SAMCO Technologies

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

Industrial water treatment doesn't get the attention of consumer technology. But the systems SAMCO engineers are behind the processes that produce the energy, materials, and products that everything else depends on.

The water treatment system keeping a power plant's boilers running. The ultrapure water system enabling a semiconductor fab to produce chips. The wastewater system keeping a mining operation in regulatory compliance.

None of that happens without the engineers who designed, built, and commissioned those systems.

If you want to work on problems that actually matter — and see the physical result of your engineering in the field — SAMCO is hiring.

→ https://hubs.ly/Q04rHtkP0

Natural gas. Combined cycle. Nuclear. Carbon capture. Hydrogen. The energy mix is shifting — but water treatment requirements don't go away regardless of fuel source.

Every power generation technology has water-intensive systems built into the process: boiler makeup, cooling water, condensate return, wastewater treatment, ZLD. The specific chemistry and performance targets change depending on the technology — but the need for an engineered water treatment solution doesn't.

What changes as the energy mix evolves:
→ New fuel sources introduce feed water chemistries without established industrial precedent
→ Regulatory requirements for zero or near-zero liquid discharge are tightening across the board
→ EPC firms are designing systems they haven't built before — which means the water treatment engineer needs to be at the table earlier
→ Performance failure has higher consequences when the system is a first-of-kind

SAMCO has delivered water treatment systems across the full range of power generation applications — conventional and emerging. The engineering approach is the same regardless of fuel source: start with the chemistry, design to the performance target, build to the EPC schedule.

→ https://hubs.ly/Q04rHdtD0

A chemical manufacturer faced a supply chain crisis: the sole North American supplier of a critical process input had shut down, threatening a full product line shutdown.

SAMCO delivered a custom RO system that addressed both the supply chain gap and the facility's boiler makeup water needs — two problems, one engineered solution, on a timeline that kept operations running.

Working with the EPC and process engineers, SAMCO specified the correct treatment process based on source water quality and required effluent quality. A single RO plant served both the process water needs and boiler makeup for the high-pressure boilers — reducing cost, footprint, and OPEX for the new plant.

This is the kind of problem SAMCO was built for: high stakes, a solution that has to be right the first time, and a team that moves quickly without cutting corners.

→ https://hubs.ly/Q04r0wYd0

The energy transition is accelerating, and water is at the center of it.

Hydrogen production, carbon capture and storage, battery manufacturing, lithium extraction — each of these emerging energy applications has significant water treatment requirements built into the process. Requirements that are often more complex than conventional industrial water treatment, and less standardized.

A few things that set emerging energy water treatment apart:
→ Feed water chemistries that don't match existing industrial precedents
→ Performance targets tied directly to product quality and process yield
→ Facilities being designed now, with water treatment specs still being written
→ EPC teams who need an engineering partner, not a catalog supplier

SAMCO has been engaged on water treatment systems for hydrogen, carbon capture, and lithium processing projects; applications where the engineering has to be developed for the specific process, not adapted from a template.

If your team is working on an emerging energy project with water treatment requirements, we'd like to be part of that conversation early.

→ https://hubs.ly/Q04r0LWV0

A system delivered is the beginning of the relationship — not the end.

Industrial water and process treatment systems operate continuously. When something needs attention, response time matters.

SAMCO's aftermarket services are built around the installed base we've delivered over 50+ years: replacement parts, consumable components, off-site resin regeneration, remote monitoring support, and on-site service technicians.

For facilities running SAMCO-designed systems — or systems originally supplied by others — our team can provide parts, service, and engineering guidance to keep operations running at specification.

→ https://hubs.ly/Q04q1CxK0

Semiconductor manufacturing is one of the most water-intensive — and water-sensitive — industrial processes in existence.

Ultrapure water for chip fabrication must hit sub-ppb purity thresholds. Trace contamination at the wrong process stage can compromise an entire batch. And the water system has to run continuously — a 24/7 production environment doesn't schedule around equipment downtime.

What makes UPW design for semiconductor fabs uniquely demanding:
→ Extreme purity targets (

On July 16, SAMCO hosted 27 high school incoming seniors, University at Buffalo graduate students, and professors for our annual Chem-E Camp — and it was one of the best yet.

The day included:
→ A presentation on physical filtration from Dan Lord
→ A live demo of the CerMedia manufacturing process from Zach Pawlak — showing attendees how alumina silicate rigid "sponges" are made
→ A conversation from Kris Gedeon on the wide range of career paths an engineering degree can open
→ A company overview and discussion of SAMCO's history, current developments, and the real-world impact of industrial water treatment
→ A full shop tour covering the engineering and fabrication process — skid and pipe spool fabrication, EDI, RO, and more

Introducing the next generation of engineers to what we do — and why it matters — is something we take seriously. Days like this are a reminder of why that investment is worth it.

Thank you to everyone who participated, presented, and made it happen.

A leading New York State power plant faced a consent order demanding reduction of PCB contamination to non-detect levels — with stringent NYSDEC and US EPA regulatory requirements of less than 60 parts per trillion.

No margin for error. No flexibility on the deadline.

SAMCO designed, engineered, fabricated, installed, and provides ongoing operations and maintenance support for a comprehensive fast-track solution: a permanent wastewater treatment plant paired with a supplementary trailer-mounted system for peak flow management.

The result: reliable compliance maintained, on time, with a single point of accountability from engineering through ongoing O&M. When a consent order is on the table, the system has to work — and keep working.

→ https://hubs.ly/Q04nCryD0