EAQUASYS SanClean 1200 IN OPERATION4

Water Decontamination

We provide best electrolyzed water generators for Anolyte and Catholyte to cover majorities of field works from healthcare industries to live stocks.

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SanClean GS 1200/240

SanClean-GS1200, SanClean-GS240

SanClean-GS1200 produces 1200 litres of HOCL (Anolyte) per hour on 10-400 ppm. This is an ideal generator for all industries on medium and large-scale.

SanClean-GS240 produces 240 litres of HOCL (Anolyte) per hour on 10-80 ppm. This is an ideal generator for all small and medium industries including medical fields, schools and restaurants.

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EAQUASYS HYGIENEX 1200 IN OPERATION4

Electrolised Water Generator

We perceive the challenges of working in worldwide markets.

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SanClean Dispenser

SanClean Dispenser is a very effective way to scrap and make your hands clean without having an extra touch.

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SANCLEAN 100

SanClean G1-100 Portable

SanClean G1-100 has been designed for Sanitation & Cleaning

See our the smallest  ECA generator (SanClean G!) in the world.

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SANCLEAN GC1200

SanClean GC-1200 Alkaline Generator

SanClean GC-1200  is the right choice to generate Alkaline water (Catholyte) for all cleaning and degreasing purpose.

SanClean GC-1200 is very stylish and effective generator to meed all need of food industries, hotels and reastaurants  for  cleaning and sanitation..

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Immunophysiology of HOCL

Hypochlorous acid is one of the most effective known biocides. The chemical structure is HOCl.It is produced by the human immune system to kill invasive organisms and fight infection. White blood cells in the human immune system produce hypochlorous acid through the myeloperoxidase-mediated peroxidation of chloride ions. White blood cells release this natural oxidant to fight invading pathogens.

Myeloperoxidase-mediated Peroxidation of Chloride Ions

When a wound breaks human skin, it creates a gateway for harmful pathogens to invade human cells. Neutrophils, which are a type of white blood cell, travel in the blood to the site of the wound where the pathogens are invading.When an invading pathogen or infection threatens a human cell, the body’s immune system responds by destroying the pathogen before it can harm the cell.The invading pathogens are engulfed by white blood cells through a process called phagocytosis. Once engulfed, the white blood cell produces an oxidant, hypochlorous acid. Hypochlorous Acid is a biocide and kills the microbial pathogen within milliseconds of contact. This antimicrobial process is called the Oxidative Burst Pathway.

Phagocytosis by Neutrophils

Bacteria Inactivation

Chlorine is an extremely effective disinfectant for inactivating bacteria. A study conducted during the 1940s investigated the inactivation levels as a function of time for E. coli, Pseudomonas aeruginosa, Salmonella typhi, and Shigella dysenteriae  (Butterfield et al., 1943). Study results indicated that HOCl is more effective than OCl- for inactivation of these bacteria. These results have been confirmed by several researchers that concluded that HOCl is 70 to 80 times more effective than OCl- for inactivating bacteria  (Culp/Wesner/Culp, 1986). Since 1986, there have been hundreds of publications confirming the superiority of HOCl over OCl- (visit research database ).

This biggest challenge has been to create hypochlorous acid at a near neutral pH instead of chlorine gas or hypochlorite, and to do so in a stable form. Hypochlorous acid is a meta-stable molecule. It wants to revert back to salt water or convert to hypochlorite.

SANCLEAN 100 IN CONFERENCEROOM-1 (2)

HYPOCHLOROUS ACID (HOCl): A NATURAL BIOLOGICAL PRODUCT

The chemical structure is HOCl.It is produced by the human immune system to kill invasive organisms and fight infection.

 

History of Electrolysis 

  • Michael Faraday founded the laws of electrolysis and it became commercially available in the 1870s. 
  • Generating HOCl from the electrochemical activation (ECA) of salt water was developed in the 1970s. 
  • Early ECA technology used membranes to force saltwater into two solutions of HOCl and NaOH. 
  • In the 1980s, single stream systems were developed that produced one solution of HOCl without byproduct. 
  • In recent, single stream systems have been innovated to last longer and generate more stable solutions. 

