Water shed management system.
→ APPLICATIONS / WATER SHED MANAGEMENT SYSTEM
XPEL supports watershed stability by reducing excess water stored in ponds and collection basins, giving catchment areas more operating space during storm-driven surges and rapid inflow events.
WATER SHED MANAGEMENT SYSTEM
Watersheds experience constant variation driven by rainfall intensity, terrain and upstream land activity. These shifts influence how water accumulates and moves, placing pressure on containment ponds, stormwater basins and engineered drainage systems that must respond to rapid or uneven inflows.
Industrial, mining and municipal sites located within watershed boundaries often face rising pond levels, runoff surges and inflows that mobilize sediments or legacy contaminants. When these storage points exceed safe operating thresholds, downstream waterways and critical infrastructure face elevated environmental and regulatory risk.
XPEL introduces industrial-scale evaporation into watershed management by creating hydraulic space where it matters most. By lowering water levels in ponds and natural collection points, the system helps prevent overtopping, reduce overflow exposure and stabilize water pathways during storm events or seasonal wet periods.
With decades of engineering experience, XPEL mechanical evaporation technology offers a reliable method for improving watershed resilience. This approach strengthens system stability, aligns with regulatory expectations and supports long-term performance across diverse catchment zones.
Shifting inflows, variable weather and upstream land use can exceed the limits of natural and engineered watershed controls. XPEL provides high-throughput evaporation that reduces pond levels ahead of downstream movement, helping sites maintain safer, more predictable watershed behavior.
Water shed management system applications.
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Oil and gas facilities operating within watershed zones rely on controlled pond levels to protect downstream water bodies. XPEL reduces stored water during high-inflow periods, helping maintain hydraulic stability.
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Mining sites positioned in catchment areas depend on effective water control to prevent runoff impacts. XPEL lowers pond volumes to support safer, more stable watershed conditions during wet seasons or storm events.
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Municipal authorities managing regional watershed systems use XPEL to relieve pressure on stormwater basins and retention ponds, preserving downstream capacity during peak flow periods.
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Legacy and industrial sites with ageing containment structures benefit from XPEL evaporation by reducing accumulated water and lowering the likelihood of overflow or environmental exposure.
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Pulp and paper mills located within watershed boundaries require consistent control over collection points. XPEL helps keep pond levels within safe limits, supporting more predictable watershed behaviour through fluctuating conditions.
PRODUCTS
Land based
evaporators
Fully customisable and bespoke in design, our XPEL land based water evaporators are available in a range of sizes enabling operators to reduce the risks associated with excess water and ensure environmental compliance with a wide range of water processing capabilities.
Pontoon
evaporators
When land based units aren’t an option, the XPEL Pontoon Series evaporator is a water management solution that can be relied on to help reduce the risk of excess water and ensure environmental compliance by reducing the volume of water stored on-site using mechanically enhanced evaporation.