Treatment solutions for mining operations, designed for remote sites and regulatory scrutiny

Impacted water treatment, acid mine drainage systems, and state-certified operators for active mines, heap leach operations, tailings management areas, and post-closure monitoring.

A single partner for water characterization, discharge permitting support, and field-ready deployment

Mining water presents a uniquely demanding chemistry: variable pH, heavy metals, sulfates, and suspended solids that shift with ore body and season. We assess your water quality, confirm your discharge or recycle pathway, and size a treatment system to match your site's actual conditions, not a generic specification.

Turnkey treatment for mine water, drainage, and process impacted water

We design and operate treatment systems for acid mine drainage, pit dewatering, heap leach runoff, and process water at active operations, during reclamation, and through post-closure compliance monitoring.
Discharge Pathway Planning Support (surface water, NPDES, or recycle/reuse)
Water Chemistry Review and Treatment Technology Selection
Treatment System Sizing for Variable Dewatering Rates and Seasonal Fluctuations
Heavy Metal, pH, Sulfate, TSS, and Emerging Contaminant Treatment Trains
Compliance Support Through Operating Logs, Sampling Coordination, and Reporting-Ready Documentation
Water treatment services for mining sites.
Water treatment services for mining sites.

Filtration built for high-load, variable water chemistry

Mine water rarely stays consistent. We configure treatment trains that can handle shifting pH, high suspended solids loads, and complex metal profiles, with modular stages that adapt as site conditions change through the extraction lifecycle.
pH Adjustment and Neutralization Systems
Heavy Metal Precipitation and Clarification
Bag, Sand, and Multi-Media Filtration for TSS and Turbidity Control
Activated Carbon and Specialty Media for Organics and Emerging Contaminants
Media Changeouts, Handling, and Disposal Support to Keep Systems Performing

Field resources for managing water treatment on mining and extraction sites

Practical references covering system operation, filtration performance, and troubleshooting — helpful for teams managing treatment systems in variable conditions far from the office.

Characterize water quality and design the system before dewatering creates a compliance liability

Mine water treatment planning starts with water chemistry data, discharge pathway confirmation, and realistic flow rate projections. For sites with uncertain or variable quality, pilot testing validates performance and prevents redesigns once production or reclamation is underway.
Water treatment services for mining sites.
Water treatment services for mining sites.

Install and operate systems that hold up in remote, demanding conditions

Once deployed, we support commissioning, responsive maintenance, and disciplined operations documentation, including in remote or seasonally challenging locations. Consistent effluent quality and clean recordkeeping protect both your permit and your operation.

Rugged, field-ready treatment equipment for mining environments

Our mobile treatment equipment is built for quick staging, reliable performance at variable flows, and practical operation by field crews at active mine faces, tailings areas, and reclamation sites.
Water Treatment

MWT-10K2 Wastewater Treatment Trailer

Water Treatment

MWT-8K2 Wastewater Treatment Trailer

Water Treatment

MWT-6K3 Water Treatment System

Water Treatment

MWT-3K4 Wastewater Treatment Trailer

Scientists, geologists, and state-certified operators familiar with mining site complexity

Our HAZWOPER-certified team brings experience across hard rock and soft rock operations, reclamation projects, and long-term post-closure compliance monitoring, where water quality can be as complicated as the ore body itself.

Ready to discuss your mine site water management with a treatment expert?

Our process starts with a free consult to understand your discharge requirements, site conditions, and water chemistry, then recommend the right treatment path forward.