Water quality has a direct and far‑reaching influence on human health. Essentially, consuming polluted water is comparable to taking in “chronic harmful substances”, which brings notable risks to physical health. Therefore, water quality problems deserve consistent attention.

Relevant water quality standards have been formulated by regulatory authorities for industrial production, commercial scenarios and household usage. To guarantee safety and regulatory compliance, regular monitoring of core water quality indicators using professional Water Quality Testing instruments is necessary. In daily life, the public generally knows tap water is disinfected before supply, yet many people have limited understanding of water quality conditions in non-household scenarios such as commercial sites and industrial premises. For example, restaurants and industrial sites will produce wastewater. Within manufacturing processes, unsatisfactory water quality may affect product performance, whereas household water quality poses potential risks to people’s physical condition. Under all these circumstances, full-range indicator testing is needed to assess whether water meets relevant standards.

While environmental awareness has improved and relevant rules require wastewater to be treated before discharge, certain enterprises still focus on cost and operational convenience, and discharge untreated waste and effluents into water bodies. Such behavior may lead to notable soil deterioration that affects plant growth, as well as pollution of surface water and groundwater. For this reason, regulatory departments carry out real-time monitoring for rivers and water sources to follow changes in water quality. Monitoring data supports water quality assessment. Meanwhile, basic functions including adding, editing and checking real-time monitoring station information help realize standardized management for Water Quality Testing workflows.