 

 

Quick Facts on HOCL:

  • HOCl is the scientific formula for hypochlorous acid, a weak acid similar to that of a mild citrus juice. 
  • HOCl is made naturally by white blood cells in all mammals for healing and protection. 
  • HOCl is a powerful oxidant that is effective against invading bacteria, fungi, and viruses. 
  • Generating HOCl by running electricity through a solution of saltwater was discovered in 1970s.  
  • HOCl is now used in healthcare, food safety, water treatment, and general sanitation. 

 

Research by Microbial Pathogen 

  • Listeria – Over 70 Research Publications 
  • E. coli O157: H7 – Over 60 Research Publications 
  • Salmonella – Over 50 Research Publications 
  • Staphylococcus – Over 30 Research Publications 

Research by Industry 

  • Produce – Over 120 Research Publications 
  • Poultry – Over 30 Research Publications 
  • Seafood – Over 30 Research Publications 
  • Medical – Over 20 Research Publications 

Electrolysis Technology - Generating Hypochlorous Acid (HOCl)

Invention of Electrolysis

Electrolysis is the passing of a direct electric current through an ionic substance. It was first explained by Michael Faraday in the 1830s.

Membrane Electrolysis

Membrane electrolysis generates strongly acidic HOCl and an alkaline byproduct of NaOH from a solution of NaCl (aka. table salt in water).

Single Cell Electrolysis

Single cell technology was developed to generate a more stable solution of HOCl at an optimal pH without an alkaline byproduct of NaOH.

Stable Hypochlorous Acid 

This biggest challenge has been to create hypochlorous acid at a near neutral pH instead of chlorine gas or hypochlorite, and to do so in a stable form. Hypochlorous acid is a meta-stable molecule. It wants to revert back to salt water or convert to hypochlorite.

HOCL

Generating Stable Hypochlorous Acid 

Membrane Cell Technology 

The electrolysis cell has two compartments separated by a membrane, an anode compartment and a cathode compartment. The membrane is made from a polymer which only allows positive ions to pass through it toward the cathode compartment. A sodium chloride solution is injected into the anode compartment. The positively charged sodium ions pass through the membrane to the cathode side but the negatively charged chloride ions do not.

Two solutions are generated, an anolyte and a catholyte. On the anode side, a solution of hypochlorous acid is generated that is strongly acidic and with an ORP > 800 mV. On the cathode side, a solution of NaOH is generated that is strongly alkaline and with an ORP < -800. Neither solution generated is stable. Both the anolyte and catholyte seek to return to an equilibrium. Both solutions rapidly lose their ORP.

Single Cell Technology 

Single cell electrolysis generates only one solution, an anolyte of hypochlorous acid. The electrolysis cells have a single compartment that contains both the anode and cathode and are engineered to generate a single solution with an ORP > 800. Using an acidified brine, a neutral to acidic free chlorine solution is generated that is dominated by hypochlorous acid. The HOCl solution remains stable and the HOCl molecules are only deactivated when exposed to an organic surface or the oxygen in the air.

Applications 

  • Produce Processing
  • Seafood Processing
  • Meat Processing
  • Poultry Processing
  • Food Contact Surfaces
  • Beverage Manufacturing
  • Biofilm Control
  • Livestock Health
  • Agriculture
  • Water Treatment
  • Medical
  • Dental
  • Hospital Sanitation

The Eaquasys SanClean 240 and 1200 Sanitizer systems are compact electrolyzers designed to generate Electrolyzed Oxidizing Water on-site and on-demand from salt, water, and electrical energy.

What is Electrolyzed Water (ECA)?

Electrolyzed  Water is electrolytically generated hypochlorous acid (HOCl), a neutral-to-acidic electrolyzed water. HOCl has been known for about 100 years and it’s an undeniable fact that it’s an extra powerful oxidant than chlorine bleach. Only throughout the last three decades have we been in a position to generate solutions of near 100% HOCl in such a stable form. HOCl kills microorganism, bacterial spores, and viruses 100 times more effective than chlorine bleach.

