SVS Aqua Technologies LLP

Food processing industry its production processes are prone to microbial contamination due to continual contact with foreign surfaces and water in several cases.Hence, it is very important to choose a suitable disinfectant which effectively addresses the sanitation challenges in foof plants. Poor sanitation of food contact surfaces has been a contributing factor to outbreaks of food borne diseases. These outbreaks are caused by pathogens in food, especially Listeria monocytogenes, Escherichia coli or Staphylococcus aureus. Inadequate sanitation of surfaces facilitates rapid soil building, which in the presence of water shapes an ideal precondition for bacterial biofilm forming. Biofilm is considered to pose a significant health risk in the dairy industry because it can harbor pathogens, and direct contact with them can lead to food contamination.Biofilm control is often performed using strong oxidizing agents like chlorine and peracetic acids, however, with limited effects.

• Foodborne pathogens cause about 100 illnesses a minute, 15 hospitalizations an hour and more than 8 fatalities a day in the US (CDC,2011).
• Estimated economic damage for the industry > $7 billion p.a..
• Recall costs: getting food off shelves, lawsuits and settlements, revamping plants, repairing public relations.
• Tainted reputation, loss of consumer confidence, lost sales, bankruptcy.
• Personal, civil and criminal liability.
• HACCP, FDA Food Code, USDA FSIS, etc. are only part of the solution.
• Production and process water form a major pathway for pathogenic proliferation and contamination.

Due to its broad-spectrum anti-microbial activity and versatility, chlorine dioxide is the ideal biocide for every bio-security programme. chloritab delivers kills against a wide range of microorganisms over shorter periods of contact time. Chloritab minimizes corrosion to processing equipment, tanks, lines, etc., as it is a true dissolved gas in water when compared to chlorine.Chloritab has become more widely used in the food industry, predominantly in the sanitizing of hard surfaces of equipment, floor drains, and other areas to greatly reduce the microbial load in these areas.

Chloritab does not know the limitations and side-effects forthcoming from the use of traditional chemical sanitizers (such as chlorine, iodine and quaternary ammonium compounds) like pH dependency, corrosion, objectionable odor and limited effectiveness against certain pathogens.

Chloritab finds application in following areas –

• Application in poultry process water.
• Application in seafood processing.
• Application in meat processing.
• Application in fruits & vegetable washing.
• Application in dairy products.

Horticultural operations are facing increasing pressure to solve sanitation issues related to water treatment. Some of the pressure is external originating from government regulations and consumer preferences. Most of the pressure, however, is internal and includes better disease management, integrating capture of irrigation runoff with recycling opportunities, elimination of biofilm and algae control.

The list of available water treatment technologies is a short one. When the unusual demands of horticultural production and post-production practices are considered, the list of technologies that offers effective solutions becomes even shorter.

• Chlorination,
• Ultraviolet light,
• Oozone,
• Copper and peroxide

This are the most common modes of treatments preferred by the nursery growers.

Biofilm, Sanitation’s Epicenter -

Biofilm is a living complex of organic and inorganic components that becomes established on surfaces that are in regular contact with water. Such surfaces include pressurized irrigation lines, non-pressurized recirculation system return lines, holding tanks, mixing tanks, containment vessels and so on. Largely comprised of highly adaptive bacteria, biofilm layers attach themselves to hard surfaces and then grow, becoming thicker and quite established over time.

In horticultural operations such as greenhouses and nurseries, common fertilizer injection actually serves as an accelerant to biofilm growth. Most growers are quite familiar with the presence of biofilm in their fertilizer lines. The layer of slimy growth is seen whenever a line is cut into for repair. Biofilm growth is not restricted to fertilizer lines, however, and is also common in clear water lines, although usually by a slightly less dramatic presence.

It’s no wonder most water treatment technologies are not capable of breaking biofilm down.

Chloritab – (Chlorine Dioxide Tablet )

Chlorine dioxide is widely viewed as one of, if not the most effective, sanitizing agents created by man. chlorine dioxide. In horticulture it is injected via its liquid state into irrigation lines. ClO2 when injected in the injected into irrigation systems to a final, hose-end concentration below 1.0 ppm that results in excellent water sanitation.

Connected to this solubility characteristic is that as a gas dissolved in water, chlorine dioxide is free to diffuse or move within its solution. Due to this property, its molecules are free to move about within an irrigation line.

