Semiconductor

Stabilize complex semiconductor wastewater and protect fab uptime.

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Semiconductor fabs operate with evolving chemistries, expanding toolsets and strict reliability requirements that can push conventional wastewater systems beyond their design limits.

Membrion’s Electro-Ceramic Desalination (ECD) powered solutions stabilize complex wastewater streams so fabs can expand capacity, maintain discharge compliance and recover valuable materials without compromising operational reliability.

Industry challenges

Semiconductor fabs must adapt wastewater treatment to evolving processes and expanding production within tightly constrained infrastructure, where reliability requirements leave no room for operational disruption.

01

Evolving tool chemistries

New semiconductor processes continually introduce new chemistries into fab wastewater streams. Even small shifts in process chemistry can destabilize conventional treatment systems that were designed for earlier operating conditions. ECD helps fabs adapt treatment to evolving wastewater conditions while maintaining stable performance as process chemistries change.

metals removed from wastewater

reduction in variability

years treating plating wastewater

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02

Production expansion strains wastewater infrastructure

As fabs add tools and increase production capacity, wastewater flows and contaminant loads rise. Systems originally designed with N+1 reliability margins can quickly approach operational limits as expanding demand encroaches on available treatment capacity. ECD helps fabs support production growth while maintaining reliable wastewater treatment performance.

increase in wastewater processing capacity

treatment capacity per square foot

increase in resin lifetime

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03

Infrastructure upgrades cannot interrupt fab operations

Wastewater treatment improvements must often occur within limited plant space and without impacting production uptime. Conventional system upgrades can be difficult to deploy without disrupting operations or introducing new operational complexity. ECD solutions integrate within existing infrastructure through a compact footprint, enabling treatment improvements while protecting fab uptime.

compliance over two years

less pre-treatment required

disruption during installation

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ECD solutions for Semiconductor

ECD solutions help semiconductor fabs stabilize complex wastewater streams while enabling production expansion, maintaining discharge compliance and supporting recovery of valuable materials.

Capacity expansion

As semiconductor fabs add tools and increase production capacity, wastewater infrastructure can become a hidden constraint on growth.

Membrion’s ECD-powered solutions concentrate dissolved salts and metals into a smaller volume, reducing the load on downstream treatment systems. This creates operational headroom, allowing existing infrastructure to process higher wastewater volumes without major expansion.

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Discharge compliance

Semiconductor wastewater streams can vary significantly as process chemistries evolve.

Membrion’s ECD-powered solutions target and separate metal ions, using an electrical field to automatically adapt to changing concentrations. This stabilizes treatment performance and helps maintain predictable discharge compliance under strict regulatory requirements.

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Metal recovery

Semiconductor wastewater streams often contain dissolved metals such as copper, nickel, silver and other process metals that are typically too dilute for efficient recovery.

Membrion’s ECD-powered solutions isolate and concentrate these metals into a controlled stream, enabling their recovery as solid metals for reuse. This helps fabs reclaim valuable materials while improving management of metal-bearing wastewater.

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ECD solutions

Membrion’s ECD-powered solutions help facilities increase water recovery, support ZLD strategies, stabilize discharge performance and unlock wastewater capacity within existing treatment systems, often while reducing treatment complexity.

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ECD technology

Most treatment systems work like coffee filters, trapping contaminants until performance declines. Electro-Ceramic Desalination works more like a kidney, continuously separating dissolved salts and metals so treatment performance becomes adaptable even in demanding wastewater conditions.

Resources

Explore Membrion resources to gain insights on solving complex water challenges.