Chennai Testing Laboratory Private Limited

Our laboratory is NABL accredited and approved by FSSAI and BIS and we have provision for testing packaged drinking water (IS: 14543) on a regular basis


Benefits of Drinkind Water:
* Reduce Headache
* Energises Muscles.
* Glowing Skin
* Weight loss
* Maintains Body Fluids

Surface water, Ground water, Drinking water, Packaged drinking water, Packaged Natural mineral water, Food Process Water, Swimming Pool Water, Industrial Water, Cooling tower water, Boiler water, Irrigation water, Reagent Grade Water, Sea Water, Water for construction purpose

Often county health departments will help you test for bacteria or nitrates. If not, you can have your water tested by a state certified laboratory. 

Ø  Water testing is the scientific backbone of ensuring safe and clean water for consumption and various other uses. Understanding the science behind water testing empowers individuals and communities to take proactive measures to protect both human health and the environment.

 

Ø  Water testing is similar to giving water a health check. They check for things like chemicals, bacteria, and other stuff in the water. The main aim is to know if the water is clean and okay for different uses.

Ø  water testing is like making sure our water is safe for us, animals, and the environment. It’s like giving water a report card to be sure it follows the rules for being healthy and good for the Earth.

Benefits of Testing Your Drinking Water

Ø  Keeping Healthy

Ø  Finding Problems Early

Ø  Using the Right Treatment

Ø   Stopping Diseases

Ø  Feeling Secure

Ø  Taking Care of Appliances

Ø  Learning New Things

Ø  Protecting the Environment

Helping the Community

Acidity as CaCO3, Ammonia (as total

ammonia – N), Anionic surface active

agents As MBAS, Barium, Bicarbonate Alkalinity as

HCO3, Bicarbonate Alkalinity as

HCO3, BOD@20°, Borates as B, Calcium as Ca, Calcium Hardness as

CaCO3, Carbon di oxide, Carbonate Alkalinity as

CO3, Chloramines as ( Cl2), Chloride as Cl, COD (Open reflux

method), Colour (True Colour), Conductivity @ 25 C, Cyanide as CN, Dissolved Oxygen, Dissolved Phosphorus as

P, Fixed Solids, Fluoride as F, Free Ammonia as NH3, Iron as Fe, Magnesium as Mg, Magnesium Hardness as

HCO3, BOD@20°, Borates as B, Calcium as Ca, Calcium Hardness as

CaCO3, Carbon di oxide, Carbonate Alkalinity as

CO3, Chloramines as ( Cl2), Chloride as Cl, COD (Open reflux

method), Colour (True Colour), Conductivity @ 25 C, Cyanide as CN, Dissolved Oxygen, Dissolved Phosphorus as

P, Fixed Solids, Fluoride as F, Free Ammonia as NH3, Iron as Fe, Magnesium as Mg, Magnesium Hardness as

 

Ø  Water testing is similar to giving water a health check. They check for things like chemicals, bacteria, and other stuff in the water. The main aim is to know if the water is clean and okay for different uses.

Ø  water testing is like making sure our water is safe for us, animals, and the environment. It’s like giving water a report card to be sure it follows the rules for being healthy and good for the Earth.

CHEMICAL

"To neutralize 100ml of sample water using Mixed indicator using 0.02 N H2SO4", To neutralize 100ml of sample water using Mixed indicator using 0.02 N H2SO4", To neutralize 100ml of sample water using phenolphthalein as an indicator using 0.02N NaOH", "To neutralize 100ml of sample water using phenolphthalein as an indicator using 0.02N NaOH", Chloride as Cl, Inorganic Solids, Inorganic Solids, Organic Solids, pH Value @ 25 C, Sulphate as SO3, Total Suspended Solids,

 Demineralized water removes minerals from water, leaving you with only water, however, demineralized water can still contain bacteria/viruses. But, in distilled water, suspended particles, organic materials, bacteria, viruses, and other impurities are removed

 

Distilled water is generally considered better for microbial testing than demineralized water because it's more effective at removing impuritiesColiform, Escherichia coli, Total Bacterial count

PARAMETERS:
Colour , Turbidity ,Odour, Oil& Grease, pH Value @ 25Conductivity @ 25 C ,Temperature, TotalSolids,BOD@20°C for 5 days, Acidity as CaCO3,Aluminium as Al,Ammoniacal Nitrogen asNH3.N, Anionic surfaceactive agents As MBAS,Arsenic as As, Boron as B,Cadmium as Cd, Calcium asCa, Calcium Hardness asCaCO3, Chloride as Cl,Chlorine Residual (Total),Copper as Cu, Cyanide asCN Dissolved Oxygen,Dissolved Phosphates as P,Fixed Solids, Fluoride as F,Hexavalent Chromium asCr6+, Lead as Pb,Magnesium as Mg,Magnesium Hardness asCaCO3, Manganese as Mn,Mercury as Hg, Methylorange Alkalinity as CaCO3or Bicarbonate Alkalinity asHCO3, Nickel as Ni, NitrateNitrogen, Nitrite as NO2, Non–Carbonate Hardness asCaCO3, PhenolphthaleinAlkalinity as CaCO3 orCarbonate Alkalinity as CO3,Potassium as K, ReactiveSilica as SiO2, ResidualSodium Carbonate, Seleniumas Se, Sludge Volume Index(SVI), Sodium as Na,Sulphate as SO4, Sulphideas S (Iodometric method),Sulphite as SO3, TotalAlkalinity as CaCO3 , TotalChromium as Cr, TotalDissolved Solids, TotalPhosphorus as P TotalHardness as CaCO3, TotalIron as Fe, Total KjeldahlNitrogen, Total Nitrogen,Total Silica as SiO2, TotalSuspended Solids, VolatileSolids, Zinc as Zn, Phenoliccompound as C6H5OH,Vanadium, Nitrate Nitrogen ,Unreactive Silica SiO2,Escherichia coli, FaecalColiform count,Total Coliformcount , Faecal Streptococcicount, Phytoplankton,Zooplankton

