Water is one of the most important natural resources that sustains life on Earth. It also plays a significant role in industry, where it is used in manufacturing operations, cooling systems, the purification and processing of raw materials, and in energy production. For the manufacturing sector, water is an integral part of technical processes. Globally, industry consumes approximately 20% of all water resources.

However, water consumption continues to grow year after year. Therefore, the rational and efficient use of water resources is a crucial task today – not only for industrial development but also for ensuring environmental sustainability. In accordance with the Cabinet of Ministers Resolution on equipping underground water intake structures with water meters, a number of significant measures are being implemented at the copper processing plant of Almalyk Mining and Metallurgical Complex.

Particularly, pumping units and modern Ultramer water flow meters have been installed on 12 of the plant's 23 operating underground pipelines. The remaining 11 pipelines have been switched to backup operation.

As reported by Jahongir Abdunazarov, Deputy Chief Power Engineer of the copper processing plant, installation of Ultramer meters, which provide precise monitoring of groundwater flow, began in June 2025. These meters are currently being equipped with wireless devices that enable real-time data transmission to a centralized monitoring system.

The main purpose of the underground water meters is to monitor groundwater leaks (seepage) into the underground parts of the buildings and structures of the CPP, as well as for cooling, process control, and the prevention of malfunctions in the lubrication system of the mill unit's pumping equipment.

Previously, water consumption was calculated based on the number of pump operating hours. This method did not provide the required accuracy of the data and did not allow for full monitoring of the efficient use of water resources.

The installed meters are equipped with digital technology and are characterized by high measurement accuracy, simplicity, and ease of calculation. All this contributes to the rational use of valuable water resources, reducing labor costs and saving staff time.

As part of a collaboration between the copper processing plant and the Industrial Water Supply Department, a visual software system for monitoring water reservoir levels was developed. Today, it effectively prevents water overuse and allows for prompt response to deviations from standard levels.

In conclusion, it is worth emphasizing: every industrial enterprise must recognize its responsibility for preserving water resources and consistently implement modern, environmentally efficient technologies. After all, careful use of water is our shared duty to future generations.

Information Service