The integrated Ultrafiltration (UF) + Reverse Osmosis (RO) + Electrodeionization (EDI) process is a definitive technological chain designed for one primary outcome: the reliable, continuous, and chemical-free production of Ultra-Pure Water (UPW). This is not a general water recycling process.

This project involved the design, supply, and installation of a specialized 24 m³/hr water purification system in Malaysia. The system was engineered to address the need for consistent and safe water supply, particularly in scenarios where traditional infrastructure was either insufficient or required swift augmentation. Utilizing advanced nanofiltration (NF) membrane technology, the solution ensured high-quality potable or process water, meeting stringent local and international water safety standards.

This project involved the supply and commissioning of a high-capacity ultrafiltration system designed to treat river water for municipal use in Russia. The system was engineered to deliver reliable, high-quality filtration under demanding operational conditions, addressing critical needs for both speed of implementation and long-term supply security.

This project encompassed the design, installation, and commissioning of a fully integrated boiler feed water treatment plant for a critical industrial facility in Russia. The system guarantees a continuous supply of high-purity softened water, which is essential for maintaining the operational efficiency and safety of standard industrial boilers.

This project involved the design, supply, and construction of a high-capacity boiler feed water treatment plant in Russia. The primary objective was to provide a continuous and reliable supply of pure softened water, critical for protecting high-pressure boiler systems from scaling and corrosion, thereby ensuring operational safety and maximizing energy efficiency.

This project entailed the deployment of a 1,200 m³/day (50 TPH) containerized biological treatment plant in Russia, engineered to overcome the logistical and operational challenges of remote, cold-climate installations.