 

How does ECA work?

Electrolyzed  Water is a strong oxidant (800 to 1000 mV) that can kill microbial pathogens immediately upon contact by damaging cell walls or inactivate the pathogen by entering and damaging proteins, lipids, and DNA.

 

 

Would research confirm the Electrolyzed Water?

 

Throughout the last decades, we have analysed over 500 published research papers and industrial reports, confirming the applying of Electrolyzed Water (ECA).  Almost every widespread pathogens have been studied including  E. coli, Salmonella, Listeria, Vibrio, Staphylococcus Aureus, MRSA, spore-forming bacteria, and many well-known viruses and fungi. To read more please click our research page and search by microorganism or field of application to have access to applied research.

 

 

 

How is regulation from FDA, USDA, and EPA regarding ECA?

We have direct you by this hyperlink to the devoted web page, explaining the regulation of electrolyzed water because it pertains to the FDAUSDA, and EPA. Please read extra for relevant data. In respect to sanitation in the Wellbeing and Health Systems, visit our dedicated webpage for the CDC.

                 

 

Work Station Sanitation

By using our Electrolyzed Water generators you will be capable to produce fresh Eelectrolised Water with the highest efficacy in terms of Non-Hazardous, Non-Toxic, fully Natural and Eco-Friendly sanitizer,  on-site and on-demand.

Electrolyzed  Water (ECA) is a perfect bacteriocidal for medical and dental clinics due to its safety, and naturality along with effectiveness.

ECA does not trigger pores and skin or respiratory irritation and irradicates all potentially dangerous chemicals used for cleaning and sanitizing all workstations.

 

 

Direct Application and Fogging

 

By fact that hypochlorous acid (HOCL) is a very stable solution, therefore it may be utilized in many various ways. In spite of direct implementing by spray bottles and containers & mops, it could be applied widely by dry-misters and foggers.

Fogging offers many benefits in that it can distribute ECA into a big space in a short time to sanitize and deodorize. As a result of  ECA is so safe, protecting gear or extra equipment is not necessary. Fogging may also attain areas which might be typically missed by direct spray such as under tanks, piping, and inside some of the equipment. ECA can be used to sanitize all contact surfaces in the workstation.

 

Eaquamist-100/500

Eaquamist-100/500

 

Replacing Chemical Substances 

Replacing chemicals in workstation saves time, storage space, and money. Chemical compounds require purchasing, transporting, storing, and preparation.  Eaquasys SanClean ECA generators generated anolyte and catholyte on-side and exactly on your demand and requires minimal space for storing. The only required ingredients are salt, water, and electricity.

Sanitizing Contact Surfaces

Not only is ECA safe, non-hazardous and all-natural, however, it is more effective than the chemical compounds at the present getting used.  ECA is a solution of mixed oxidants of which the primary oxidant is electrolytically generated hypochlorous acid (HOCl), an antimicrobial that has been recognized by the CDC in their guidelines for disinfection and sterilization. Hypochlorous acid can be utilized at concentrations as excessive as 200 ppm which successfully either kills or inactivates most bacteria and viruses in 10-60 seconds.

ECA does not cause microbial resistance and its effectiveness never decrease throughout the implementing.

 

Sanitation power of  SanClean ECA Anolyte

  • 100 times more biocidal than chlorine bleach
  • Instant-kill on most G+ and G- bacteria
  • Instant-kill on Clostridium difficile spores
  • Instant-kill on VRE, MRSA, and MRSE
  • Instant-kill on Mycobacterium tuberculosis
  • Effective against Cryptosporidium and Giardia
  • Effective against HIV, HBV, HCV, and CMV
  • No high temperatures are necessary
  • Most effective between 50-86 ºF (10-30 ºC)
  • Does not cause irritation, safe on eyes and skin
  • Does not cause corrosion of fabrics
  • Does not alter colours, pH neutral

 

 

Staffs and Workers Safety

Preparation of toxic concentrated chemicals can be a cause of safety hazards such as respiratory and skin irritants for cleaners and employers.  Eaquasys SanClean Cleaner & Sanitizer is 100% safe for workers. It does not require any particular preparation. It is non-hazardous and non-irritant and does not require gloves or masks. It may be utilized straight with spray bottles,  rags and mops or widely by dry-mister and fogging machines in addition to pressure spraying.