DESCRIPTIONS:
Effluent and wastewater testing is a process that evaluates the quality of wastewater, and determines the extent of pollution in industrial and process waste water, which, thereby establishes the characteristics of the effluent waste water. This will then enable one to to design an appropriate treatment system, to meet the stipulated discharge standards of various regulatory bodies. This will ensure that any activity generating effluent waste water not only meet the regulatory standards, but, prevent pollution/contamination of the surrounding environment, thereby preventing any adverse environment impact. 

Microbiological analysis of drinking water is a process that estimates the number of bacteria in water and identifies any harmful microorganisms. 

It is essential to test these parameters periodically to ensure that the water is safe to drink and even for domestic purpose.

Acidity as CaCO3, Ammonia (as total

ammonia – N), Anionic surface active

agents As MBAS, Barium, Bicarbonate Alkalinity as

HCO3, Bicarbonate Alkalinity as

HCO3, BOD@20°, Borates as B, Calcium as Ca, Calcium Hardness as

CaCO3, Carbon di oxide, Carbonate Alkalinity as

CO3, Chloramines as ( Cl2), Chloride as Cl, COD (Open reflux

method), Colour (True Colour), Conductivity @ 25 C, Cyanide as CN, Dissolved Oxygen, Dissolved Phosphorus as

P, Fixed Solids, Fluoride as F, Free Ammonia as NH3, Iron as Fe, Magnesium as Mg, Magnesium Hardness as

Benefits of Testing Your Drinking Water

Ø  Keeping Healthy

Ø  Finding Problems Early

Ø  Using the Right Treatment

Ø   Stopping Diseases

Ø  Feeling Secure

Ø  Taking Care of Appliances

Ø  Learning New Things

Ø  Protecting the Environment

Ø  Helping the Community

Coconut oil comes from the nut (fruit) of the coconut palm. It contains medium-chain fatty acids, including capric acid, caprylic acid, and lauric acid.

About 52% to 85% of coconut oil is made up of specific saturated fats, called medium-chain fatty acids. It has a moisturizing effect when applied to the skin.

People commonly use coconut oil for eczema and growth in premature infants. It's also used for psoriasis, obesity, breast cancer, heart disease, MS, and many other conditions, but there is no good scientific evidence to support these uses.Acid Value, Butyro -Refractometer reading, Cholesterol, Iodine Value (Wjis), Moisture, Mono Unsaturated Fatty Acid, Polenske value, Poly Unsaturated Fatty Acid, Refractive index, Saturated Fatty Acid, Test for Argemone Oil, Trans Fatty Acid, Unsaponifiable matter, Acid insoluble ash

Low Glycemic Index If you need to consume foods with a low glycemic index, basmati rice is an excellent choice. High Fiber Content  Good for Heart Health Reduced Risk of Cancer Good for Diabetes Patients Basmati Rice is a common item in Indian and South Asian cuisines. It is well known for its aroma and taste. It may be clubbed together with plain white rice often but basmati is quite different from other types of rice.

PARAMETER: 
Ash insoluble in dil HCl, Extraneous Matter, Moisture, Sucrose, Sulphur Dioxide, Coal tar dyes, Cocoa Solids in Chocolates, Fat (in Milk, Toffee and Butter Toffee), Protein (in Milk Toffee), Total solids.  Arsenic, Copper, Lead, Zinc

DESCRIPTION:
Bura sugar is fine grain size product made from sugar free from dirt, filth, iron filing, added colouring matter. Extraneous matter conforming to the standards such as sucrose, Ash insoluble in dilute hydrochloric acid with permitted food additives & should conform to Food Safety and Standards (Contaminants, Toxins and Residues) Regulations, 2011.

CHEMICAL

Calcium as Ca, Chloride as Cl, Conductivity @ 25 C, Iron as Fe, Magnesium as Mg, Nitrate as NO3, pH, Potassium as K, Residual Sodium Carbonat, Sodium absorption ratio, Sodium as Na, Sulphate as SO4, Total Alkalinity as CaCO3, Total Dissolved Solids (Inorganic), Total hardness (as CaCO3),

Types of Irrigation water

1. Surface Water (rivers, lakes, reservoirs)

2. Groundwater (wells, aquifers)

3. Rainwater Harvesting

4. Recycled Water (treated wastewater)

5. Saline Water (for salt-tolerant crops)

Quality Parameters:

