Water quality is determined not only by the absence of harmful impurities, but also by its stability. Unstable water can cause corrosion of pipelines, formation of deposits and, as a result, deterioration of water quality and reduction in the service life of the infrastructure. One of the most common problems associated with water is the elevated iron content. In groundwater, iron is usually present in a divalent state, which requires its oxidation and subsequent removal using a variety of different filtration methods. However, even after the iron removal procedures are carried out, the water may still remain aggressive and require stabilization.

Our company offers comprehensive solutions for water stabilization treatment, including modern and traditional methods aimed at preventing corrosion and deposit formation. We develop and supply water stabilization plants integrated with iron removal systems and other water treatment technologies.

The choice of the optimal stabilization method, reagent type, dosage and process flow diagram is determined based on the analysis of the chemical composition of the source water, its aggressiveness, pipeline materials, operating conditions of the water supply system and water quality requirements. We take all factors into consideration in order to offer a customized solution that ensures maximum efficiency and durability of the system.

We guarantee stable supply of water that does not lead to corrosion or deposits, which allows us to significantly extend the service life of pipelines and equipment, reduce repair and maintenance costs, and ensure the high quality of the water supplied to the consumer. Our process engineering solutions are characterized by low operating costs, reliability, and high quality, which makes them the optimal choice for municipal and industrial water supply systems.