Chloritab is a chlorine dioxide generating tablet. There is no “chlorine dioxide”in the tablet. It generates chlorine dioxide when comes into contact with wateror when exposed to moisture in ambient air. It is the most convenient way todeliver high purity chlorine dioxide at the point of use.
Chloritab finds following application.

• Drinking Water treatment (4-10 pH).
• Iron & Manganese compounds removal.
• STP/WTP water treatment. (Domestic & Industrial).
• Ion Exchange Resins Treatment for removal of Organic & Inorganic Fouling.
• RO/UF Membrane treatment for removal of Bio fouling. (Membrane & Feed water).
• Cooling tower Water treatment as an Oxidising Biocide.
• Boiler water (DM Plant) treatment.
• Virus, Fungi, Bacteria, Mould, Yeast removal in ultrapure water and F&B applications.
• Process water treatment for Ultra Pure water, Surface and plant sanitation.
• Fruits, Vegetables washing and treatment.

• Step 1: Remove the tablet from packaging
• Step 2: Drop the tablet into water wait for dissolve
• Step 3: Spray/wipe, mop, immerse/fumigate for disinfection, sanitization/deodorization

• Chloritab 5gm: 5.0 gm/tablet - Delivers 1 ppm of chlorine dioxide in 500 litres of water

• Chloritab 5gm: 2 tablet/strip and required. (Tablets are single packed in strips)

• Step 1: Remove the tablet from packaging
• Step 2: Drop the tablet into water wait for dissolve
• Step 3: Spray/wipe, mop, immerse/fumigate for disinfection, sanitization/deodorization

• Chloritab 5gm: 5.0 gm/tablet - Delivers 1 ppm of chlorine dioxide in 500 litres of water

• Chloritab 5gm: 2 tablets/strip and required. (Tablets are single packed in strips)

• Step 1: Remove the tablet from packaging
• Step 2: Drop the tablet into water wait for dissolve
• Step 3: Spray/wipe, mop, immerse/fumigate for disinfection, sanitization/deodorization

• Chloritab 10gm: 10.0 gm/tablet - Delivers 1 ppm of chlorine dioxide in 1000 litres of water

• Chloritab 10gm: 1 tablet/strip and required. (Tablets are single packed in strips)

For more than 140 years, the addition of chlorine to drinking water has been saving numerous lives by destroying the germs in unsafe water sources. 140 years is a very long time! In fact, at the time when chlorination was introduced, neither the automobile nor the telephone, or for that matter the radio had been invented.

The point is, have we reached such a level of perfection in disinfection of drinking water that no technical progress was deemed necessary for over 140 years? Its not true, technologists, all over the world, have been working continuously to evolve something better than chlorine, which has many harmful after effects

Down the years the quality of natural water has degraded world-wide including India, andvarious bacteria that were hitherto unknown, are now known to inhabit even the safest source of water. Water recycling, storage and rainwater harvesting have become second nature. The health risks due to these bacteria have increased many folds, but we still adhere to the age old Chlorine, which leaves many bacteria untreated.

The need for safer drinking water was never more than it is now. Therefore, CDD-5000®, Chloritab which is many times more powerful than Chlorine against bacteria, viruses, protozoa and all other harmful microbial population, was created for the safest drinking water.

Before the creation of CDD-5000®, Chloritab classical chlorine dioxide (gas) was a natural choice since it countered all known bacteria in the water even though several disadvantages such as in situ gaseous production along with associated risk of handling corrosive chemicals and maintenance and harmful byproduct formation such as chlorite, chlorate and free chlorine.

Chloritab – (Chlorine Dioxide Tablet )

Chlorine dioxide is widely viewed as one of, if not the most effective, sanitizing agents created by man. chlorine dioxide. In horticulture it is injected via its liquid state into irrigation lines. ClO2 when injected in the injected into irrigation systems to a final, hose-end concentration below 1.0 ppm that results in excellent water sanitation.

Connected to this solubility characteristic is that as a gas dissolved in water, chlorine dioxide is free to diffuse or move within its solution. Due to this property, its molecules are free to move about within an irrigation line.

Chloritab is a chlorine dioxide generating tablet. There is no “chlorine dioxide”in the tablet. It generates chlorine dioxide when comes into contact with wateror when exposed to moisture in ambient air. It is the most convenient way todeliver high purity chlorine dioxide at the point of use.

Chloritab finds following application.