1. pH

2. Total Dissolved Solids (TDS)

3. Electrical Conductivity (EC)

4. Sodium Absorption Ratio (SAR)

5. Nutrient content (N, P, K)

6. Bacterial and viral contaminants

PARAMETER:
Thermophilic Bacteria, Total Bacterial count, Coliform, Escherichia coli

DESCRIPTION:
Microbial contaminants in food are on a larger scale the cause for food borne diseases caused by presence of microbial contaminants such as E Coli, Salmonella, Listeria etc, and one of the sources could be the water used in food processing. Testing of food process water, therefore before use in any food production activity can help identify any potential microbial contamination, the cause of which could probably be also the use of a microbial contaminated water in food processing. Testing for presence of any microbial contaminant in water used for food processing can prevent any irreparable damage to the food business operator, which otherwise could dent his bottom line. Microbial testing of food process water is very crucial, Regular testing of food process water can enable the food business operator to take appropriate corrective action immediately, and also will ensure the food products produced meet the regulatory standards.

Microbiological analysis of drinking water is a process that estimates the number of bacteria in water and identifies any harmful microorganisms. 

It is essential to test these parameters periodically to ensure that the water is safe to drink and even for domestic purpose.

Acidity as CaCO3, Ammonia (as total

ammonia – N), Anionic surface active

agents As MBAS, Barium, Bicarbonate Alkalinity as

HCO3, Bicarbonate Alkalinity as

HCO3, BOD@20°, Borates as B, Calcium as Ca, Calcium Hardness as

CaCO3, Carbon di oxide, Carbonate Alkalinity as

CO3, Chloramines as ( Cl2), Chloride as Cl, COD (Open reflux

method), Colour (True Colour), Conductivity @ 25 C, Cyanide as CN, Dissolved Oxygen, Dissolved Phosphorus as

P, Fixed Solids, Fluoride as F, Free Ammonia as NH3, Iron as Fe, Magnesium as Mg, Magnesium Hardness as

Benefits of Testing Your Drinking Water

Ø  Keeping Healthy

Ø  Finding Problems Early

Ø  Using the Right Treatment

Ø   Stopping Diseases

Ø  Feeling Secure

Ø  Taking Care of Appliances

Ø  Learning New Things

Ø  Protecting the Environment

Ø  Helping the Community

parameter:
Escherichia coli, Faecal coliform, Faecal streptococci, Coliform, Total Bacterial count.

Description:
Microbial contamination of Ground & Surface water can happen through several sources viz., industrial discharges by Industries, domestic waste discharges from nearby settlements, proximity to sewage treatment plants, faecal defecation by animals or human beings, run-off carrying contaminated soils, etc. Ground & Surface water are predominant source for domestic use & irrigation. Microbial contamination can therefore result in serious health diseases such as E Coli infections, diarrhoea, giardiasis, cholera, typhoid, salmonellosis, hepatitis A, polio etc. Hydrological drivers such as rainfall or irrigations activity, micro-organisms contained in animal dejections may be mobilized in runoff, that infiltrates through superficial soil and the unsaturated zone into ground water. Microbial testing of Ground & Surface water can identify potential health hazard & prevent public health concerns, apart from assisting in appropriate treatment for public supply, and understand the relationship between pathogens & diseases.

Microbiological analysis of drinking water is a process that estimates the number of bacteria in water and identifies any harmful microorganisms. It is essential to test these parameters periodically to ensure that the water is safe to drink and even for domestic purpose.

Ø  Water testing is the scientific backbone of ensuring safe and clean water for consumption and various other uses. Understanding the science behind water testing empowers individuals and communities to take proactive measures to protect both human health and the environment.

Microbial testing for industrial cooling boiler water is a key part of boiler water testing services. It involves testing for microbial contamination, such as bacteria, algae, and fungi.

The quality of water has to be ensured for reuse and discharge with relevant standards. Thus quality of water is very important

PARAMETERS:
Colour , Turbidity ,Odour, Oil& Grease, pH Value @ 25Conductivity @ 25 C ,Temperature, TotalSolids,BOD@20°C for 5 days, Acidity as CaCO3,Aluminium as Al,Ammoniacal Nitrogen asNH3.N, Anionic surfaceactive agents As MBAS,Arsenic as As, Boron as B,Cadmium as Cd, Calcium asCa, Calcium Hardness asCaCO3, Chloride as Cl,Chlorine Residual (Total),Copper as Cu, Cyanide asCN Dissolved Oxygen,Dissolved Phosphates as P,Fixed Solids, Fluoride as F,Hexavalent Chromium asCr6+, Lead as Pb,Magnesium as Mg,Magnesium Hardness asCaCO3, Manganese as Mn,Mercury as Hg, Methylorange Alkalinity as CaCO3or Bicarbonate Alkalinity asHCO3, Nickel as Ni, NitrateNitrogen, Nitrite as NO2, Non–Carbonate Hardness asCaCO3, PhenolphthaleinAlkalinity as CaCO3 orCarbonate Alkalinity as CO3,Potassium as K, ReactiveSilica as SiO2, ResidualSodium Carbonate, Seleniumas Se, Sludge Volume Index(SVI), Sodium as Na,Sulphate as SO4, Sulphideas S (Iodometric method),Sulphite as SO3, TotalAlkalinity as CaCO3 , TotalChromium as Cr, TotalDissolved Solids, TotalPhosphorus as P TotalHardness as CaCO3, TotalIron as Fe, Total KjeldahlNitrogen, Total Nitrogen,Total Silica as SiO2, TotalSuspended Solids, VolatileSolids, Zinc as Zn, Phenoliccompound as C6H5OH,Vanadium, Nitrate Nitrogen ,Unreactive Silica SiO2,Escherichia coli, FaecalColiform count,Total Coliformcount , Faecal Streptococcicount, Phytoplankton,Zooplankton

