water I air I noise I STACK
IS MY WATER SAFE TO USE
If you do not monitor your water quality by having it tested at an accredited laboratory, you cannot tell whether your drinking water is safe or not.
Harmful bacteria, parasites, and viruses are invisible to the naked eye, so water that looks and tastes good may not necessarily be safe to drink. These microbes can exist in both ground and surface water supplies, and can cause immediate health effects if not properly treated for.
People often think that if they have not been sick for a while that there are no concerns with their water quality. Certain chemical contaminants that are sometimes found in a water source can cause long term health problems that may take years to develop. This stresses the importance of having an effective treatment system in place to ensure that your water is being treated to a satisfactory level.
WATER QUALITY ANALYSIS
We are involved in offering flawless Water testing services which are carried on by our highly experienced Person’s. Our test is carried out in fully equipped lab with all the necessary chemicals and equipment. We are performing tests on water.
Water Testing Services are performed to ensure that the Construction water / Drinking water/Open well water / RO water / STP Water / ETP Water & E Coli. We examine these items. These testing are performed to offer the clients qualitative materials. our experts perform various tests on water. Our tests are examined with more precision by our knowledgeable staff to ensure optimal of our testing services.
Laboratory results may provide information on levels of Total Coliforms, Escherichia coli (E-Coli), and Heterotrophic Plate Count (HPC) which are used as microbiological indicators of the microbiological quality of the water. This section will briefly outline the rationale for including these indicators and their significance.
Total Coliform (TC)
The presence of Total Coliform bacteria may indicate contamination in a water supply. The presence of Total Coliforms alone is not necessarily a health risk, but it does require a further investigation of the water system. The presence of any coliform bacteria indicates that the sampled water is potentially unsafe and unsatisfactory.
The absence of coliforms in a water supply is usually interpreted as evidence of safe drinking water. This indicates that the water sample is free of pathogens and contains a low risk of waterborne infectious disease.
Escherichia coli (EC / E. Coli)
E. coli has been demonstrated to be a specific indicator for the presence of fecal (human or animal waste) contamination. This is a potentially dangerous situation. Immediate steps need to be taken to disinfect the water, remove the source of contamination or find an appropriate alternate source. Water containing E. Coli bacteria must not be consumed or used in cases where the water could be a health hazard. Even brushing your teeth with this water can pose a health risk.
Heterotrophic Plate Count (HPC)
Although this test is not normally part of the standard testing for homeowners it can provide some useful information regarding the microbiological quality of your water. The HPC bacteria enumerates both aerobic and facultative aerobic bacteria found in water. These bacteria are not normally used as an indicator of disease, and bacteria in this group are not usually directly associated with a specific illness or disease. However, some bacteria within the HPC can cause disease, both as primary pathogens and opportunistic pathogens. The HPC is useful for measuring changes during water treatment and distribution. It is valuable for checking quality of finished water in a distribution system as an indicator of microbial regrowth and sediment build-up in slow-flow sections and dead ends.
AMBIENT AIR QUALITY MONITORING
Ambient Air quality monitoring is the systematic long term assessment of pollutant levels by measuring quantity and type of certain pollutant in the surrounding, outdoor & Indoor air.
It is one of the technique which monitoring the air using the instruments, we are analysis the No2, So2, PM10, PM2.5, Ozone(O3), Lead (Pb), C6H6, CO, NH3, Benzo(a)Pyrene (Bap) Particulate phase only, As & Ni Pollutant for surrounding environment and other side industrial area.
In that for No2, So2, PM10, PM2.5, Ozone(O3), Lead (Pb), C6H6, CO, NH3, Benzo(a)Pyrene (Bap) Particulate phase only, As & Nipollutant we are analysis how concentration of these chemical spoiled the environment. We have modern equipment for analysis of Ambient Air quality testing to reduce the hazardous chemical substances in Environment.
Measurement should be made with a sound level meter as specified in IS : 9779-1981. The sound level should be measured at the place and time of the annoyance.
Condition of measurement:Outdoor/indoor measurement should be made at 1.2 m to 1.5 m above the ground and if practical at least 3.5m outdoor and 1.5m indoor from the walls, buildings & other sound reflecting structures.
The duration of the noise should be record over a relevant time period which may be set according to the specification by local authorities.
Stack Emission monitoring procedure includes tasks of Measurement, testing, sampling and analysis. Onsite determination of physical parameters of flue gases such as temperature, flow and pressure also involved in Stack emission monitoring. It is one of the technique which monitoring the air using the instruments, we are analysis the No2 & So2, Pollutant for surrounding environment and other side industrial area. We have modern equipment for analysis of Stack monitoring testing to reduce the hazardous chemical substances in Environment.
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