70m3/H Ultra Pure Water Equipment Secondary RO For Touchscreen Industry

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December 12, 2025
Category Connection: Ultrapure Water Equipment
Brief: Follow the narrative to see how small design choices affect everyday performance in this walkthrough of the 95m³/H Ultra Pure Water Equipment. This video demonstrates the advanced multi-stage purification process, from pretreatment to terminal ultrafiltration, specifically engineered for nuclear power plant boiler feed water. You will learn how extreme purity, multiple safety barriers, and cutting-edge technologies like online boron monitoring ensure reactor control efficiency and radiation protection safety.
Related Product Features:
  • Produces 95 cubic meters per hour of ultra-pure water for nuclear power plant boiler feed water.
  • Employs a multi-stage process including double-stage RO, membrane degassing, and mixed bed polishing.
  • Utilizes nuclear-grade resin and high-temperature refinement up to 200°C for extreme purity.
  • Features a boron adsorption column with specific resin for regulated boric acid concentration.
  • Achieves critical parameters like conductivity ≤0.1 μS/cm and dissolved oxygen <5 ppb.
  • Incorporates cutting-edge technologies such as online boron monitoring and intelligent control.
  • Uses radiation-resistant materials to enhance system durability and safety.
  • Ensures a desalination rate greater than 99.7% for optimal reactor performance.
Faqs:
  • What is the production capacity of this ultra-pure water equipment?
    This system is designed to produce 95 cubic meters per hour of ultra-pure water, making it suitable for high-demand applications like nuclear power plant boiler feed water.
  • What water quality standards does this equipment meet for nuclear applications?
    It meets stringent pressurized water reactor standards, including electrical conductivity ≤0.1 μS/cm, chloride ions ≤5 ppt, dissolved oxygen <5 ppb, and a desalination rate exceeding 99.7%.
  • What is the purpose of the boron adsorption column in the purification process?
    The boron adsorption column uses specific resin to regulate the concentration of boric acid (H₃BO₃), which is critical for reactor control and safety in nuclear power plants.
  • What information is needed to get a proper quotation for this system?
    To receive a quotation, please provide the raw water source (e.g., tap, well, or sea water), a water analysis report (TDS, conductivity, etc.), the required production capacity, and the intended use of the pure water.