About Industrial DM Plant
Ever since the inception, we have been devoting immense attention toward manufacturing and supplying an utmost assortment of Industrial DM Plant. Manufactured using quality materials and modern technology, these plants have cation and anion exchange resin for effective removal of the mineral salts from the water. Our Industrial DM Plant is used in various industries of beverages, food processing, mineral water, cooling tower and paper mills. We lay prime emphasis on the packaging of these plants for safe transit at clients premise.
Features:
- Simple operation
- Zero maintenance
- Rugged construction
Specifications:
- One set of regeneration equipment including hydraulic ejectors, acid & alkali tanks
- One set of frontal pipe work & valves
- One mild steel base frame for mounting cation & anion units
- One conductivity meter to monitor treated water quality
- Maximum flow rate: 10 Ltrs/hr to 250000 Ltrs/h in standard plants
- Treated water conductivity: Less than 10 microsiemens/cm with ph of 7.5 to 8.5 at Two Bed DM Plant outlet
- Treated water conductivity: Less than 1 microsiemens/cm with ph of 6.5 to 7.5 at Mix Bed DM Plant outlet
- Mild steel pressure vessels internally lined with rubber/FRP provided with internal fittings and initial charge of cation and anion exchange resin
Advanced Water Treatment TechnologyUtilizing high-grade ion exchange processes, our DM Plant achieves water purity levels up to 99%. The inclusion of pre-treatment sand and carbon filters ensures particulate and organic removal before deionization, safeguarding the entire system for long-term reliability. PLC-based and manual control options allow seamless adaptation to site-specific needs.
Customizable & Robust DesignFrom blue to custom coatings, the plant can be tailored in color, material (SS/FRP), and capacity (50050,000 LPH). Skid-mounted installations simplify on-site setup, while electric centrifugal pumps ensure low-noise, high-efficiency operation. Each unit is built per ISO standards and can be adapted for borewell or municipal supply sources.
FAQs of Industrial DM Plant:
Q: How does the Industrial DM Plant achieve such high water purity?
A: The system utilizes ion exchange technology with strong acid cation and strong base anion resins, combined with efficient pre-treatment through sand and carbon filters. This multi-stage approach ensures the water output maintains conductivity below 1 S/cm, with contamination and mineral content effectively reduced.
Q: What industries typically use this DM Plant, and why?
A: Industries such as power plants, pharmaceuticals, chemical manufacturing, and food processing employ this DM Plant for boiler feed, cooling towers, and process water due to its ability to deliver high purity, corrosion-resistant water, helping extend the life of equipment and ensure product quality.
Q: When is regeneration of the resins required, and how is it managed?
A: Resin regeneration depends on the plants water usage and feed water quality. The system can be set for either automatic or manual regeneration modes, customizable through the PLC control for continuous, hassle-free operation or user-initiated cycles.
Q: Where can the DM Plant be installed, considering different site needs?
A: Our plant is designed for both indoor and sheltered outdoor installation, with customizable dimensions, materials, and mounting options (including skid-mounted), making it suitable for various industrial environments and available space constraints.
Q: What is the installation process, and how long does it take?
A: Installation starts with a site assessment, followed by customization as per requirements. Skid-mounted design and standardized components typically allow for quick assembly and commissioning, usually completed within a few days after delivery.
Q: How does the plant support environmental sustainability?
A: With a recycle rate of up to 95%, the plant minimizes wastewater discharge and supports water conservation efforts. Efficient operation and low noise further reduce environmental impact, complying with industry sustainability standards.