 

 

 

Electrolyzed Water  (ECA) may irradicate quaternary ammonium (Quats), chlorine bleach, and other hazardous, toxic and irritant chemicals applying to sanitize all of your environment and equipment.

 

Eaquasys SanClean Electrolyzed Water is safe, non-hazardous, non-chemical, and non-irritant and can be used by staffs, workers and customers for hand sanitation.

Electrolyzed  Water (ECA) can be used to sanitize medical and dental equipment by using it in many methods, direct spraying or fogging.

 

 

 

Because of natural and non-toxic nature of ECA, there is not necessary to apply it in the just vacant and sealed area like hydrogen peroxide.

 

 

Electrolyzed Water (ECA) can be used to sanitize water storage and containers.

 

 

Electrolyzed Water (ECA) is natural, non-toxic and eco-friendly. It is generated from table salt, water, and electricity.

 

EAQUASYS SanClean 1200 IN OPERATION4
EAQUASYS SanClean 1200 in operation

The Eaquasys SanClean GS-1200 Electrolyzer can disinfect water on-site and on-demand from just salt, water, and electricity.

 

How much water can it disinfect?

Each system can generate sufficient free available chlorine within the type of hypochlorous acid to disinfect 200 Liters of water per minute. The systems may be stacked to disinfect any quantity of litres of water.

 

 

How does ECA work?

Electrolyzed  Water (ECA) is a strong oxidant (800 to 1000 mV) that can kill organic pathogens immediately upon contact by damaging cell walls or inactivate the pathogen by entering and damaging proteins, lipids, and DNA.

 

Would research confirm the Electrolyzed Water?

Throughout the last decades, we have analysed over 500 published research papers and industrial reports, confirming the applying of Electrolyzed Water (ECA).  Almost every widespread pathogens have been studied including  E. coli, Salmonella, Listeria, Vibrio, Staphylococcus Aureus, MRSA, spore-forming bacteria, and many well-known viruses and fungi. To read more please click our research page and search by microorganism or field of application to have access to applied research.

 

 

 

What about EPA regulation?

As a fact that electrolytically generated hypochlorous acid is a free chlorine molecule, is categorised under the Safe Water Drinking Act (42 U.S.C. 300f et seq. 1974) means allows for a free chlorine concentration of up to 4 ppm.

 

Inactivating Microbial Contaminants

Advantages of water disinfection by electrochemical activation in comparison with the conventional methods of water disinfection:

1- More effective

2- Less expensive

3- Environmentally friendly

The traditional methods, which have seen intensive use since 100 years ago,  include chlorine gas and chlorine solutions of sodium hypochlorite (bleach). Regardless of the huge amount of expertise gained over time, these methods have disadvantages, along with the price of the chemical substances and the huge expenditure on safety prevention equipment.

Electrolytically generated hypochlorous acid is 100 times more effective than sodium hypochlorite without the need to have the protective gear or safety equipment adding this fact that Hypochlorous acid is totally non-toxic, non-irritant, and eco-friendly.

 

 

Electrolytically generated hypochlorous acid eliminates common organic pathogens:

  • Adenovirus
  • Caliciviruses (including Norovirus)
  • Campylobacter jejuni
  • Enterovirus (including polioviruses, coxsakieviruses, and echoviruses)
  • Escherichia coli (O157)
  • Helicobacter pylori
  • Hepatitis A
  • Legionella pneumophilia
  • Mycobacterium avium
  • Salmonella enterica
  • Shigella sonnei
  • SanClean anolyte kills Bacterias & Viruses

Eaquasys SanClean GS1200 and GS240 Electrolyzers can disinfect all the drinking water without applying poisonous concentrated chemicals.

