 - 3.6 kg / day) of mixed oxidant solution measured as available free chlorine (FAC). Available as a
rack-mounted or standalone system, the A is ideal for industrial applications and small rural and remote commu-
nities. The system is activated based on a level sensor that measures the volume of oxidant in a storage tank. Af-
ter connection to water and a power source, the only one of the operator's routine service requirements is to load
salt into the brine generator.
A-OM® Series : Mixed Oxidant A-OM-4 ------------------1,8 Kg FAC/day*
A-OM-6 ------------------2,7 Kg FAC/day*
A-OM-8 ------------------3,6 Kg FAC/day*

* Free Chlorine Available daily
SALINE ELECTROLYSIS
V The V-OM® Series is designed to offer high efficiency, low life cycle cost, durability and reliability. The series has a
self-adjusting self-cleaning flow control that is virtually maintenance-free. With an improvement of more than 40%
in the efficiency of salt and energy and a new self-cleaning system, the V-OM® series is built to be profitable without
operational problems. The equipment has an easy-to-update cell for converting between mixed oxidant solution
and sodium hypochlorite, with expandable production capacity for maximum flexibility.
V-OM® Series : Mixed Oxidant V-OM-15 ------------------6,8 Kg FAC/day*
V-OM-30 ----------------13,6 Kg FAC/day*
V-OM-45 ----------------20,4 Kg FAC/day*
V-OM-60 ----------------27,2 Kg FAC/day*

* Free Chlorine Available daily
SALINE ELECTROLYSIS
V The V-HYPO® Series is designed to offer high efficiency, low life cycle cost, durability and reliability.The series has
a self-adjusting self-cleaning flow control that is virtually maintenance-free. With an improvement With more than
40% in salt and energy efficiency and a new self-cleaning system, the V-HYPO® series is built to be profitable with-
out operational problems. The equipment has an easy to update cell to convert between mixed oxidant solution
and sodium hypochlorite, with ample production capacity for maximum flexibility.
V-HYPO® Series : Hypochlorite V-H-25 ------------------11,3 Kg FAC/day*
V-H-50 ------------------22,7 Kg FAC/day*
V-H-75 -------------------- 34 Kg FAC/day*
V-H-100 ---------------- 45,4 Kg FAC/day*

* Free Chlorine Available daily
SALINE ELECTROLYSIS
R The R-OM® series produces a mixed oxidant solution for water disinfection and is systematically optimized
for ease of use, reliability and performance. The R-OM® series is modular, which means that the output of
the mixed oxidizer disinfection can be easily expanded 5 times without increasing the footprint of the equip-
ment.
R-OM® Series : Mixed Oxidant R-OM-1 ------------------27 Kg FAC/day*
R-OM-2 ------------------54 Kg FAC/day*
R-OM-3 ------------------82 Kg FAC/day*
R-OM-4 ----------------109 Kg FAC/day*
R-OM-5 ----------------136 Kg FAC/day*

* Free Chlorine Available daily
SALINE ELECTROLYSIS
R The R-HYPO® series produces sodium hypochlorite for water disinfection and is systematically optimized for
ease of use, reliability and performance. The R-HYPO® Series is modular, which means that the production of
disinfection oxidant can easily be expanded 5 times without increasing the footprint of the equipment.
R-HYPO® Series : Hypochlorite R-H-1 ------------------45 Kg FAC/day*
R-H-2 ------------------91 Kg FAC/day*
R-H-3 ----------------136 Kg FAC/day*
R-H-4 ----------------181 Kg FAC/day*
R-H-5 ----------------227 Kg FAC/day*

* Free Chlorine Available daily
SALINE ELECTROLYSIS
s The S-OM® series produces a mixed oxidant solution for water disinfection and is systematically optimized for
ease of use, reliability and performance. The S-OM® Series is modular, which means that the output of the oxi-
dant disinfection can be easily expanded 4 times without increasing the footprint. Leading the industry in the con-
version of salt and energy with a transformerless design, the S-OM® Series can guarantee the lowest cost of the
life cycle of its installation. The unit operates with Allen Bradley MicroLogix 1400 controls and is equipped with a
self-cleaning, self-adjusting flow control that makes the system virtually maintenance-free.
S-OM® 480V Series : MIxed Oxidant S-OM-300 ------------------136 Kg FAC/day*
S-OM-600 ------------------272 Kg FAC/day*
S-OM-900 ------------------408 Kg FAC/day*
S-OM-1200 ----------------544 Kg FAC/day*
SALINE ELECTROLYSIS S-OM® 400V Series : S-OM-250 ------------------113,5 Kg FAC/day*
S-OM-500 --------------------227 Kg FAC/day*
S-OM-750 ------------------340,5 Kg FAC/day*
S-OM-1000 -------------------454 Kg FAC/day*
* Free Chlorine Available daily
s The S-HYPO® series produces sodium hypochlorite for water disinfection and is systematically optimized for ease
of use, reliability and performance. The S-HYPO® Series is modular, which means that the disinfection oxygen out-
let can easily be expanded 4 times without increasing the footprint. Leading the industry in the conversion of salt
and energy with a transformerless design, the S-HYPO® Series can guarantee the lowest cost the life cycle of its
installation. The unit operates with Allen Bradley MicroLogix 1400 controls and is equipped with self-cleaning, self-
adjusting flow control that makes the system virtually maintenance-free.
S-HYPO® 480V Series : Hypochlorite S-H-500 --------------------227 Kg FAC/day*
S-H-1000 ------------------454 Kg FAC/day*
S-H-1500 ------------------680 Kg FAC/day*
S-H-2000 ------------------907 Kg FAC/day*
SALINE ELECTROLYSIS S-HYPO® 400V Series : S-H-400 ------------------181,5 Kg FAC/day*
S-H-800 --------------------363 Kg FAC/day*
S-H-1200 ----------------544,5 Kg FAC/day*
S-H-1600 -------------------726 Kg FAC/day*
* Free Chlorine Available daily
SKA SKA-OM® Series : Mixed Oxidant SKA-OM-4-----------------1,8 Kg FAC/day*
SKA-OM-6 ----------------2,7 Kg FAC/day*
SKA-OM-8 ----------------3,6 Kg FAC/day*
SALINE ELECTROLYSIS
SKV SKV-OM® Series : MIxed Oxidant or Hypochlorite V-OM-15 ------------------6,8 Kg FAC/day*
V-OM-30 ----------------13,6 Kg FAC/day*
V-OM-45 ----------------20,4 Kg FAC/day*
V-OM-60 ----------------27,2 Kg FAC/day*
SALINE ELECTROLYSIS SKV-H® Series : V-H-25 ----------------11,3 Kg FAC/day*
V-H-50 ----------------22,7 Kg FAC/day*
V-H-75 ------------------34 Kg FAC/day*
V-H-100 --------------45,4 Kg FAC/day*

*Free Chlorine Available
SKR SKR-OM® Series : Mixed Oxidant or Hypochlorite R-OM-1 ----------------27 Kg FAC/day*
R-OM-2 ----------------54 Kg FAC/day*
R-OM-3 ----------------82 Kg FAC/day*
R-OM-4 ---------------109 Kg FAC/day*
R-OM-5 ---------------136 Kg FAC/day*
SALINE ELECTROLYSIS SKR-H® Series : R-H-1 -----------------45 Kg FAC/day*
R-H-2 -----------------91 Kg FAC/day*
R-H-3 ----------------136 Kg FAC/day*
R-H-4 ----------------181 Kg FAC/day*
R-H-5 ----------------227 Kg FAC/day*

*Free Chlorine Available daily

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