Since the medieval ages, the main source of clean water has been from drilling wells. However, they may be personal or shared. In the modern age, the need for personal ones seems to have exceeded that for community-based ones. In either case, there is a great need for well water testing. This not only ensures good health to people and their environment, but also plays a role in maintaining confidence in nature.

The analysis of the elements available at the source in the product of interest is crucial. Narrowing down to the inorganic composition, a few pointers are important in the overall assessment process. This includes determining characteristics such as conductivity and the alkalinity through identification of some common substances. In the case of conductivity, the most indicative elements include copper, calcium, mercury and lead. However, these are not all and some such as nitrate, nitrite, and fluoride, arsenic and asbestos help determine the alkalinity concentrations.

Seemingly, another step will include simpler details but inevitable ones include disinfectants, microbial contaminants and quality parameters. Generally, they lie under a process termed as enhanced surface treatment. Main microbial contaminants include coliphage, free chlorine, and enterococci. For disinfectants, some examples include chlorine dioxide, free chlorine, total chlorine, and ozone. Turbidity, a property common and unique to different types of liquid falls in the last sub-category.

The above classification of processes is mainly primary, because of effects they have directly during and after consumption. With the case of features such as odour, pH, colour and foaming agents, the consideration changes to monitoring of secondary components. Although they seem unimportant and easily modifiable, they are crucial for the sake of cleansing and improving.

Under the total coliform rule, compliance monitoring favours various issues. This involve interaction with any faecal material in the form of waste materials and sewage. Another aspect details with heterotrophic bacteria, whose effect is immense. Escherichia coli forms a good example with advanced effects in the human urinary tract after accidental consumption. Conducting total coliform is crucial and helps minimize some side effects arising mainly from these cases.

The levels of organic components is as crucial as that of inorganic substances. Making good of a proper monitoring process ensures there is a balance of nature, and therefore building components of health. The side effects are also crucial details to find out, in case of any documented problems. Entire understanding of required levels is thus imperative.

Monitoring process of radionuclides is an important aspect of health hazard management and risk avoidance. This aspect comes from the fact that most of the components in question are radioactive and their effects in the human body are usually intense and destructive. They come in two forms, man-made such as strontium-89, 89, and natural such as radium-228.

From what is clear, this process demands a lot of tests and procedures. However, all are necessary in order to certify the cleanliness and safety for consumption. Some are complex and may take time, but overall, very crucial. Patience is a crucial feature therefore, as it can lead to avoidance of lots of problems in return.