A large-scale environmental project aimed at improving the quality of industrial wastewater treatment is being implemented in Shymkent. One of the key stages of this project is the implementation of an automated wastewater monitoring system , which provides 24/7 monitoring of its composition and quality. This is a significant step toward modernizing the city's infrastructure and protecting the environment.

The project included the installation of two automatic analyzers designed to continuously measure BOD (biochemical oxygen demand), COD (chemical oxygen demand), pH, and the content of petroleum products and heavy metals in wastewater. These devices are capable of recording changes in parameters in real time, allowing for the immediate detection of any deviations from established standards.

In addition, preparations are nearing completion for the commissioning of a monitoring station and automated wastewater analysis system . These facilities will be located at industrial sites and in industrial zones where wastewater volumes are particularly high. They will allow monitoring of water resources not only after treatment but also during discharge from the plants.

The monitoring system is integrated into the overall management network, enabling automatic transmission of data on recorded violations to multiple recipients: the wastewater operator, relevant government agencies, and the company that exceeded permissible pollutant concentrations. This will enable a prompt response to any incidents, minimizing environmental damage and preventing potential emergencies.

The new system is being implemented with the participation of the testing laboratory of Su Resurstary-Marketing LLC , whose specialists conduct comprehensive water quality testing. The laboratory has already commissioned an automatic multifunctional water analyzer designed for rapid wastewater analysis based on four key parameters: COD, phosphate, ammonia, and nitrite levels. This equipment allows for reliable data to be obtained in minutes, a process that previously took several hours.

Data collected from the analyzers is accumulated in a single system and processed using specialized software. This ensures high measurement accuracy and transparent water resource monitoring processes . Monitoring results are automatically stored in a database, enabling the generation of monthly, quarterly, and annual reports for each industrial facility.

Furthermore, the system allows for monitoring pollution trends , identifying problem areas and facilities where maximum permissible limits are most frequently exceeded. Based on this information, preventative measures and recommendations for facilities are developed to reduce pollution and optimize technological processes.

One of the main advantages of automated monitoring is its independence from human error . Thanks to the high sensitivity of the sensors and the 24/7 operation of the equipment, the likelihood of measurement error is minimized. This increases the trust in the monitoring data among regulatory authorities, scientific institutions, and the public.

The project has a long-term perspective. In accordance with the National Project for the Modernization of the Energy and Utilities Sectors of Kazakhstan , fully automated drinking and wastewater analysis is planned for 2029. This will create a unified national monitoring system covering all regions of the country. As part of this project, the network of automated stations will be expanded, ensuring full coverage of all industrial enterprises and utilities.

In addition to the environmental benefits, the implementation of such technologies also has economic benefits. Automated analytical processes reduce laboratory testing costs , increase data processing speed, and alleviate staff strain. This will ultimately lead to lower costs for wastewater disposal and treatment services and improve management efficiency.

Special attention is being paid to training specialists capable of operating the new systems. Employees of utility companies and enterprises undergo specialized training in instrument calibration, data interpretation, and response to system signals . This will ensure the smooth operation of the equipment and prompt action when contamination is detected.

Environmentalists note that the implementation of automated monitoring will be a powerful tool in the fight to keep water resources clean. The system will significantly reduce unauthorized discharges, improve the quality of water bodies, and reduce the load on treatment facilities. This will ultimately lead to improved environmental conditions in Shymkent and the region as a whole .

Thus, the automated industrial wastewater monitoring system is not just a technological innovation, but a strategic step toward sustainable development. It combines modern technology, environmental responsibility, and cost effectiveness, making Shymkent a leader in smart environmental solutions.

Infrastructure upgrades, equipment modernization, and the introduction of innovative analytical methods all reflect the city's systematic approach to addressing environmental issues. And the results of this work are already visible: wastewater quality is improving, businesses are becoming more responsible, and the city is cleaner and more comfortable to live in.