Electrolytically generated hypochlorous acid is a strong disinfectant by having  100 times more effective impact in comparison with chlorine bleach.

 

Eaquasys SanClean electrolyzers can preserve water disinfection of the swimming pools.
Electrolytically generated hypochlorous acid is non-irritant and never harmful to eyes and pores and skin.
Eaquasys SanClean electrolyzers generate a robust combined oxidant resolution that either kills  or inactivates
organic pathogens by damaging their cell walls and disrupting their internal proteins, lipids, and DNA sequence.

Hypochlorous Acid GeneratorsSanClean GS-1200, SanClean GS-240

SanClean 1200 & 240

Hypochlorous Acid Generator/Compact-Home SanClean-G1/100

SANCLEAN G1 PREVIEW

SanClean: A Single Stream Electrolysis Technology

      • All SanClean (GS1200-GS240) ECA Generators gain from latest Single Stream ECA Technology. With the development of single cell electrolysis, many of these obstacles were overcome. Single cell electrolysis does not use high pressures across a membrane therefore little to no maintenance is required. And because single cell electrolysis does not force the saltwater into two streams of opposite oxidation-reduction potential and opposite pH, a more stable solution is generated, a solution that is not seeking to regain an equilibrium. Single cell systems generate only one solution, an anolyte in the pH range of 5 to 7. This pH range is optimal for hypochlorous acid in regards to stability and effectiveness as a sanitizer.

Single stream technology was developed to generate a more stable solution of HOCl at an optimal pH without an alkaline byproduct of NaOH.

The Eaquasys Electrolised Water system:

The electrolysis happens in a specifically designed generator. Electrolyzed water is generated utilizing water, salt and electrical energy. The process is named electrolysis and includes making of a direct electric current (DC) throughout a pair of electrodes immersed in a solution of ions to drive an otherwise non-spontaneous chemical reaction. The important thing course of is the removing or addition of electrons and due to this fact a change in the oxidation-reduction potential of the resulted solution.

SanClean electrolysis generators are able to produce neutral-to-acidic electrolyzed water (anolyte) for  Sanitation & Cleaning  (SanClean)  and for water disinfection. The anolyte has consisted primarily of the free chlorine molecule hypochlorous acid (HOCl), a strong oxidant.

Electrolysis is a well-known expertise however the generated solution may be extremely variable relying on many issues including the quality of the electrolysis cells, the chemistry of the additive, and the software program settings of the electrolyzer generators. SanClean manufactures the very best high-quality electrolysis cells and has identified the optimal formulas and settings of voltage, amperage, and flow rates for our generators to generate the very best quality degreasers (NAOCL), sanitizers (HOCL), and water disinfectants(HOCL).

Many Countries suffer from chronic water shortage and as a result, supplies generally operate on an intermittent basis, leaving the distribution system un-pressurized for long periods of time. Operating a distribution system in a non-continuous manner leads to conditions that favour the deterioration of the water quality, due mainly to infiltration, regrowth within pipes and the detachment of the bacterial biofilm following variations in pressure and velocity.  During no-flow periods individual households store water in rooftop tanks for several days, thus providing further opportunity for microbial regrowth and deterioration of the water quality, contributing eventually to incidence with opportunistic pathogens and thus increased public health-related problems.

Biofilms are organised multicellular systems with specific structural and functional properties that influence a metabolic process, response to nutrients and resistance to antimicrobial agents. In drinking water distribution systems the occurrence of microbial biofilm can be associated with technical and hygienic problems.

During no-flow periods individual households store water in rooftop tanks for several days, thus providing further opportunity for microbial regrowth and deterioration of the water quality, contributing eventually to incidence with opportunistic pathogens and thus increased public health-related problems.

We sit up for doing nice issues with you in an effort to shield your merchandise not solely from microorganisms however from hazardous chemical substances.

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Click here to see more test results on the effectiveness of Anolyte for the eradication of pathogens.

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