DESCRIPTIONS:
Effluent and wastewater testing is a process that evaluates the quality of wastewater, and determines the extent of pollution in industrial and process waste water, which, thereby establishes the characteristics of the effluent waste water. This will then enable one to to design an appropriate treatment system, to meet the stipulated discharge standards of various regulatory bodies. This will ensure that any activity generating effluent waste water not only meet the regulatory standards, but, prevent pollution/contamination of the surrounding environment, thereby preventing any adverse environment impact. 

Effluent and wastewater testing is a process that evaluates the quality of wastewater,and determines the extent of pollution in industrial and process waste water , this thereby establishes the characteristics of the effluent waste water.Thereby enabling to design an appropriate treatment system to treate this waste water that shall meet the discharge standards stipulated by various regulatory bodies.

And ensure operation of industries in compliance to the various discharge standard stipulated

PARAMETERS:
Colour , Turbidity ,Odour, Oil& Grease, pH Value @ 25Conductivity @ 25 C ,Temperature, TotalSolids,BOD@20°C for 5 days, Acidity as CaCO3,Aluminium as Al,Ammoniacal Nitrogen asNH3.N, Anionic surfaceactive agents As MBAS,Arsenic as As, Boron as B,Cadmium as Cd, Calcium asCa, Calcium Hardness asCaCO3, Chloride as Cl,Chlorine Residual (Total),Copper as Cu, Cyanide asCN Dissolved Oxygen,Dissolved Phosphates as P,Fixed Solids, Fluoride as F,Hexavalent Chromium asCr6+, Lead as Pb,Magnesium as Mg,Magnesium Hardness asCaCO3, Manganese as Mn,Mercury as Hg, Methylorange Alkalinity as CaCO3or Bicarbonate Alkalinity asHCO3, Nickel as Ni, NitrateNitrogen, Nitrite as NO2, Non–Carbonate Hardness asCaCO3, PhenolphthaleinAlkalinity as CaCO3 orCarbonate Alkalinity as CO3,Potassium as K, ReactiveSilica as SiO2, ResidualSodium Carbonate, Seleniumas Se, Sludge Volume Index(SVI), Sodium as Na,Sulphate as SO4, Sulphideas S (Iodometric method),Sulphite as SO3, TotalAlkalinity as CaCO3 , TotalChromium as Cr, TotalDissolved Solids, TotalPhosphorus as P TotalHardness as CaCO3, TotalIron as Fe, Total KjeldahlNitrogen, Total Nitrogen,Total Silica as SiO2, TotalSuspended Solids, VolatileSolids, Zinc as Zn, Phenoliccompound as C6H5OH,Vanadium, Nitrate Nitrogen ,Unreactive Silica SiO2,Escherichia coli, FaecalColiform count,Total Coliformcount , Faecal Streptococcicount, Phytoplankton,Zooplankton

DESCRIPTIONS:
Effluent and wastewater testing is a process that evaluates the quality of wastewater, and determines the extent of pollution in industrial and process waste water, which, thereby establishes the characteristics of the effluent waste water. This will then enable one to to design an appropriate treatment system, to meet the stipulated discharge standards of various regulatory bodies. This will ensure that any activity generating effluent waste water not only meet the regulatory standards, but, prevent pollution/contamination of the surrounding environment, thereby preventing any adverse environment impact. 

PARAMETERS:
Coliform, Escherichia coli, Total Bacterial count

DESCRIPTION:
Microbial contaminants generally found in drinking water are Bacteria, Viruses, & Pathogenic Protozoa. Of these, significant causes of water borne diseases have been due to Bacteria such as Escherichia coli (E. coli), Salmonella, Vibrio cholerae, Shigella dysenteriae, Yersinia enterocolitica, Francisella tularensis, and Pseudomonas aeruginosa, and therefore essential to ensure Drinking Water is free of these pathogens, and are safe for Human Consumption. The methods generally employed for microbial testing are Plate Count (Growing Colonies on a Nutrient Media so that they can be counted), Membrane Filtration (Passing water through a sterile membrane filter with small pores, which can then be kept on agar plate or absorbent pad on which colonies can be counted), Flow Cytometry (a rapid reproducible microbial analysis used for operational assessment, root cause analysis, and disinfectant validation).

