Water Quality Management, Monitoring & Testing
Drinking Water: Standards & Parameters
Water is most essential but unfortunately portable water is scarce in resource across the globe. Presently the water quality and the availability of fresh water resources is the most pressing of the many environmental challenges. With adequate water quality monitoring and testing and water quality management this phenomenon can be reversed.
Water quality management involves maintenance and purification of water resources. For safe drinking water, water quality parameters must be under constant monitoring and control. Water quality parameters that directly affect the health of the system include: pH, hardness, dissolved oxygen, temperature, and nutrients such as nitrogen and phosphorus.
Wondering how to determine the water quality parameters? You can do this by simply referring to the legislative framework for water quality standards applicable to your area. These water quality standards comprehensively describe the quality parameters set for clean and safe drinking water.
If you are looking for the right water quality management and purification then you have come to the right place! We at IDS Water have everything you need. Our aim is to match our clients to many suppliers and vendors who are reputed in distribution of all kinds of water technology related testing and components. Not just that professional vendors and suppliers for all your water quality management needs are also associated with us.
We are known for having an extensive network of trained, expert, independent and authorized suppliers’ network in the country and worldwide. However, before you go through our supplier directory we are sure that you would want to know more on water quality management. Continue reading this article, as it will talk about how water quality management ensures proper water quality testing and meets water quality standards and parameters.
What is Water Quality?
The term water quality is used to describe the chemical, biological and physical characteristics of water. Usually done in respect to indentifying its suitability for an intended use of purification of water. These water characteristics are controlled or influenced by substances, which are either suspended or dissolved in water.
Various scientific measurements are used to define the quality of water as the water quality standard varies for water used for different purposes. For example, the water quality that would be required for drinking water is not the same as quality of water to wash cars.
Therefore, when we speak of water quality, we ideally want to know if the water is suitable for its intended purpose. This can be for farming, domestic, mining or industrial purposes, or its suitability to maintain an ecosystem that is healthy.
What is Water Quality Management?
Water quality is changed and affected by both natural process and various human activities. Generally natural water quality differs from place to place. It mainly depends on seasonal changes, climatic changes and the type of rocks, soils and surfaces through which water moves. Human activities that significantly alter water quality include agricultural activities, mining, industrial and urban development, and recreation. The key to sustainable water resources is to make sure that the water quality is suitable for their intended uses. This can be achieved only through effective water quality management.
Water quality management, involves the maintenance of the fitness for use of water resources on a sustained basis. This is achieved by maintaining a balance between socio-economic development and environmental protection. Water quality management entails the ongoing process of planning, development, implementation and administration of water resources. Further water quality monitoring and management policy doesn’t just audit water quality. It also takes measures to ensure efficient distribution and use of the same.
Need for Water Quality Monitoring & Management
Water pollution has a disastrous effect on human health, aquatic ecosystem and on various sectors of economy such as industries, agriculture and recreation. Deteriorating water quality leads to an increase in water treatment cost of industrial process and drinking water. It also decreases agricultural yields due to increase in salinity in water used for irrigation. On the other hand not all health, ecological and productivity problems are associated with deteriorating water quality are caused by human activities.
Numerous water qualities related problems are also inherent in the geological characteristics of the source area. Further water pollution not only affects surface water resources but also leads to groundwater contamination and pollution of sediment deposits in riverbeds. Contamination by toxic and hazardous substances over a long period of time can lead to irreversible pollution. to counteract the harmful effects of water pollution, effective water quality management is absolutely important.
Importance of Water Quality Testing
One of the main tasks of water quality management is to conduct periodic water quality testing to determine the usability of water resources. The composition and purity requirement of water differs for different purposes. Each body or water resource needs to be tested on a regular basis to confirm its suitability for its intended purpose. Water quality testing is a very time consuming process, and a large number of quantitative water analytical methods are used for this purpose.
Wondering what all is done during water quality monitoring & testing? Well the list of potential water contaminants is quite extensive and impractical to test for in its entirety. Such water quality monitoring and testing would get very expensive and unnecessary. To make water testing more meaningful and cost effective, relatively fewer contaminants have established testing standards. These water quality standards and levels are established for contaminants that are most likely to be a problem. Therefore a water quality testing will allow you to evaluate how serious these contaminants may be in the water resource.
Several basic tests will not only reveal the severity of specific impurities, but will also indicate the likelihood of other contaminants that are present. For example, low pH, which is a measure of acidity of water, may cause corrosion of copper or lead plumbing materials. These metals may dissolve and reach unhealthy levels in water. Due to this reason and many such more it is a good idea to conduct routine water quality testing annually to check levels of the following:
- Total dissolved solids (TDS)
- Organic Carbon Contaminants (Pesticides, Industrial Pollution etc.)
Water Quality Standards & Water Quality Parameters
As discussed in the beginning of this article, to safeguard the health of the public at large, certain water quality parameters must be adhered, monitored and controlled. Parameters that directly affect the health of the system are pH, hardness, dissolved oxygen, temperature, and nutrients such as nitrogen and phosphorus. By simply referring to the legislative framework for water quality standards applicable to your area you can determine the water quality parameters. These water quality standards comprehensively describe the water quality parameters set for its intended purpose.
While setting water quality standards, agencies make political and scientific decisions about how the water will be used. This is because different uses give rise to different concerns and therefore different water quality standards are considered.
Based on the above we can conclude that with proper water quality management water resources can be protected from water pollution. if you are looking for the right water quality management solutions then we at IDS Water have it all and much more. So what are you waiting for just browse through our directory as it will provide you with the details of numerous prospective vendors, vendors and suppliers to meet all your water quality management requisites.
Tags: Water Quality Management, Monitoring, Testing, Standards, Parameters, Contaminants, Contamination, Water Resources, Drinking Water, Hardness, Dissolved Oxygen, pH, Suppliers, Vendors, Purification, Nitrogen, Phosphorus, Safe, Industrial, Environmental, Groundwater, Nutrients