Previous accounts from colleagues have indicated that tap water in industrial parks should not be directly consumed, as concerns persist regarding potential environmental impacts on water quality, which may compromise its safety. Thus, to safeguard the health of individuals in industrial parks, Online Water Quality Monitoring is an essential and non-negligible practice.
Industrial facilities are widely recognized as high-consumption entities for both water and electricity. Concentrating factories within industrial parks streamlines the supply of utilities from power plants and water treatment facilities, reducing the need for long-distance water distribution infrastructure. Additionally, co-locating power plants within industrial zones minimizes energy waste and enhances operational convenience for factories.
However, factory clustering presents a dual-edged dynamic. Industrial production processes typically generate pollutants such as nitrogen dioxide (NO₂) and sulfur dioxide (SO₂), while industrial wastewater may contain dissolved heavy metals and ammonia-nitrogen compounds. Prior to discharge, such wastewater must undergo on-site treatment by the generating facilities. Consequently, rigorous Water Quality Monitoring is critical to ensuring water safety in industrial parks and protecting public health. But what is the causal link between these factors?
Notably, employees of both large enterprises and factories often reside in dormitories adjacent to industrial parks, resulting in their direct exposure to the park’s water supply. Safeguarding the safety of drinking water for these individuals is paramount. Therefore, industrial parks must implement Real-time Wastewater Monitoring using online instruments. Furthermore, upon detecting substandard water quality via online pollution source monitoring, targeted interventions should be deployed—haphazard, uncoordinated measures must be avoided, as they may exacerbate adverse outcomes.
The installation of Online Wastewater Monitoring Equipment at industrial park factories is pivotal for addressing water pollution at its source. The selection of monitoring parameters depends on the specific nature of the facility: for example, industrial process water requires monitoring of indicators such as alkalinity, hardness, calcium/magnesium ions, phosphates, silicate, and acetone oxime, whereas discharged wastewater necessitates a distinct set of monitoring metrics. Users must therefore first conduct a comprehensive assessment of their water’s functional purpose and pollution profile to inform parameter selection.
