High-performance dewatering solution designed to reduce large volumes of water, enabling operators to access recoverable resources.

XPEL reduces excess water stored in tailings facilities by evaporating large volumes, helping operators manage ongoing inflows and rainfall impacts more effectively. 

Evaporation lowers the total volume of acidic water requiring management, easing pressure on containment infrastructure and supporting long-term site stability without altering water chemistry. 

XPEL assists rendering facilities by reducing high-organic wastewater volumes at the source, lowering the load on storage and treatment systems and helping operations maintain continuity. 

By reducing stored water across multiple locations, XPEL improves hydraulic control and helps sites maintain a more predictable total water balance under changing inflow conditions. 

XPEL improves landfill water control by managing leachate volumes, stabilizing runoff, and reducing environmental risk across active and legacy sites.

XPEL supports zero liquid discharge goals with systems that minimize onsite water release, strengthen compliance, and stabilize closed-loop water circuits. 

Engineered evaporation reduces the volume of process water requiring disposal, helping operators relieve pressure on discharge points and downstream handling assets. 

XPEL complements wastewater treatment plants by reducing incoming or residual volumes that exceed treatment capacity, helping stabilize operations during peak demand. 

Large-volume evaporation removes clean water from saline and saltwater ponds, concentrating residual brine while helping sites maintain safe storage capacity and regulatory compliance.

XPEL supports treatment plants by evaporating excess liquid that cannot be fully processed, reducing hydraulic load and contributing to more stable plant operation. 

Evaporation provides an alternative pathway for managing excess wastewater volume, reducing the strain on mechanical or biological treatment systems without altering water quality. 

XPEL improves stormwater performance by controlling runoff, reducing peak flow risks, and protecting downstream environments during extreme events.

Evaporation strengthens predictable flow across broad catchments by reducing stored volumes that threaten downstream stability when pond levels rise.

XPEL supports zero effluent discharge objectives with systems that close the loop, reduce waste volumes, and improve environmental stewardship. 

XPEL evaporation systems reduce overflow and bypass volumes during peak inflow periods, supporting stable operation without performing any treatment or purification function. 

Evaporation reduces excess wastewater volumes, helping operators control hydraulic loading rates and maintain stable performance across downstream systems.

Mechanical evaporation provides an alternative to spray fields by lowering wastewater volumes, eliminating reliance on land application and reducing oversaturation risk.

XPEL evaporation removes surplus water from closed loop circuits, supporting system balance where reuse is limited and discharge is not permitted.

Advanced evaporation reduces the volume of water requiring reinjection, easing pressure on subsurface disposal systems and supporting controlled, compliant operations.