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2025-03-18
Currently, the rational utilization of water resources and the guarantee of drinking water safety have become the focus of public attention. In 2021, the China Engineering Construction Standardization Association issued the "Quality Standard for Healthy Direct Drinking Water" (T/CECS 10001-2021), which further enhances the safety of the quality of direct drinking water through scientific norms. As a high-tech enterprise specializing in smart water services, Flangco Company, based on the actual water usage needs of users, independently developed and launched the direct drinking water quality-differentiated supply equipment. While ensuring the safety of drinking water, it effectively improves the utilization efficiency of water resources. Next, we will share the innovative technologies of Flangco's direct drinking water quality-differentiated supply equipment and its advantages in ensuring drinking water safety from multiple perspectives. The Flangco direct drinking water quality-differentiated water supply equipment adopts a ten-stage water treatment process, and provides multi-stage safeguards in the front, middle and later stages from the raw water to the users, so as to provide users with an excellent direct drinking water experience. Multiple pre-treatment processes installed upfront Efficiently remove particulate matter, odors, colloids, etc. The softening filtration module works in tandem with the nanofiltration membrane, effectively reducing water hardness and intercepting microorganisms, heavy metals, and soluble pollutants. Ultraviolet rays and ozone work in combination for disinfection. Together with the precision filtration module, it eliminates the risk of secondary pollution. Dimension Drinking Water Standard Urban Water Supply Standard Core Objectives For direct drinking, emphasizing both safety and health. Ensuring the safety of domestic water and meeting the basic drinking water needs. Water Quality Indicators Stricter requirements for microbiological, chemical substance, and radioactive indicators. Covering conventional pollutants with relatively lenient limits. Microbiological Limit Values Total number of colonies ≤ 50 CFU/mL. Total number of colonies ≤ 100 CFU/mL. Turbidity Requirements ≤0.5 NTU ≤1 NTU Multi-stage filtration + deep purification (such as membrane separation, activated carbon adsorption, etc.). Flangco extends the product quality control to the production source. With the dust-free workshop manufacturing system, the risk of bacterial growth is eliminated. Through the integration of a high-quality supply chain, core components from leading suppliers in the industry are adopted to ensure the durability and stability of the equipment. This systematic safeguard builds a solid safety line at the production end and provides users with highly reliable products. Flangco's direct drinking water quality-differentiated supply equipment not only conforms to the policy orientation of "promoting high-efficiency water-saving technologies" in the National Action Plan for Water Conservation. Moreover, by reducing wastewater discharge and lowering the energy consumption per unit of water production (saving about 20% of energy compared with traditional processes), it provides hardware support for the sustainable development of the urban water supply system. Frank deeply integrates the Internet of Things and big data technologies into water quality management. Real-time Monitoring System Through the online water quality analyzer, key indicators such as residual chlorine and turbidity are dynamically tracked. Data is integrated and analyzed in the cloud, supporting early warnings for abnormal water quality and remote control and regulation of equipment. Thanks to the technical universality of Flangco's equipment, it has been widely applied in scenarios such as schools, hospitals, and commercial complexes, meeting differentiated demands. Campus scenario: Ensure the safety of drinking water and the stability of water supply in scenarios with a large concentration of students. Medical scenario: Reduce the risk of nosocomial infections through sterile water quality. Commercial scenario: With its characteristics of high-efficiency water conservation, it helps enterprises reduce costs and increase efficiency. Through technological innovation and full-link management, Flangco achieves meticulous protection from water source purification to end-user water consumption. In the future, we will continue to deepen the exploration of intelligent and energy-saving technologies to provide safer drinking water solutions for diverse scenarios. Flangco firmly believes that with the combined efforts of policy guidance, technological breakthroughs, and social collaboration, a drinking water safety system shared by the whole people will eventually become a reality. Responding to the needs of people's livelihood with the warmth of technology - this is Flangco's mission and also the inevitable path for the high-quality development of the water industry.
Comparison between the Standards of Direct Drinking Water and Urban Water Supply
Treatment Processes Conventional treatment (sedimentation, filtration, disinfection). Applicable Scenarios Direct drinking scenarios such as schools, hospitals, and commercial places. Non-direct drinking scenarios such as households and public facilities. Detection Frequencies Real-time online monitoring + high-frequency spot checks. Regular spot checks (for example, monthly/quarterly) 
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