BlueGen Water partners with industrial clients to meet their water treatment needs for usage, reuse, or discharge in compliance with regulations and sustainability goals. Our solutions minimize waste generation and handle a wide range of impurities, water evaporation, and plant management. The result is efficient removal of impurities and contaminants, enabling water reuse or safe discharge alongside operational success.
With a focus on high water recovery and minimal waste, BlueGen Water effectively removes dissolved solids, metals, and pollutants without creating concentrated brines. Our expertise extends to industries like power generation, where cooling, boilers, consume substantial amount of water. We provide tailored solutions for on-site treatment, reuse compliance, selective removal, and cost-effective brine management.
Experience high water recovery, eco-friendly solutions, and expert support with BlueGen Water. Our low waste, simple operation, and cost-effective approach make us the perfect long-term partner for industrial water treatment.
BlueGen Water partners with industrial clients to meet their water treatment needs for usage, reuse, or discharge in compliance with regulations and sustainability goals. Our solutions minimize waste generation and handle a wide range of impurities, water evaporation, and plant management. The result is efficient removal of impurities and contaminants, enabling water reuse or safe discharge alongside operational success.
Nitrate contamination in groundwater, primarily stemming from the widespread use of fertilizers in rural areas, poses a significant concern for public health, with links to conditions such as methemoglobinemia, commonly known as "blue baby" disease, and potential carcinogenic effects as per recent research findings.
The 120 MW Power Station operated by OPC Energy plays a vital role as an essential energy provider, requiring a daily water capacity of 2,400 m³. Its primary objective is to fulfill the electricity and steam requirements of a large-scale paper mill, which annually produces 430,000 tons of paper, while ensuring dependable energy supply to end-users throughout Israel.
The Yerevan Power Station, a 250 MW combined cycle power plant (CCPP) with a capacity of 2 x 96 m³/day demineralized water, constructed by Siemens Energy, completed within a remarkable project duration of less than 9 months, even during the challenges posed by the COVID-19 pandemic. Recognizing the crucial importance of efficient water treatment, the Yerevan Power Station aimed to support its operations in providing a reliable generation to power source for the city’s population and beyond.
In 2009, Ashdod Oil Refinery embarked on a project to construct a second power plant, CO-GEN 2, equipped with a dual-fuel fired 60MW Gas Turbine Generator and an Energy Recovery Heat Exchanger. A critical component of this initiative was the establishment of a new deionized water plant to serve the turbine’s water injection system and meet the refinery’s internal needs. The plant aimed at producing treated and demineralized water, vital for boosting power generation efficiency and reducing NOx emissions.
JSC “Farg’onaazot,” one of the largest chemical enterprises in Asia specializing in ammonium nitrate and urea production, faced decreased production capacities and frequent maintenance issues due to outdated water treatment facilities originally constructed in the 60s and 70s. In response to these challenges, the company, with support from the World Bank, initiated a project for the complete modernization of its water treatment system in 2016.
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