Coliform, Escherichia coli, Total Bacterial countDistilled water is generally considered better for microbial testing than demineralized water because it's more effective at removing impurities

Demineralized water removes minerals from water, leaving you with only water, however, demineralized water can still contain bacteria/viruses. But, in distilled water, suspended particles, organic materials, bacteria, viruses, and other impurities are removed

TESTING PARAMETERSAppearance PHcolorOdour CALCIUMMAGNESIUMP-ALKALINITYTOTAL ALKALINITY  CHLORIDESULPHATE TDSIRONFLOURIDENITRATEE-COLICOLIFORM

Water is the basic necessity of every human being and therefore water analysis is required to make sure that the quality of water is in compliance with regulatory standards. What is this service?In our Water Testing Services, we analyze the drinking water, industrial waste water, ground or surface water sample on various standard parameters. The testing service determines the level of purity and pollution in the water sample. The water is sample tested for various harmful contaminants (both soluble and insoluble) in it. Surface or ground water is tested for bacteria and nitrates. For home water supplies, the water sample is tested for PH value, iron, dissolved solids, manganese, nitrates, alkalinity, dissolved solids, hardness. Why it is requiredIn industries, the poor quality of water can damage the machines and deteriorate the product standard. In the residential sector, the analysis of drinking water is very important as it can adversely affect your health and overall growth.

DESCRIPTIOONS:
Demineralized water is used in several applications such as for cleaning, rinsing in industries producing Pharma products, Food Products, Alcohol Brewing, Cosmetics, electroplating etc, apart from its extensive use in steam generation in Boilers for process use as also for power generation, therefore making it important to determine the quality & suitability D M Water for use in these various applications. One critical use of De-Mineralized water is in making of saline, injected for treatment used in various diseases in hospitals, and hence should be pure to least cause any health impacts. Purity of distilled water is essential to achieve accurate results in various analytical test performed. Distilled water is also used for sterilizing medical equipment’s, batteries, automotive cooling systems to ensure optimum performance. And hence should be free of any dissolved ions etc.

PARAMETERS:
Escherichia coli, Faecal coliform, Faecal streptococci, Coliform, Total Bacterial count

DESCRIPTION:

Microbial contamination of Ground & Surface water can happen through several sources viz., industrial discharges by Industries, domestic waste discharges from nearby settlements, proximity to sewage treatment plants, faecal defecation by animals or human beings, run-off carrying contaminated soils, etc. Ground & Surface water are predominant source for domestic use & irrigation. Microbial contamination can therefore result in serious health diseases such as E Coli infections, diarrhoea, giardiasis, cholera, typhoid, salmonellosis, hepatitis A, polio etc. Hydrological drivers such as rainfall or irrigations activity, micro-organisms contained in animal dejections may be mobilized in runoff, that infiltrates through superficial soil and the unsaturated zone into ground water. Microbial testing of Ground & Surface water can identify potential health hazard & prevent public health concerns, aprt from assisting in appropriate treatment for public supply, and understand the relationship between pathogens & diseases.

PARAMETERS:
Colour , Turbidity ,Odour, Oil& Grease, pH Value @ 25Conductivity @ 25 C ,Temperature, TotalSolids,BOD@20°C for 5 days, Acidity as CaCO3,Aluminium as Al,Ammoniacal Nitrogen asNH3.N, Anionic surfaceactive agents As MBAS,Arsenic as As, Boron as B,Cadmium as Cd, Calcium asCa, Calcium Hardness asCaCO3, Chloride as Cl,Chlorine Residual (Total),Copper as Cu, Cyanide asCN Dissolved Oxygen,Dissolved Phosphates as P,Fixed Solids, Fluoride as F,Hexavalent Chromium asCr6+, Lead as Pb,Magnesium as Mg,Magnesium Hardness asCaCO3, Manganese as Mn,Mercury as Hg, Methylorange Alkalinity as CaCO3or Bicarbonate Alkalinity asHCO3, Nickel as Ni, NitrateNitrogen, Nitrite as NO2, Non–Carbonate Hardness asCaCO3, PhenolphthaleinAlkalinity as CaCO3 orCarbonate Alkalinity as CO3,Potassium as K, ReactiveSilica as SiO2, ResidualSodium Carbonate, Seleniumas Se, Sludge Volume Index(SVI), Sodium as Na,Sulphate as SO4, Sulphideas S (Iodometric method),Sulphite as SO3, TotalAlkalinity as CaCO3 , TotalChromium as Cr, TotalDissolved Solids, TotalPhosphorus as P TotalHardness as CaCO3, TotalIron as Fe, Total KjeldahlNitrogen, Total Nitrogen,Total Silica as SiO2, TotalSuspended Solids, VolatileSolids, Zinc as Zn, Phenoliccompound as C6H5OH,Vanadium, Nitrate Nitrogen ,Unreactive Silica SiO2,Escherichia coli, FaecalColiform count,Total Coliformcount , Faecal Streptococcicount, Phytoplankton,Zooplankton

DESCRIPTIONS:
Effluent and wastewater testing is a process that evaluates the quality of wastewater, and determines the extent of pollution in industrial and process waste water, which, thereby establishes the characteristics of the effluent waste water. This will then enable one to to design an appropriate treatment system, to meet the stipulated discharge standards of various regulatory bodies. This will ensure that any activity generating effluent waste water not only meet the regulatory standards, but, prevent pollution/contamination of the surrounding environment, thereby preventing any adverse environment impact. 

DESCRIPTION:
Demineralized water is used in several applications such as for cleaning, rinsing in industries producing Pharma products, Food Products, Alcohol Brewing, Cosmetics, electroplating etc, apart from its extensive use in steam generation in Boilers for process use as also for power generation, therefore making it important to determine the quality & suitability D M Water for use in these various applications. One critical use of De-Mineralized water is in making of saline, injected for treatment used in various diseases in hospitals, and hence should be pure to least cause any health impacts. Purity of distilled water is essential to achieve accurate results in various analytical test performed. Distilled water is also used for sterilizing medical equipment’s, batteries, automotive cooling systems to ensure optimum performance. And hence should be free of any dissolved ions etc.

