FAQs of DM PLANT MANUFACTURERS IN HYDERABAD:
Q: How does the DM plant regeneration process work?
A: Our DM plants use co-current or counter-current regeneration methods, where strong acid cation and strong base anion resins are regenerated with appropriate chemicals. This ensures maximum ion removal efficiency while prolonging resin lifespan, resulting in consistent production of high-purity demineralized water.
Q: What are the main benefits of installing a DM plant from your Hyderabad facility?
A: Installing our DM plant brings several advantages: ultra-low TDS (<1 ppm), effective silica removal (<0.01 ppm), customizable flow rates, robust corrosion-resistant design, low noise operation (<70 dB), high efficiency (up to 98%), and compliance with ISO 9001:2015 standards. It is suitable for various applications like boiler feed, laboratories, pharmaceuticals, and chemical processing.
Q: When should I consider regenerating or replacing the ion exchange resin?
A: Typically, the resins service life is 23 years, depending on water quality and usage patterns. Regeneration is triggered when the treated waters quality drops (e.g., TDS rises or silica appears). Regular monitoring and timely regeneration/replacement maintain optimal plant performance.
Q: Where can the DM plant be installed and used?
A: Our DM plants can be installed on-site, as skid-mounted or containerized units, suitable for industries such as power plants, pharma, labs, and chemical manufacturing. They effectively treat water from different sources including borewell, municipal, ground, or process water.
Q: What pre-filtration is required for your DM plants?
A: A pre-filtration systemusually a sand filter or activated carbon filteris necessary to remove suspended particles and organic matter, protecting the ion exchange resins and ensuring optimal performance and longevity of the DM plant.
Q: How is the water quality monitored throughout the process?
A: Sample valves are provided at key points, allowing for direct water quality checks. The systems PLC-based or manual controls help monitor parameters like conductivity (water out: <0.1 S/cm), ensuring output meets stringent purity requirements.