Chennai Testing Laboratory Private Limited

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:
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:
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:
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:
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

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

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

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

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. 

CHEMICAL

Aluminium as Al, Antimony as Sb, Arsenic as As, Available Boron, Available Phosphorus, Bulk Density, Cadmium as Cd, Calcium carbonate, Calcium carbonate, Carbonate and bicarbonate, Cation exchange capacity, Chloride, Chromium as Cr, Cobalt as Co, Conductivity @ 25 C, Copper as Cu, Hexavalent Chromium, Iron as Fe, Lead as Pb, Loss on Ignition @550°C, Manganese as Mn, Mercury as Hg, Moisture, Molybdenum as Mo, Nickel as Ni, Nitrate, Non Volatile Substance, Oil & Grease, pH @ 25 C, Potassium, Selenium as Se, Silver as Ag, Sodium, Soluble Calcium, Soluble Magnesium, Sulphate, Total Kjeldahl Nitrogen, Total Nitrogen, Total Organic Carbon, Total Organic Matter, Volatile Substance, Zinc as Zn, Available Nitrogen, Available potassium, Total Phosphate,

PARAMETER:
Noise- Ambient

DESCRIPTION:
Noise monitoring assists identify predominant sources of noise, wherein employees could be exposed to high noise levels, which can result in hearing loss, tinnitus, migraine, and other health concerns. Noise Monitoring therefore enables one to undertake appropriate measures to control noise levels to within lower levels ie noise levels above 75 dB(A) are harmful, although WHO stipulates any Noise Level above 65 dB(A) as noise pollution, whereas any Noise Levels above 30 dB(A) can affect peaceful sleep at Nights. Regular Noise Monitoring will thus enable incorporate appropriate mitigation measures to prevent Noise pollution and its deleterious effect on Human Beings & other living creatures.

PARAMETER:
Noise- Ambient

DESCRIPTION:
Noise monitoring assists identify predominant sources of noise, wherein employees could be exposed to high noise levels, which can result in hearing loss, tinnitus, migraine, and other health concerns. Noise Monitoring therefore enables one to undertake appropriate measures to control noise levels to within lower levels ie noise levels above 75 dB(A) are harmful, although WHO stipulates any Noise Level above 65 dB(A) as noise pollution, whereas any Noise Levels above 30 dB(A) can affect peaceful sleep at Nights. Regular Noise Monitoring will thus enable incorporate appropriate mitigation measures to prevent Noise pollution and its deleterious effect on Human Beings & other living creatures.

dibromo - 3 -

Chloropropane, 1,2 dichlorobenzene, 1,2,3 – trichloropropane, 1,2,4 – trichlorobenzene, 1,2,4 – trimethylbenzene, 1,3 – dichlorobenzene, 1,3 – dichloropropane, 1,3,5 – trimethylbenzene, 1,4 – dichlorobenzene, 1.2.3 trichlorobenzene, 2 – chlorotoluene, 2,2 – dichloropropane, 4 – chlorotoluene, 4 – isopropyltoluene, Air Movement, Ammonia, Arsenic as As, Benzene, Benzene, Toluene &

Xylene, Boromoform, Bromobenzene, Bromochloromethane, Bromodichloromethane, Bromomethane, CarbonIndoor Air Quality (IAQ) refers to the air quality within and around buildings and structures, especially as it relates to the health and comfort of building occupants

 

The purpose of an indoor air quality assessment is to identify issues in the air quality of your facility areas and develop long-term solutions to promote the health and safety of your building occupants. This process involves collecting air samples, examining human exposure to pollutants, gathering samples on building surfaces, and studying the airflow.

 

Schools, commercial and industrial buildings, doctor’s offices and hospitals, higher education institutions,  restaurants, government facilities, housing units, and retail locations need additional care because of their high population and risk of pathogens. Factors as simple as a faulty HVAC system, resulting in airborne contamination, could compromise the IAQ of your commercial area. 

