ElectraMet

ElectraMet Revolutionizing Metal Recovery in Wastewater Treatment

We’re at GCVI Summit this week 👀Our CIO, Cameron Lippert, is in attendance March 24–26, and he's connecting with corpora...
03/25/2026

We’re at GCVI Summit this week 👀

Our CIO, Cameron Lippert, is in attendance March 24–26, and he's connecting with corporates, venture groups, startups, and innovators from across the ecosystem.

No stage this time around, just great conversations and a lot of momentum building behind the scenes.

If you’re there too, keep an eye out and come say hi.

This past weekend, some of the ElectraMet team did a little team outing for mind, body, and soul at the Special shout-o...
03/23/2026

This past weekend, some of the ElectraMet team did a little team outing for mind, body, and soul at the

Special shout-out to Paul Martin taking some great pictures of the event:
https://hubs.la/Q047WHsb0

03/02/2026

Here's our very own James Landon introducing ElectraMet's Alpha system designed to treat hydrogen peroxide and recover metals from semiconductor wastewater. Interested in learning more? Drop us a line on LI or reach out to us on our site.

Semiconductor investment headlines often focus on quarterly CAPEX swings.But inside a fab, the more important number is ...
02/13/2026

Semiconductor investment headlines often focus on quarterly CAPEX swings.

But inside a fab, the more important number is installed capacity.

As wafer starts accumulate, chemical throughput rises with them. More sulfuric acid. More hydrogen peroxide. More CMP copper moving through wastewater systems. Even when concentrations stay stable, total dissolved loading increases.

Under conventional precipitation, higher copper loading typically means more sludge and more hauling. As production scales, so do disposal costs.

ElectraMet systems approach this differently. As throughput rises, dissolved copper is selectively converted into solid copper rather than sludge, reducing hauling exposure while recovering material value.

Capacity growth magnifies consequences.
Infrastructure decisions determine whether those consequences compound cost or claw back value.

Read our latest blog:
https://hubs.la/Q0432LnV0

Copper demand is expected to grow through 2040 across infrastructure, manufacturing, and electrification.Forecasts alone...
02/11/2026

Copper demand is expected to grow through 2040 across infrastructure, manufacturing, and electrification.

Forecasts alone do not reduce risk. What matters is how much copper a facility must replace from the market.

Copper lost during operations, especially through wastewater, increases exposure to supply constraints and price volatility.

Facilities that reduce avoidable losses strengthen resilience without depending on market timing.

Forecasts describe what is coming. Operational discipline determines how exposed you will be.

Modern semiconductor fabs depend on copper far beyond what ends up in finished chips.Power systems, redundancy, and util...
02/09/2026

Modern semiconductor fabs depend on copper far beyond what ends up in finished chips.

Power systems, redundancy, and utilities infrastructure all rely on copper, and as fabs scale, so do copper losses through wastewater. That copper is usually treated for compliance and discarded.

As copper demand rises across multiple industries, retaining more copper already in use becomes part of building resilient manufacturing systems.

Understanding where copper is used and where it is lost matters more than ever.

Copper demand forecasts track mining, recycling, and end-use—but miss a critical variable: copper lost during manufactur...
02/03/2026

Copper demand forecasts track mining, recycling, and end-use—but miss a critical variable: copper lost during manufacturing.

Inside factories, dissolved copper exits systems quietly, increasing replacement demand without ever appearing in supply statistics.

As supply tightens, these hidden losses matter more than most models assume. Check out the comments to get access to our blog post.

01/21/2026

We’re proud to share that ElectraMet has been recognized as a Water Resilience Challenge winner at the World Economic Forum Annual Meeting 2026 in Davos.

The challenge, led by UpLink, highlights early-stage solutions strengthening water resilience across critical global industries.

ElectraMet was recognized for advancing water resilience in semiconductor manufacturing, where reliable water treatment, reuse potential, and risk reduction are increasingly essential.

We’re grateful to the World Economic Forum, UpLink, and the broader innovation community for recognizing the importance of resilient industrial water systems. 💧

AI isn’t just software. It’s physical infrastructure.Modern AI data centers require dense electrical distribution, exten...
01/14/2026

AI isn’t just software. It’s physical infrastructure.

Modern AI data centers require dense electrical distribution, extensive grounding, cooling systems, and backup power. All of it relies heavily on copper. Even as processors get more efficient, total copper demand continues to rise because reliability and redundancy are built into the facility itself.

As AI scales globally, copper is becoming a quiet constraint that planners can’t ignore.

Learn more about ElectraMet's copper reclamation technology:

https://hubs.la/Q03-MdHw0

Defense manufacturing is changing, and so is the role of copper.Modern defense systems rely on electrification, secure f...
01/12/2026

Defense manufacturing is changing, and so is the role of copper.

Modern defense systems rely on electrification, secure facilities, and resilient power infrastructure. These requirements significantly increase copper use per platform and per facility.

At the same time, copper demand from AI, energy, and infrastructure is accelerating. Supply growth is slow, and competition for material is increasing.

This makes copper management an operational issue, not just a purchasing decision.

The copper already inside manufacturing processes is becoming more valuable than many realize.

https://hubs.la/Q03-nQdJ0

For years, industrial wastewater was treated as a compliance issue. If metals were below limits, the job was done.That t...
01/07/2026

For years, industrial wastewater was treated as a compliance issue. If metals were below limits, the job was done.

That thinking no longer fits today’s reality.

Metal prices are volatile, supply is constrained, and recoverable metals continue to leave facilities every day through wastewater streams. This article explains why recovery now matters, where value is being lost, and why wastewater has become a strategic resource rather than just a disposal problem.

Read more here 👇

https://hubs.la/Q03ZTk410

Silver is becoming too valuable to waste.As prices rise and regulations tighten, treating silver-bearing wastewater pure...
12/29/2025

Silver is becoming too valuable to waste.

As prices rise and regulations tighten, treating silver-bearing wastewater purely for disposal means losing value every day. Modern recovery technologies now allow manufacturers to capture silver directly from wastewater, reducing treatment costs while turning waste streams into recoverable assets.

ElectraMet helps facilities recover silver efficiently and selectively, without adding chemicals or operational complexity.

Learn why waiting no longer makes sense.

👉 https://hubs.la/Q03Z6P990

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