• Drinking Water treatment (4-10 pH).
• Iron & Manganese compounds removal.
• STP/WTP water treatment. (Domestic & Industrial).
• Ion Exchange Resins Treatment for removal of Organic & Inorganic Fouling.
• RO/UF Membrane treatment for removal of Bio fouling. (Membrane & Feed water).
• Cooling tower Water treatment as an Oxidising Biocide.
• Boiler water (DM Plant) treatment.
• Virus, Fungi, Bacteria, Mould, Yeast removal in ultrapure water and F&B applications.
• Process water treatment for Ultra Pure water, Surface and plant sanitation.
• Fruits, Vegetables washing and treatment.

• Step 1: Remove the tablet from packaging
• Step 2: Drop the tablet into water wait for dissolve
• Step 3: Spray/wipe, mop, immerse/fumigate for disinfection, sanitization/deodorization

• Chloritab 1gm: 1.0 gm/tablet - Delivers 1 ppm of chlorine dioxide in 100 litres of water

• Chloritab 1gm: 6 tablets/strip and required. (Tablets are single packed in strips)

• Step 1: Remove the tablet from packaging
• Step 2: Drop the tablet into water wait for dissolve
• Step 3: Spray/wipe, mop, immerse/fumigate for disinfection, sanitization/deodorization

• Chloritab 1gm: 1.0 gm/tablet - Delivers 1 ppm of chlorine dioxide in 100 litres of water

• Chloritab 1gm: 6 tablets/strip and required. (Tablets are single packed in strips)

• Step 1: Remove the tablet from packaging
• Step 2: Drop the tablet into water wait for dissolve
• Step 3: Spray/wipe, mop, immerse/fumigate for disinfection, sanitization/deodorization

• Chloritab 10gm: - Delivers 1 ppm of chlorine dioxide in 1000 litres of water

• Chloritab 10gm: 1 tablet/strip and required. (Tablets are single packed in strips)

A cooling system exists to remove heat from a process. This process may be a physical, chemical, or mechanical process. Heat is picked up by a recirculated fluid from a heat exchanger.

Due to high temperatures and permanent scrubbing of nutrients, cooling towers shape a perfect environment in which microorganisms can thrive. The circumstances in cooling towers are ideal for the growth of Legionella bacteria. Controlling and preventing the growth of microorganisms in a cooling tower system is extremely important for health reasons and required to keep the system running under optimal operating conditions. The presence of the microorganisms may cause the system to breakdown, decrease the efficiency of the heat transfer and hence need to be replaced more rapidly.

For total cooling tower treatment, a variety of chemicals is available which are typically applied as a cocktail. These chemicals have specific characteristics that individually address respective chemical and microbiological needs . Most commonly used chemicals in the cocktail are scale and corrosion inhibitors, biocides, algaecides, slimicides, bio-dispersants and pH regulators. The most ideal solution would be to employ a biocide that incorporates all these chemicals in one product for cooling water treatment. Typically oxidizing biocides such as chlorine and bromine or non-oxidizing compounds like glutaraldehydes have been used to treat cooling tower water. Unfortunately, these chemicals are highly reactive with other chemicals and organics present in the water. Once these reactions take place, these biocides lose much of their ability to eliminate the microorganisms present.

Microorganisms may cause serious problems in the system through which the cooling water circulates:

• Buildup of odor episodes and slimes caused by an increased microorganism population;

• Loss of heat transfer, due to the low thermal conductivity of the biofilm and inorganic deposition;

• Increased corrosion rates, due to electrochemical cell formation in the biofilm and blocking of contact of any corrosion inhibitor with the metal;

• Increased pumping energy required to circulate the cooling water in the presence of a biofilm which has a high friction factor;

• Lack of microbiological control the water circuit may impose unacceptable health risks, such as the formation of Legionella species, which in turn may lead to an outbreak of Legion- naires’ disease, a frequently fatal form of pneumonia.

Contrary to chlorine, chlorine dioxide is very non-reactive to other items found in the water and fully retains its biocidal efficacy. Likewise it is also a superior biocide for removing the biological film layers, “slime layers” found within the cooling tower system. It is the formation of theses biological film layers that lead to the most predominant challenges that all cooling towers face.

