Flexible, On-Demand Water & Wastewater Treatment—Where and When You Need It
When timelines are tight, infrastructure is limited, or emergencies arise, DWG Process Supply Ltd. delivers. Our mobile treatment solutions provide reliable, self-contained systems for water and wastewater treatment in temporary, remote, or urgent applications. Designed for Western Canada’s rugged terrain and variable climates, our mobile units are built for rapid deployment, minimal operator input, and consistent performance.
When Mobility Matters
Our mobile systems are ideal for a range of short- or long-term scenarios, including:
💧Construction and infrastructure projects
💧Disaster relief or emergency bypass systems
💧Remote camps and industrial sites
💧Seasonal or pilot-scale treatment needs
💧System upgrades or replacements during downtime
Each unit is pre-engineered, pre-tested, and skid- or trailer-mounted for quick transport and integration. Whether treating potable water, process water, or wastewater, we can configure a mobile system to match your flow rates, contaminants, and compliance requirements.
Proven Technology in a Portable Format
We leverage our trusted OEM relationships to deliver mobile systems using the same high-quality components found in permanent installations:
💧Filtration and membrane systems (UF, NF, RO)
💧Chemical dosing and pH control units
💧UV disinfection or chlorination
💧Sludge handling and dewatering modules
💧Integrated control panels and remote monitoring
With over 30 years of experience supporting industrial and municipal clients across Western Canada, we understand the urgency, logistics, and reliability required in mobile treatment—and we deliver it.
Filtration and Separation Technologies For Mine Water Treatment
Water and wastewater treatment is becoming a major component of mine operations. Water supply, scarcity and regulatory constraints are changing the landscape of mine site water management. Pall can help with innovative, sustainable solutions that allow mines to meet discharge requirements, treat water for reuse, help improve water use index and become less dependent on external water supplies.
