Water Treatment Solutions for the Electronics & Semiconductor Industries

Achieve the highest water purity, reduce costs, and ensure compliance with advanced treatment technologies

 

The manufacturing of semiconductors and electronic devices demands substantial volumes of ultrapure water (UPW) and results in significant wastewater production. At IDE Technologies, we specialize in providing water treatment solutions tailored specifically to the unique requirements of the semiconductor and electronics industries. Our cutting-edge technologies and innovative approaches meet the exceptionally stringent standards of these sectors.

IDE's Unique Benefits for Semiconductors

IDE’s advanced water treatment technologies are designed to help data centers operate more efficiently, comply with sustainability mandates, and minimize their freshwater dependency. Each solution supports reliability, uptime, and regulatory compliance, all while reducing environmental impact.

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Tackle key challenges simultaneously, including PFAS removal
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Achieve some of the industry’s best recovery rates
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Optimize site water management for cost-effective operations
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Leverage advanced technologies for sustainability goals

Reduce risk, timelines, and cost with MPD for semiconductor FABs

IDE’s modular prefabricated design (MPD) platform provides simple and flexible designs. With our MPD prefabricated modules, all manufacturing and pretesting work is completed at off-site workshops with a highly controlled QA/QC environment, minimizing on-site work and ensuring the highest manufacturing standards. 

This economical solution significantly reduces installation time by up to 70% and offers considerable CAPEX savings. The design involves highly pre-engineered and pre-assembled modules, which minimize costly on-site installation time.

IDE Solutions for Semiconductor Facilities

Standard Reverse Osmosis (RO) and Filtration Systems

We provide RO and filtration systems (GAC, UF, Sand Filters) to handle diverse water streams within semiconductor manufacturing processes.

Specialized Treatment for Complex Streams

For streams requiring specific treatment (such as CMP, ammonia waste, HFW plating, scrubber), we utilize a specialized treatment chain involving UF and PFRO technologies with clarifiers, focusing on reuse, reclaim, and recycle strategies.

High Recovery Reclaim Technologies

Our proprietary MaxH2O PFRO and MaxH2O Desalter systems deliver exceptional recovery rates above 90%, reduce chemical usage, enhance water reuse, lower water footprints, and facilitate efficient Zero Liquid Discharge (ZLD) implementation.

 

Biological Treatment with MBR (Membrane Bioreactor)

We integrate MBR technology to efficiently treat various streams, preparing them for subsequent treatment stages.

 

Zero Liquid Discharge (ZLD) Solutions

Essential for regulatory compliance and sustainability, our ZLD solutions, including the MaxH2O Desalter, ensure minimal environmental impact.

Meet PFAS requirements
Protect water quality, meet regulations, and implement sustainable PFAS removal with proven, high-performance technologies
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Comprehensive PFAS Removal with Reverse Osmosis

IDE offers reverse osmosis (RO) because it is the most effective commercial technology for removing short-chain PFAS from drinking water and industrial wastewater. Our complete treatment solutions – from pre-treatment through polishing – also remove a wide range of other contaminants, delivering reliable results tailored to your specific water quality needs.

 

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Achieve Over 90% Recovery with IDE’s MAXH₂O Technologies

Water recovery for PFAS removal is influenced by various factors like feed water quality, discharge limitations, and permeate requirements. IDE’s high-recovery MAXH₂O systems overcome these challenges, achieving >90% recovery while concentrating PFAS for easier destruction. These systems support compliance with local disposal regulations and enable the safe discharge of treated water post-PFAS removal.

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Follow Industry Standards and Benefit from Extended Membrane Life

IDE’s systems follow industry-standard CIP (Clean-in-Place) procedures but require fewer cleaning cycles thanks to MAXH₂O’s optimized design. This reduces chemical usage and operational downtime, extends membrane lifespan, and allows for cleaning solution reuse, improving both sustainability and cost-efficiency.

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ZLD Design for Minimal PFAS Air Emissions

To limit PFAS release into the air, our ZLD designs operate at the lowest feasible temperatures and comply with local emission monitoring and regulatory standards.
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Benefit from IDE's Technologies And Their Uniqueness


  • High recovery rates above 90%;
  • Reduced OPEX and CAPEX compared to conventional solutions;
  • Modular design capability to reduce installation time, risk and costs;
  • End-to-end water treatment from pre-treatment, through membrane solutions up to Zero Liquid Discharge (ZLD).

Learn More on Water Treatment Solution for Semiconductor Facilities

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