GIECL, a reputable manufacturer and supplier of Industrial RO Plants in India, provides high-precision Semiconductor Water Plants specifically designed to fulfill the ultra-pure water requirements of semiconductor and microelectronics manufacturing. The highest degrees of filtration and purity needed for chip fabrication, wafer washing, and cleanroom operations are offered by our systems.
Borewell, Municipal Supply, Surface Water (pre-treatment as required)
Instrumentation
Digital Conductivity Meter, TOC Analyzer, Flow Meters, ORP, pH Monitoring
Skid Mounting
SS Frame / Powder-Coated Skid / Containerized System
Operating Temperature
5°C to 45°C
FAQs –Semiconductor water plant
1. What is a Water Plant Semiconductor?+High-purity water treatment systems called semiconductor water plants are made to create ultra-pure water (UPW), which is utilized in cleanroom, semiconductor, and microelectronic applications. All dissolved salts, TOC, silica, germs, and other particles that could obstruct delicate electronic manufacture are eliminated.
2. Why is the production of semiconductors dependent on ultra-pure water?+Because even minute impurities can harm semiconductor wafers, result in defective chips, or cause circuit faults, ultra-pure water is crucial. During fabrication, UPW's 18.2 MΩ•cm resistivity guarantees safe etching, cleaning, and rinsing.3. What levels of water purity is the Semiconductor Water Plant at GIECL capable of achieving?+With conductivity < 0.055 µS/cm, resistivity up to 18.2 MΩ•cm, and TOC levels below 50 ppb, GIECL's systems provide ultra-pure water that satisfies ASTM and SEMI requirements.4.What is the available capacity range?+Systems from 500 LPH to more than 20,000 LPH are available from us. Being a top producer and supplier in India, we offer specially made plants according to your requirements and factory size.5.Is the system totally automatic?+Yes, our Semiconductor Water Plants are equipped with PLC + HMI based automation, with optional SCADA for remote monitoring and control, ensuring 24/7 consistent water quality.
