Xinjiang will comprehensively improve water treatment technology during the 12th Five-Year Plan period

Recently, it was learned from the Xinjiang Uygur Autonomous Region scientific and technological department that during the “12th Five-Year Plan” period, Xinjiang will comprehensively improve the level of industrial water-saving technologies, industrial wastewater treatment technologies, and resource utilization technologies.

During the "Twelfth Five-Year Plan" period, Xinjiang science and technology departments will closely rely on domestic and foreign scientific and technological resources, adopt scientific and technological planning projects, build research and development bases, build service systems, cooperation within and outside Xinjiang, cooperation between production and research, technology transfer and transformation, industrial technology innovation strategic alliance Other measures include accelerating the research and development of water treatment technologies, introducing digestion, absorption and re-innovation, accelerating the transformation and popularization of scientific and technological achievements, and comprehensively improving the technological level of industrial water-saving technologies, industrial wastewater treatment technologies, and resource utilization technologies in Xinjiang.

According to reports, Xinjiang has an urgent need for water-saving technologies, wastewater treatment technologies, and resource utilization technologies in the aspects of oil extraction, petrochemicals, coalification, textiles, and deep processing of agricultural and sideline products, particularly in the fields of coal chemical and beneficiation, and tomato processing and beet making. Traditional industries such as sugar, starch processing, fruit processing, and oil production urgently need to develop advanced and practical water treatment technologies.

It is reported that during the "12th Five-Year Plan" period, Xinjiang will focus on the development of high-ammonia nitrogen wastewater treatment technologies and devices, oil recovery wastewater treatment and reinjection technologies, high salt-containing wastewater treatment technologies and technologies, industrial circulating water efficient low-consumption filtration technologies and equipment, and high efficiency. Development of water treatment chemicals, new composite flocculant concentration, high chroma printing and dyeing wastewater treatment technologies, and industrial cooling water reuse technology during production.