An oil and gas producer in Kazakhstan required a reliable supply of high-quality feed water for its steam boilers, which are essential to the production process. The available source water, taken from a nearby river, contained various contaminants including floating particles, bacteria, and viruses.

To ensure the efficient operation of the downstream reverse osmosis (RO) and electrodeionization (EDI) systems, it was crucial to remove these impurities during the pretreatment phase. Without adequate removal, these contaminants could damage the membranes, reduce system performance, and compromise the overall quality of the treated water. Therefore, a robust and effective water treatment solution was needed to deliver clean, consistent feed water suitable for high-pressure steam generation.