PARAMETERS:
Colour, Temperature, Odour, Oil & Grease, Particle size of suspended solids, Percent Sodium, pH Value @ 25 C, Phenolic compound as C6H5OH, ,Phenolphthalein Alkalinity as CaCO3 or Carbonate Alkalinity as CO3 , Acidity as CaCO3, Ammonia as NH3, Ammoniacal Nitrogen as NH3.N, Anionic surface active agents As MBAS, BOD@20°C for 5days, BOD@27°C for 3days, Boron as B, Calcium as Ca, Calcium Hardness as CaCO3, Chloride as Cl, COD, Conductivity @ 25 C, Cyanide as CN, Dissolved Oxygen, Dissolved Phosphorus as P, Ferrous as Fe, Fixed Solids, Fluoride as F, Free Ammonia as NH3, Hexavalent Chromium as Cr6+, Magnesium as Mg, Magnesium Hardness as CaCO3, Methyl orange Alkalinity as CaCO3 or Bicarbonate Alkalinity as HCO3, Nitrate as NO3 Nitrite as NO2, Potassium as K, Reactive Silica as SiO2, Residual Chlorine, Residual Sodium Carbonate, Sodium absorption ratio , Sodium as Na, Sulphate as SO4, Sulphide as S, Total Alkalinity as CaCO3, Total Dissolved Solids, Total Hardness as CaCO3, Total Iron as Fe, Total Kjeldahl Nitrogen, Total Nitrogen, Total Phosphorus as P, Total Silica as SiO2, Total solids, Total Suspended Solids, Turbidity as NTU, Unreactive Silica SiO2, Volatile Solids MICROBIAL: Escherichia coli, Faecal Coliform count, Faecal Streptococci count, Phytoplankton, Total Coliform count, Zooplankton

DESCRIPTION:
Oceans brim with life, from tiny fishes to all the other ocean creatures. Instances of pollution such as spillage from ships, boats, processing plants can deliver destructive materials into the sea, thereby making it perilous to ocean life. Thereby making it imperative to check quality of sea water consistently to ensure it is safe & spotless. Many relishes sea food, if sea water is not perfect, the fish will not be safe for eating. Sometimes harmful synthetics & microbes can get into the fish, that one would consume, thereby throwing the ones health into deep peril. Testing of sea water helps identify the spills immediately & clean it up. Regular testing of sea water is also required to ensure fish one consumes is safe for eating. More-over numerous species in the ocean are at at risk of extinction due to contamination, environmental hazards etc, and hence testing can assist safeguarding these vulnerable species & also preserve ocean life.

PARAMETER:Ratio of NaNO3 /Total alkalinity as NaOH, Colour, Odour, Oxygen Consumed in 4 hrs, Ph, Phenolphthalein Alkalinity as CaCO3 Conductivity @ 25 C, Dissolved Oxygen, Ferrous as Fe, Fixed Solids, Magnesium as Mg, Magnesium Hardness as CaCO3, Methyl orange Alkalinity as CaCO3, Nitrate as NO3, Nitrite as NO2, Unreactive Silica SiO2,Nickel as Ni, Selenium as Se, Silver as Ag, Zinc as Zn, Aluminium as Al, Arsenic as As, Cadmium as Cd, Potassium as K ,Chromium as Cr, Copper as Cu, Lead as Pb, Manganese as Mn, Mercury as Hg, Molybdenum (as Mo), Nickel as Ni, Selenium as Se, Silver as Ag, Zinc as Zn, Ratio of Sodium Sulphate and Caustic alkalinity, Reactive Silica as SiO2, Residual Chlorine, Sodium as Na, Total Alkalinity as CaCO3, Total Phosphorus as P, Total Silica as SiO2, Total solids, Total Suspended Solids, Turbidity as NTU, Unreactive Silica SiO2, Volatile Solids, Ammonia as NH3, Boron as B, Calcium as Ca, Calcium Hardness as CaCO3, Caustic Alkalinity as CaCO3, Chloride as Cl, Coliform, Total Bacterial count, Escherichia coli, Legionella

DESCRIPTION:First, and Foremost in any Industrial operations is to ensure the water used for Boiler Feed or Make-Up cooling water are as per the requirement & specification provided by the original equipment Manufacturer/Supplier to prevent damage to the equipment and or corrosion, which may at times result in failure of the equipment or can also be a safety risk, thereby causing accident, which can also affect the workmen in or near the shop floor.There essential regular test that needs to be carried out for cooling water make-up of Boiler Feed are pH, Phosphate, Chloride, Sulphate, Total Hardness, TDS, Hydrate Alkalinity, Oxygen & Chemical content, Neutralized conductivity etc. These are necessary to ensure optimum performance of the equipment’s used in the process by preventing slim formation, corrosion, and or carryover of contaminant, if any, to the products manufactured.
Boiler feed make up, and cooling water an essential requirement in manufacturing process of any Industry requires water, and these often find difficulty in Biofouling due to growth of algae, fungi, bacteria in wet surfaces. These therefore results in adversely affecting the equipment performance, promote corrosion & accelerate deterioration of material. Therefore, making it essential to undertake regular Bio-Monitoring of the feed & make-up water used in Industries, to enable suitable application of antimicrobials in the system.