PARAMETER:Barometric pressure, Humidity, Rainfall, Solar radiation, Temperature, Wind Direction, Wind Speed,DESCRIPTION: Micrometeorology is a vital factor in Air Dispersion Modelling, a mathematical process that simulates how the pollutants move through in the atmosphere and hence requires multiple years of hourly meteorological data such as wind speed, wind direction, temperature etc. Apart from its importance in air pollution abatement, micrometeorological monitoring also plays a significant role in Agriculture by aiding the farmers in taking informed decision like screening for heat tolerance, optimise water use, pest control etc.

PARAMETER:
Barometric pressure, Humidity, Rainfall, Solar radiation, Temperature, Wind Direction, Wind Speed,

DESCRIPTION: 
Micrometeorology is a vital factor in Air Dispersion Modelling, a mathematical process that simulates how the pollutants move through in the atmosphere and hence requires multiple years of hourly meteorological data such as wind speed, wind direction, temperature etc. Apart from its importance in air pollution abatement, micrometeorological monitoring also plays a significant role in Agriculture by aiding the farmers in taking informed decision like screening for heat tolerance, optimise water use, pest control etc.

PARAMETERS:
Heat Stress, Humidity, Temperature,Suspended Particulate matter (SPM), Carbon dioxide, Carbon monoxide, Chromium as Cr, Hydrogen Sulphide, Arsenic as As, Lead as Pb, Oxides of Nitrogen, Oxygen, Ozone, Particulate Matter 2.5, Respirable Particulate matter, Sulphur dioxide, Coagulase positive Staphylococcus aureus, Coliform count, Escherichia coli, Listeria monocytogenes, Salmonella sp, Total Bacterial count / Total Plate count, Yeast and mold Count, Benzene, Benzene, Toluene & Xylene, Formaldehyde, Dibromochloromethane, Dichlorodifluoromethane, 1,1 – dichloroethane, 1,1 – dichloroethylene, 1,1 – dichlororopropylene, 1,1,1 – trichloroethane, 1,1,1,2 tetrachloroethane, 1,1,2 – trichloroethane, 1,1,2,2 tetrachloroethane, 1,2 – dibromoethane, 1,2 – dichloroethane, 1,2 – dichloropropane, 1,2 dibromo - 3 chloropropane, 1,2 dichlorobenzene, 1,2,3 – trichloropropane, 1,2,4 – trichlorobenzene, 1,2,4 – trimethylbenzene,  1,3 – dichlorobenzene, 1,3 – dichloropropane, 1,3,5 – trimethylbenzene, 1,4 – dichlorobenzene, 1.2.3 trichlorobenzene, 2 – chlorotoluene, 2,2 – dichloropropane, 2,2 – dichloropropane, 4 – isopropyltoluene, Air Movement, Ammonia, Boromoform, Bromobenzene, Bromochloromethane, Bromodichloromethane, Bromomethane, , Carbon tetrachloride, Chlorine, Chlorobenzene, Chloroethane, Chloroform, Chloromethane, , Cis 1,2 – dichloroethylene, Cis 1,3 dichloropropylene, Dibromomethane, Ethylbenzene, Fluorides, Hexachlorobutadiene, , lsopropylbenzene, M – xylene, Methylene chloride, N – butylbenzene, N – propylbenzene, Naphthalene, Nickel as Ni, P – xylene ,O – xylene, , Sec – butylbenzene, Styrene, , Tert – butylbenzene, Tetrachloroethylene, Toluene, , Trans 1,2 dichloroethylene, Trans 1,3 dichloropropylene, Trichloroethylene, Trichlorofluroromethane, Total Volatile Organic Compound (TVOC)

DESCRIPTIONS:
We tend to think that air pollution faced outside as risk, but air we breathe inside could be polluted. Indoor & work atmosphere air quality had long been neglected. However, monitoring of indoor air quality is important, because it can help prevent or reduce health risk associated poor air quality. Poor indoor/work atmosphere air quality is known to cause a range of health issues such as head-ache, fatigue, eye-irritation, respiratory illness or a lethal Carbon-Mono-Oxide could be life threatening. It could affect productivity of workers, or a poor ventilation can create a sick syndrome building resulting in fatigue, discomfort etc. Beyond this Indoor Air Quality is also governed by strict regulations such as OHSAS Standards, Factories Act, ASHRAE, IGBC Guidelines. Therefore, indoor air quality monitoring does divulge the quality & safety of Indoor/Work Atmosphere air quality

