09,18,2026 10 views
In order to actively promote the innovation and development of environmental monitoring technology and strengthen industry exchanges and cooperation, Shandong Tianhe Environmental Technology Co., Ltd. recently successfully held a special exchange meeting on online residual chlorine sensor technology. This conference attracted extensive participation from water treatment enterprises, environmental protection agencies, research institutes, and industry experts from all over the country, jointly discussing the latest progress, application practices, and future trends of online residual chlorine monitoring technology.
As a domestic enterprise in the field of environmental monitoring, Shandong Tianhe Environmental Technology has always been committed to the research and promotion of online water quality monitoring instruments. As a key equipment in water treatment and disinfection processes, the accuracy, stability, and intelligence level of online residual chlorine sensors directly affect water supply safety and sewage treatment efficiency. At the beginning of the meeting, the company's technical director delivered a keynote speech, systematically introducing the working principle of current mainstream residual chlorine sensors, covering traditional DPD colorimetric method, electrochemical method, and emerging optical method technology routes, and focusing on analyzing the advantages and disadvantages of various technologies and their applicable scenarios.
During the technology sharing session, Tianhe Environmental Technology showcased its independently developed high-precision online residual chlorine sensor series products. This series of products adopts advanced microprocessor technology and anti-interference design, featuring fast measurement, stable data, and easy maintenance. Especially under complex water quality conditions, sensors effectively enhance long-term reliability through intelligent temperature compensation and automatic cleaning functions. In addition, the new product also integrates an IoT communication module that supports remote real-time monitoring and data analysis. It can achieve centralized management at multiple locations through a cloud platform, greatly facilitating the intelligent operation of water plants.
In the subsequent case study section, several frontline engineers from water companies and industrial wastewater treatment plants shared their practical application experience. They elaborated on the installation, commissioning, daily maintenance, and troubleshooting points of online residual chlorine sensors in multiple scenarios, including circulating cooling water, municipal water supply, swimming pool water quality management, and medical wastewater disinfection, based on specific projects. The attendees had a lively discussion on common technical challenges such as sensor drift correction, electrode life extension, and low concentration measurement accuracy. The technical support team of Tianhe Company also answered questions on site and provided many practical solutions.
The conference also specially set up an interactive experience area, allowing attendees to operate and evaluate different types of sensor devices up close. Through hands-on testing and comparison, everyone has gained a more intuitive understanding of the performance of the new product, and many users have expressed their intention to cooperate on-site. Experts attending the meeting generally believe that with the continuous improvement of environmental standards and the acceleration of smart water construction, online residual chlorine monitoring technology will develop towards higher accuracy, lower power consumption, and stronger compatibility. The independent innovation and quality improvement of domestic sensors are of great significance for ensuring national water environment security.
This technical exchange meeting not only provides a valuable knowledge sharing platform for industry colleagues, but also further demonstrates the responsibility and commitment of Shandong Tianhe Environmental Technology in promoting the progress of environmental monitoring technology. The company stated that it will continue to increase research and development investment, deepen industry university research cooperation, continuously improve its product line, provide customers with more advanced and reliable overall solutions for water quality monitoring, and contribute to the sustainable development of China's environmental protection industry.