PARAMETER:
Ratio of NaNO3 /Total alkalinity as NaOH, Colour, Odour, Oxygen Consumed in 4 hrs, Ph, Phenolphthalein Alkalinity as CaCO3 Conductivity @ 25 C, Dissolved Oxygen, Ferrous as Fe, Fixed Solids, Magnesium as Mg, Magnesium Hardness as CaCO3, Methyl orange Alkalinity as CaCO3, Nitrate as NO3, Nitrite as NO2, Unreactive Silica SiO2,Nickel as Ni, Selenium as Se, Silver as Ag, Zinc as Zn, Aluminium as Al, Arsenic as As, Cadmium as Cd, Potassium as K ,Chromium as Cr, Copper as Cu, Lead as Pb, Manganese as Mn, Mercury as Hg, Molybdenum (as Mo), Nickel as Ni, Selenium as Se, Silver as Ag, Zinc as Zn, Ratio of Sodium Sulphate and Caustic alkalinity, Reactive Silica as SiO2, Residual Chlorine, Sodium as Na, Total Alkalinity as CaCO3, Total Phosphorus as P, Total Silica as SiO2, Total solids, Total Suspended Solids, Turbidity as NTU, Unreactive Silica SiO2, Volatile Solids, Ammonia as NH3, Boron as B, Calcium as Ca, Calcium Hardness as CaCO3, Caustic Alkalinity as CaCO3, Chloride as Cl
Coliform, Total Bacterial count, Escherichia coli, Legionella

DESCRIPTION:
First, and Foremost in any Industrial operations is to ensure the water used for Boiler Feed or Make-Up cooling water are as per the requirement & specification provided by the original equipment Manufacturer/Supplier to prevent damage to the equipment and or corrosion, which may at times result in failure of the equipment or can also be a safety risk, thereby causing accident, which can also affect the workmen in or near the shop floor.There essential regular test that needs to be carried out for cooling water make-up of Boiler Feed are pH, Phosphate, Chloride, Sulphate, Total Hardness, TDS, Hydrate Alkalinity, Oxygen & Chemical content, Neutralized conductivity etc. These are necessary to ensure optimum performance of the equipment’s used in the process by preventing slim formation, corrosion, and or carryover of contaminant, if any, to the products manufactured.

PARAMETERS:
Coliform, Escherichia coli, Total Bacterial count

DESCRIPTIONS:
Demineralized water are those in which minerals & salts are completely removed, and is often called as de-ionized water used as feed in Boiler for steam generation, however, microbes present in raw water have often shown to be present in de-ionized water due to growth of algae, fungi, bacteria in wet surfaces. These therefore results in adversely affecting the equipment performance, promote corrosion & accelerate deterioration of material. Therefore, making it essential to undertake regular Bio-Monitoring of the Boiler Feed & its raw water. Demineralized water is also used in many applications such as rinsing in chemical, pharmaceutical, & food industry, which subsequently are a matter of consumption by Human Beings & hence required to be free of any microbes. Distilled water is those that have been completely purified and removed of all contaminants, used extensively in laboratory analytical procedures, where testing requires using of pure clean water to get accurate results of analysis, and hence should be free of any traces of microbial interference. 

PARAMETER:
Coliform, Escherichia coli, Total Bacterial count

DESCRIPTION:
Microbial contaminants generally found in drinking water are Bacteria, Viruses, & Pathogenic Protozoa. Of these, significant causes of water borne diseases have been due to Bacteria such as Escherichia coli (E. coli), Salmonella, Vibrio cholerae, Shigella dysenteriae, Yersinia enterocolitica, Francisella tularensis, and Pseudomonas aeruginosa, and therefore essential to ensure Drinking Water is free of these pathogens, and are safe for Human Consumption. The methods generally employed for microbial testing are Plate Count (Growing Colonies on a Nutrient Media so that they can be counted), Membrane Filtration (Passing water through a sterile membrane filter with small pores, which can then be kept on agar plate or absorbent pad on which colonies can be counted), Flow Cytometry (a rapid reproducible microbial analysis used for operational assessment, root cause analysis, and disinfectant validation)

<sup>Parameters :
Ph, BOD, COD, TSS, Phosporous, Ammoniacal nitrogen, Faecal Coliform count, Faecal Streptococci count, Total Coliform count, Escherichia coli, Phytoplankton,Zooplankton

Description :</sup>
D^{omestic sewage is waste that is generated through domestic usage of water by human beings, which can contain harmful pathogens, bacteria, viruses etc and can affect the health of people causing hepatitis, gasto-intestinal disorders etc. The resultant organic pollutions in the form of BOD & COD, if discharged without treatment can result in environmental damage. Testing of sewage both treated & untreated can assist one assess the extent of damage it could do to the environment & public health, monitor effectiveness of sewage treatment plants, helps set up guidelines for treating sewage & finally meet the compliance requirements of the regulatory bodies to meet the discharge standards.}

PARAMETER:

Acidity as CaCO3, Ammonia (as total ammonia – N), Anionic surface active agents As MBAS, Barium, Bicarbonate Alkalinity as HCO3, Bicarbonate Alkalinity as HCO3, BOD@20°, Borates as B, Calcium as Ca, Calcium Hardness as CaCO3, Carbon di oxide, Carbonate Alkalinity as CO3, Chloramines as ( Cl2), Chloride as Cl, COD (Open reflux method), Colour (True Colour), Conductivity @ 25 C, Cyanide as CN, Dissolved Oxygen, Dissolved Phosphorus as P, Fixed Solids, Fluoride as F, Free Ammonia as NH3, Iron as Fe, Magnesium as Mg, Magnesium Hardness as CaCO3, Methyl orange Alkalinity as CaCO3, Nitrate as NO3, Nitrite as NO2, Non –Carbonate Hardness as CaCO3, Odour, pH Value @ 25 C, Phenolic compound as C6H5OH, Phenolphthalein Alkalinity as CaCO3, Potassium as K, Reactive Silica as SiO2, Residual free Chlorine, Sodium as Na, Sulphate as SO4, Sulphide as H2S, Taste, Temperature, Total Alkalinity as CaCO3, Total Dissolved Solids (Inorganic), Total hardness (as CaCO3), Total Silica as SiO2, Total Solids, Total Suspended Solids, Turbidity as NTU, Unreactive Silica SiO2, Volatile Solids.

DESCRIPTION:

The LIVEWIRE OF LIFE, Drinking water is the base sustenance of LIFE, and aids in performing numerous functions required for the Body of any Living Being such as Regulating Body Temperature, Maintaining Electrlolyte Balance, Protecting Organs & Tissues, Aiding Digestion, Preventing Constipation, Flushing Bacteria, Delivering Nutrients & Oxygen, Boosting Skin Health, Maintaining Blood Pressure, Increasing Metabolism etc & hence requires it to be regularly tested for its safety & quality, such that the go to commodity of human life isn’t contaminated, unsafe, or of poor quality.its beyond words to emphasis the crucial part testing plays in ensuring the drinking water any living being consume are free of contaminants, and are absolutely safe & aid in significantly reducing water borne diseases. Regular Drinking Water Test helps utilities, regulators, and individuals monitor water quality to ensure drinking water meets the health and regulatory standards.

The keys to maintaining water quality in your swimming pool include filtration, chlorination, pH level, total alkalinity (TA) and calcium hardness.Swimming pool water parameters:ColourOdourTurbiditypH @ 25°CTotal Alkalinity as CaCO 3Residual Free ChlorineOxygen absorbed in 4 hrs at 27 °CTotal Dissolved SolidsChloride as Cl -Iron as FeAluminium as AlLead as PbTotal Plate CountTotal Coliform

PARAMETER:
Cl Aluminium as Al, Heavy metals (as Pb), Chloride as, Colour, Conductivity @ 25 C, Odour, Oxygen Consumed, pH, Residual Chlorine, Total Alkalinity as CaCO3, Total Dissolved Solids, (Inorganic), Total Iron as Fe, Turbidity as NTU
Coliform, Total Bacterial count, Escherichia coli, Legionella

DESCRIPTION:
Swimming pools are largely an outdoor activity, susceptible to the impacts of the surrounding environment, that could affect the quality of swimming pool water such pH. Chlorine, calcium, hardness, or other toxins in the form of metal. These ultimately can result in affecting the health of the swimmers, damage the pool or create an uncomfortable environment to the users of the swimming pool. Therefore, in order to keep a tab on the water quality used in swimming pool, regular testing on a frequent basis would be essential. In order to always keep the swimming pool water clean, clear, & safe, the basic parameters that need to be always be kept under control are pH (7.2 – 7.4 ), good alkalinity, Calcium (80-200ppm), TDS (< 1500 ppm), chlorine (<1ppm), and free of metals such as iron, manganese, copper etc. Regular testing of swimming pool water will not only keep it safe & comfortable to the users, but also prevent damage to the pool, keep equipment’s in good & proper condition

PARAMETERS:
Cl Aluminium as Al, Heavy metals (as Pb), Chloride as, Colour, Conductivity @ 25 C, Odour, Oxygen Consumed, pH, Residual Chlorine, Total Alkalinity as CaCO3, Total Dissolved Solids, (Inorganic), Total Iron as Fe, Turbidity as NTU

DESCRIPTION:
Swimming pools are largely an outdoor activity, susceptible to the impacts of the surrounding environment, that could affect the quality of swimming pool water such pH. Chlorine, calcium, hardness, or other toxins in the form of metal. These ultimately can result in affecting the health of the swimmers, damage the pool or create an uncomfortable environment to the users of the swimming pool. Therefore, in order to keep a tab on the water quality used in swimming pool, regular testing on a frequent basis would be essential. In order to always keep the swimming pool water clean, clear, & safe, the basic parameters that need to be always be kept under control are pH (7.2 – 7.4 ), good alkalinity, Calcium (80-200ppm), TDS (< 1500 ppm), chlorine (<1ppm), and free of metals such as iron, manganese, copper etc. Regular testing of swimming pool water will not only keep it safe & comfortable to the users, but also prevent damage to the pool, keep equipment’s in good & proper condition.