Corrosion takes place beneath the biofilm layer. Anaerobes are a type of bacteria that exists and rapidly grows in an environment without the presence of oxygen. Underneath the biofilm layer such an environment exists, and these anaerobes secrete acidic by-products which corrode the metal and cause pitting. Once the pitting process has begun it is very hard to stop because of the layer of protection that is provided by the biofilm layer.

The growth of the microbiological organisms can lead to a mineral scale formation with the towers. All scaling begins at a site where nucleation can occur. The biofilm later provides such a site.

• CHLORITAB is the most convenient and easy to use method for generating Chlorine Dioxide molecule at the point of use. The tablets are completely soluble in water and they complete the disinfection of the water within 5-10 minute without leaving any door or taste in the water. CHLORITAB enables a wider public to reap the benefits from chlorine dioxide, without the hassle of a generator. With CHLORITAB ™, the generator is embedded in the powders. The CHLORITAB tablets are easy to transport and stock and safe to use.
• Dosing is done by simply adding the tablets to the designated volume of water. As a CHLORITAB delivers a far more effective disinfection power than any other traditional disinfectants and a more rapid disinfection can be made through its self-dispersal action.

• Drinking water - Community use. House hold application for overhead tanks.
• Packaged drinking water - Increasing shelf life of the bottles water especially bigger 20 litre cans.
• Domestic RO system sanitation & Biofilm removal.
• Industrial water - Process water treatment.
• Cooling tower Water treatment as an Oxidising Biocide.
• Poultry - As a biosecurity measure & biocide for the treat Aquaculture - For Shrimps, Prawns, Fish farms for the Blue & green Algae control.
• RO/UF Membrane treatment for removal of Bio fouling. (Membrane & Feed water).
• Fruits, Vegetables ,Meat, & Other sea food washing and treatment. ( In Export & Repacking units)

• Step 1: Remove the tablet from packaging
• Step 2: Drop the tablet into water wait for dissolve
• Step 3: Spray/wipe, mop, immerse/fumigate for disinfection, sanitization/deodorization

• Chloritab 10gm: 10.0 gm/tablet - Delivers 10 ppm of chlorine dioxide in 1000 litres of water

• Chloritab 10gm: 1 tablet/strip and required.

MOQ tablet

• Step 1: Remove the tablet from packaging
• Step 2: Drop the tablet into water wait for dissolve
• Step 3: Spray/wipe, mop, immerse/fumigate for disinfection, sanitization/deodorization

• Chloritab 5gm: 5.0 gm/tablet - Delivers 5 ppm of chlorine dioxide in 500 litres of water

• Chloritab 5gm: 6 tablets/strip and required. (Tablets are single packed in strips)

• Step 1: Remove the tablet from packaging
• Step 2: Drop the tablet into water wait for dissolve
• Step 3: Spray/wipe, mop, immerse/fumigate for disinfection, sanitization/deodorization

• Chloritab 10gm: 10.0 gm/tablet - Delivers 10 ppm of chlorine dioxide in 1000 litres of water

• Chloritab 10gm: 1 tablet/strip and required.

Chlorine Dioxide Tablet 10 gm is a convenient and easy-to-use solution for water and surface disinfection across industrial, commercial, agricultural, and hygiene applications. The tablet format ensures accurate dosing, better handling, and consistent performance without the challenges of liquid chemicals.

It is widely used where effective microbial control, safe storage, and simple application are required.

Key Benefits:

• ✔ Easy-to-use tablet form for controlled dosing

• ✔ Helps control bacteria, algae, slime & biofilm

• ✔ Reduces odor and microbial contamination

• ✔ Simple storage and longer shelf life

• ✔ Suitable for routine and preventive disinfection

Application Areas:

• Water tanks & storage systems

• Industrial and utility water treatment

• Horticulture & greenhouse water sanitation

• Cleaning and hygiene applications

Tablet Size: 10 gm
Form: Tablet
Usage: As per application requirement

In the case of aquaculture, i.e. springs or ponds, treated water that is re-infected with bacteria can be a particular source of danger, especially at elevated temperatures. The organisms have the best conditions for growth at temperatures of 25°C to 45°C. The pH of value for optimum growth lies in the region of 6.9. A population over a temperature range of 30°C to 35°C requires only a few hours to double in size. Legionella live in biofilms where they are shielded from most chemical disinfectants and all disinfection technologies that do not make use of chemicals.