PARAMETERS:
Heat Stress, Humidity, Temperature,Suspended Particulate matter (SPM), Carbon dioxide, Carbon monoxide, Chromium as Cr, Hydrogen Sulphide, Arsenic as As, Lead as Pb, Oxides of Nitrogen, Oxygen, Ozone, Particulate Matter 2.5, Respirable Particulate matter, Sulphur dioxide, Coagulase positive Staphylococcus aureus, Coliform count, Escherichia coli, Listeria monocytogenes, Salmonella sp, Total Bacterial count / Total Plate count, Yeast and mold Count, Benzene, Benzene, Toluene & Xylene, Formaldehyde, Dibromochloromethane, Dichlorodifluoromethane, 1,1 – dichloroethane, 1,1 – dichloroethylene, 1,1 – dichlororopropylene, 1,1,1 – trichloroethane, 1,1,1,2 tetrachloroethane, 1,1,2 – trichloroethane, 1,1,2,2 tetrachloroethane, 1,2 – dibromoethane, 1,2 – dichloroethane, 1,2 – dichloropropane, 1,2 dibromo - 3 chloropropane, 1,2 dichlorobenzene, 1,2,3 – trichloropropane, 1,2,4 – trichlorobenzene, 1,2,4 – trimethylbenzene,  1,3 – dichlorobenzene, 1,3 – dichloropropane, 1,3,5 – trimethylbenzene, 1,4 – dichlorobenzene, 1.2.3 trichlorobenzene, 2 – chlorotoluene, 2,2 – dichloropropane, 2,2 – dichloropropane, 4 – isopropyltoluene, Air Movement, Ammonia, Boromoform, Bromobenzene, Bromochloromethane, Bromodichloromethane, Bromomethane, , Carbon tetrachloride, Chlorine, Chlorobenzene, Chloroethane, Chloroform, Chloromethane, , Cis 1,2 – dichloroethylene, Cis 1,3 dichloropropylene, Dibromomethane, Ethylbenzene, Fluorides, Hexachlorobutadiene, , lsopropylbenzene, M – xylene, Methylene chloride, N – butylbenzene, N – propylbenzene, Naphthalene, Nickel as Ni, P – xylene ,O – xylene, , Sec – butylbenzene, Styrene, , Tert – butylbenzene, Tetrachloroethylene, Toluene, , Trans 1,2 dichloroethylene, Trans 1,3 dichloropropylene, Trichloroethylene, Trichlorofluroromethane, Total Volatile Organic Compound (TVOC)

DESCRIPTIONS:
We tend to think that air pollution faced outside as risk, but air we breathe inside could be polluted. Indoor & work atmosphere air quality had long been neglected. However, monitoring of indoor air quality is important, because it can help prevent or reduce health risk associated poor air quality. Poor indoor/work atmosphere air quality is known to cause a range of health issues such as head-ache, fatigue, eye-irritation, respiratory illness or a lethal Carbon-Mono-Oxide could be life threatening. It could affect productivity of workers, or a poor ventilation can create a sick syndrome building resulting in fatigue, discomfort etc. Beyond this Indoor Air Quality is also governed by strict regulations such as OHSAS Standards, Factories Act, ASHRAE, IGBC Guidelines. Therefore, indoor air quality monitoring does divulge the quality & safety of Indoor/Work Atmosphere air quality

PARAMETER:
Barometric pressure, Humidity, Rainfall, Solar radiation, Temperature, Wind Direction, Wind Speed,

DESCRIPTION: 
Micrometeorology is a vital factor in Air Dispersion Modelling, a mathematical process that simulates how the pollutants move through in the atmosphere and hence requires multiple years of hourly meteorological data such as wind speed, wind direction, temperature etc. Apart from its importance in air pollution abatement, micrometeorological monitoring also plays a significant role in Agriculture by aiding the farmers in taking informed decision like screening for heat tolerance, optimise water use, pest control etc.