Water resources engineering.
→ CAPABILITIES / ENGINEERING
Decades of engineering expertise focused on modelling, designing and integrating advanced evaporation systems built for real-world operating pressures.
ENGINEERING
XPEL powered by Minetek applies decades of engineering experience to the design and integration of advanced mechanical evaporation systems. Our engineering approach is grounded in a deep understanding of industrial water behavior, operational constraints and environmental conditions that influence system performance.
Each evaporation system is developed using detailed modelling and practical design processes that account for water quality, inflow variability, climate variability and site limitations. This ensures that every evaporator model delivers a stable evaporation output, maintains control during peak operating pressures and aligns with regulatory or environmental expectations.
Engineering teams evaluate structural loads, mechanical components, electrical requirements and environmental scenarios to confirm the system’s long-term viability. This includes assessing wind exposure, operational duty cycles, maintenance access and integration with existing water-circuit infrastructure. The result is a configuration designed for efficiency, durability and continuous operation.
Field experience across hundreds of global installations reinforces the engineering behind every XPEL™ system. Lessons learned from diverse conditions shape our technical decisions, enabling predictable performance even where water levels fluctuate, weather shifts rapidly or water quality presents challenges. Our engineering process ensures that each solution is not only technically sound but also suited to real-world industrial demands.
XPEL brings together mechanical, structural, electrical, systems and environmental engineers who understand the complexities of large-scale water management. Our engineering team blends deep domain experience with advanced evaporation technology to address diverse operational challenges with precision. Each discipline contributes to a cohesive engineering process from structural loading and environmental assessment to control-system design and on-site integration.
Engineering solutions.
-
Our engineering process combines analytical modeling, structural assessment and site-specific evaluation to configure evaporation systems that deliver stable output in demanding operating conditions. Every decision is grounded in measurable performance and practical field experience.
-
XPEL engineers bring decades of mechanical-evaporation design, integration and commissioning experience across complex industrial environments. Their capability ensures each system meets strict technical, safety and operational requirements.
-
Every XPEL™ system is engineered and validated against rigorous performance benchmarks, including structural durability, environmental resilience and long-term operational stability. Our engineering and manufacturing processes align with ISO 9001:2015 quality standards, ensuring predictable performance and lifecycle confidence for critical industrial conditions.
Engineered capabilities
-
![Water quality analysis of waste water]()
Water quality analysis
XPEL starts with a clear understanding of the water itself, assessing solids, chemistry and contaminants that influence how an evaporator will perform. These insights guide the right material choices, nozzle configuration and long-term operating plan for each site.
-
![XPEL Tailings Water Management & evaporation efficiency]()
Evaporation efficiency modeling
XPEL models evaporation rates using real climate data so operators know exactly how a system will perform through heat, humidity and seasonal changes. This modeling sets accurate expectations and ensures the system is sized and configured for the required output.
-
![Evaporator plume modelling]()
Plume modeling
XPEL analyzes how evaporated droplets move through the air to confirm predictable plume behavior under local wind and weather patterns. This process ensures responsible dispersion and alignment with environmental and regulatory expectations.
-
![environmental management system of water evaporation unit]()
Environmental Management System (EMS)
Our integrated EMS tracks real-time weather conditions such as wind, rain and humidity, adjusting system operation to maintain safe and consistent performance. This automatic control layer adds stability in dynamic environments and protects day-to-day output.
-
![Floating pontoon evaporators, piping and pumps]()
Pontoon, pump & pipe engineering
Our engineers design sturdy pontoon, pump and pipe assemblies that deliver reliable flow and steady operation in open-water locations. Each setup is built for durability, service access and stable performance across shifting water levels and site 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.