SAMCO Technologies

The SAMCO team heads to New Orleans for WEFTEC 2026 later this week.

If you're attending and want to talk industrial wastewater treatment, water reuse, ZLD, or process water treatment for power, mining, or semiconductor applications — let's connect.

Find us on the floor or send us a message to set up time.

→ https://hubs.ly/Q04xZX2l0

Last week, the SAMCO team attended UltraFacility 2026 in Phoenix for the first time.

1,000+ attendees. Intel, NVIDIA, Micron, GlobalFoundries, Samsung and more. A highly technical program centered on water, wastewater, reuse, and facility sustainability for semiconductor and advanced manufacturing.

Three themes dominated: Speed. Scale. Standardization.

More in our upcoming LinkedIn newsletter.

→ https://hubs.ly/Q04xZTVG0

Semiconductor Wastewater Treatment | SAMCO Technologies SAMCO offers advanced semiconductor wastewater treatment solutions and custom systems that improve product quality, boost plant productivity, extend equipment life, reduce waste costs, and ensure regulatory compliance.

The SAMCO team heads to Phoenix tomorrow for UltraFacility 2026.

If you're attending and working on UPW system design, wastewater reuse, or ZLD requirements for a semiconductor or microelectronics facility, we'd like to connect. Find us on the floor or send us a message to set up time.

→ https://hubs.ly/Q04xtKrW0

Did you know SAMCO publishes two newsletters?

Our monthly newsletter covers industrial water and process treatment topics for EPC firms and plant engineers, project highlights, technology insights, and industry trends across power generation, semiconductor, mining, and more.

Our Aftermarket Parts and Service newsletter is built for facilities with active treatment systems; maintenance updates, parts availability, service tips, and support resources to keep your system running at specification.

Both are free. Subscribe now at https://hubs.ly/Q04wWv2l0.

When a major U.S. power producer set out to build and repower a series of natural gas combined-cycle plants across the Gulf Coast and Central U.S., they needed a demineralized water treatment solution that could be replicated reliably across multiple sites, on aggressive construction schedules, across a large geographic footprint.

SAMCO developed a standardized DWTS design built around ultrafiltration, double-pass reverse osmosis, electrodeionization, and PEDI polishing, sized to each site's turbine configuration and proven across successive awards in the program.

The same EPC partner has engaged SAMCO on a recurring basis as the fleet continues to expand. That kind of repeat selection doesn't happen by accident.

One additional detail worth noting: the systems are designed to support turbines capable of burning natural gas today and hydrogen in the future. Engineering for where the grid is going, not just where it is.

→ https://hubs.ly/Q04wWnTH0

samcotech.com

WEFTEC 2026 is four weeks out — and it remains the largest water quality conference and exposition in the world.

For industrial water and process treatment, WEFTEC is where the full spectrum of the industry converges: municipal and industrial, technology suppliers and end users, regulatory bodies and engineering firms.

SAMCO will be in New Orleans for WEFTEC this September. If you're attending and want to talk industrial wastewater treatment, water reuse, ZLD, or process water treatment for power, mining, or semiconductor applications — we'd like to connect.

→ https://hubs.ly/Q04vcmqw0

Ultrapure water for semiconductor manufacturing isn't a single technology, it's a system, and every component has to perform.

SAMCO engineers UPW makeup systems, reclaim and polishing systems, and precision wastewater treatment for semiconductor and microelectronics facilities, from greenfield builds to in-line retrofits.

The goal isn't just hitting purity standards at startup. It's maintaining them reliably across high-throughput production environments where uptime is non-negotiable.

Every SAMCO semiconductor system is engineered to the specific process requirements of the facility, not adapted from a general industrial design.

→ https://hubs.ly/Q04v4WJl0

Three weeks out from UltraFacility 2026 in Phoenix, and the agenda reflects where semiconductor facility engineering is heading.

Ultrapure water system design. Wastewater treatment and reuse. Near-total water recovery for next-generation fabs. These aren't peripheral topics at this conference, they're core to how semiconductor manufacturing facilities are being designed and operated right now.

SAMCO will be at UltraFacility this September. If your team is working on UPW system design, wastewater reuse, or ZLD requirements for a semiconductor facility - current project or early design - we'd like to connect in Phoenix.

→ https://hubs.ly/Q04v4JRr0

Mining operations face some of the most complex water compliance environments in industrial processing, and the regulatory pressure is only increasing.

Discharge limits for metals, total dissolved solids, and pH are tightening. Water use restrictions in arid mining regions are getting stricter. And environmental permitting for new operations increasingly requires a demonstrated water management plan before a project can move forward.

The water treatment challenge in mining isn't just about compliance at the back end, it's about designing a system that handles the full range of site conditions: variable feed chemistry from different ore bodies, high TDS concentrations, process water recovery, and the operational demands of a remote site with limited chemical handling infrastructure.

SAMCO has designed water treatment systems for mining and metals operations across precious metals, base metals, and mineral recovery applications. The engineering approach starts with the specific chemistry of the site, not a standard mining template.

If your team is evaluating water treatment for a new mining project or an existing operation facing tightening compliance requirements, we'd like to be part of that conversation.

→ https://hubs.ly/Q04stPVk0

Semiconductor manufacturing is one of the most water-intensive industrial processes in the world, and increasingly, the water that enters a fab needs to leave it in a form that can be reused, not discharged.

Near-total water reuse and zero liquid discharge are moving from sustainability goals to operational requirements for new and expanding fab construction. The drivers are converging:
→ Municipal water supply constraints in semiconductor manufacturing regions
→ Tightening discharge permits that limit what can be released to the sewer
→ Competition with data centers for available water in the same geographies
→ Advanced node manufacturing processes that generate wastewater streams with chemistry unlike anything in conventional industrial treatment

SAMCO designs wastewater treatment and reuse systems for semiconductor facilities; integrating membrane separation, biological treatment, ion exchange, and ZLD where recovery targets require it. Every system is engineered to the specific wastewater chemistry of the fab, not adapted from a municipal or general industrial design.

If your team is working on fab wastewater requirements for a greenfield build or expansion, the engineering conversation should start early.

→ https://hubs.ly/Q04stKn30