Waste Water Analysis, Drinking Water Analysis & Process Water Analysis
Lots of different testing techniques to analyze process water, drinking water and waste water is needed.
Water plays a major part within our ecosystem, industry in general, farming and agriculture and in our environment. When we consider the quality of water we need to take into consideration, the levels of turbidity, levels of acidity & levels of alkalinity, including various trace elements and the various nutrients. In addition when determining the quality of water we take into consideration chloride and fluoride ions, calcium, phosphorus, halogens, alkali, metals-potassium and sodium ions, magnesium ions and nitrogen, microorganisms and dissolved oxygen content. Water testing laboratories analyse samples for pH levels, temperature range, turbidity levels, conductivity, total dissolved oxygen (DO), total dissolved solids (TDS), salinity, biochemical oxygen demand (BOD), total nitrogen test, total phosphate test, microorganisms, hardness, heavy metals and ions. There are methods available to to complete these tests.
Laboratories are required to test drinking water in most cases using standard test methods. This is required so that consumers and end users know that the quality of their drinking water meets the highest of standards. Drinking water is one of the most important commodities in our lives. Regulations stipulate the quality of our drinking water meets the highest of quality when being treated.
Product quality, energy consumption and operating procedures have to be verified using validated data. Validated test methods are used as a reliable source for producing correct data. Laboratories are used to produce analytical techniques and methods for a wide variety of industry sectors such as cooling systems and hot water in addition to specialist areas.
Water quality is the chemical, physical and biological characterization of water. It is a determination of the condition of water samples relative to the requirements of one or more species and or to any human need or purpose. It is most frequently used as a reference to a set of methods or standards against which compliance can be assessed. The most common standards used to assess water quality relate to health, ecosystems, safety of human contact and drinking water.
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