Characteristics of Chloritab on the aquaculture field :

• Reduce Nitrite (NO2- ) rapidly
• Get rid of odorous soil of animals in culture system
• Effect quickly and without toxic remnant
• Dissolved oxygen increasing
• Decrease the stress of fish in ponds and enhance the rate of feedstuff.
  

Application Area – Aquaculture Industry:

Live Fish Transport

• Transport Water
• Disease treatment during holding

Aquaculture

• Disease prevention treatment
• Fish larval rearing
• Prawn larval rearing
• Spraying in feeds
• Treatment of diseases

• Chloritab – (Chlorine Dioxide Tablet )

  Chlorine dioxide is widely viewed as one of, if not the most effective, sanitizing agents created by man. chlorine dioxide. In horticulture it is injected via its liquid state into irrigation lines. ClO2 when injected in the injected into irrigation systems to a final, hose-end concentration below 1.0 ppm that results in excellent water sanitation.

  Connected to this solubility characteristic is that as a gas dissolved in water, chlorine dioxide is free to diffuse or move within its solution. Due to this property, its molecules are free to move about within an irrigation line.

  Chloritab is a chlorine dioxide generating tablet. There is no “chlorine dioxide”in the tablet. It generates chlorine dioxide when comes into contact with wateror when exposed to moisture in ambient air. It is the most convenient way todeliver high purity chlorine dioxide at the point of use.
  Chloritab finds following application.

  • Drinking Water treatment (4-10 pH).
  • Iron & Manganese compounds removal.
  • STP/WTP water treatment. (Domestic & Industrial).
  • Ion Exchange Resins Treatment for removal of Organic & Inorganic Fouling.
  • RO/UF Membrane treatment for removal of Bio fouling. (Membrane & Feed water).
  • Cooling tower Water treatment as an Oxidising Biocide.
  • Boiler water (DM Plant) treatment.
  • Virus, Fungi, Bacteria, Mould, Yeast removal in ultrapure water and F&B applications.
  • Process water treatment for Ultra Pure water, Surface and plant sanitation.
  • Fruits, Vegetables washing and treatment.

CDD 5000 Chlorine Dioxide Powder and CHLORITAB are highly effective solutions for air disinfection and odor control in enclosed and semi-enclosed spaces. Both products release controlled levels of Chlorine Dioxide (ClO₂), which neutralizes airborne microorganisms and unpleasant odors at the source.

• Chlorine Dioxide gas disperses uniformly in air

• Effectively destroys bacteria, viruses, fungi, mold spores, and bioaerosols

• Oxidizes odor-causing molecules instead of masking them

• Reaches corners, ducts, and hidden areas where conventional sprays cannot

• Broad-spectrum antimicrobial action

• Effective at very low concentrations

• No residue after treatment

• Non-corrosive at recommended exposure levels

• Easy application without complex equipment

• Eliminates pathogens and odors simultaneously

• Hospitals, clinics, operation theatres & isolation rooms

• Pharmaceutical manufacturing areas

• Clean rooms and laboratories

• Offices, conference rooms & commercial buildings

• Cold storage rooms & food processing areas

• Warehouses, changing rooms & wash areas

• Public transport cabins, elevators & enclosed spaces

• No need for permanent fogging or ozone systems

• No structural modification required

• Minimal manpower involvement

• Low operating and maintenance cost

• Suitable for routine and shock disinfection

• Easy storage and long shelf life

• CDD 5000 Powder – Ideal for controlled, scalable air disinfection applications

• CHLORITAB – Tablet form for quick, convenient, and on-demand air sanitization

• Used at controlled and recommended concentrations

• Environment-friendly alternative to conventional fumigants

• No harmful by-products when used as directed

Chloritab Tablet is a practical solution for maintaining hygiene and biosecurity in poultry farms. It supports effective sanitation by helping control harmful microorganisms in water and on surfaces, reducing the risk of disease spread in poultry operations.

Designed for routine farm hygiene programs, Chloritab is easy to use and integrates smoothly into daily cleaning and sanitation practices.

Key Benefits:

• ✔ Supports biosecurity and farm hygiene

• ✔ Helps control microbial contamination

• ✔ Suitable for water and surface sanitation

• ✔ Easy-to-use tablet form

• ✔ Ideal for routine and preventive hygiene programs

Application Areas:

• Poultry drinking water sanitation

• Farm equipment and floor cleaning

• Poultry sheds and housing areas

• Water storage tanks

Form: Tablet
Usage: As per poultry farm requirement