Our automated systems are engineered to provide consistent, controlled water movement with minimal manual oversight. Designed for field conditions in high-demand operations, they offer precision flow management, system visibility, and remote operability to support efficient and uninterrupted water logistics.
We deploy scalable water transfer systems designed for continuous, high-volume operations. Our setups are engineered for efficiency across long distances and varied terrain, integrating pressure regulation, flow control, and automated alerts to ensure uninterrupted service.
Hydraulic modeling allows us to evaluate system performance before deployment by simulating flow rates, pressure zones, and more across the planned route. These models support informed decision-making during system design, helping to optimize layout, reduce inefficiencies, and ensure reliable performance under real-world conditions.
WSWS assists with sourcing and securing water from diverse supply points, balancing cost, availability, and sustainability. Our team ensures each source meets volume and quality demands while aligning with regulatory guidelines and logistical requirements.
Our unmanned transfer solutions reduce personnel and enable 24/7 water movement between pits and frac sites. Automated pressure monitoring, remote valve control, and system diagnostics keep operations running with minimal intervention.
Our processes are designed to ensure accuracy in layout and system readiness. Crews are trained in efficient installation and removal of infrastructure, prioritizing safe deployment and adherence to operational specifications.
WSWS builds and maintains the infrastructure that keeps your complex water systems operational. From physical construction to digital control, our solutions are designed to optimize flow, ensure water quality, and reduce downtime. Every component is selected and configured to meet the demands of large-scale operations while supporting automation and data visibility
We install durable, high-performance liners to contain water in temporary or semi-permanent storage pits. Our team ensures proper placement, sealing, and compliance with site-specific requirements to prevent seepage and support safe operations.
Our technicians specialize in the fusion and installation of HDPE pipe for high-capacity, high-pressure water transfer. Proper fusion and placement are critical to system longevity, and our crews are trained to deliver precision joints and efficient routing across diverse terrain.
WSWS filtration systems remove sediment and impurities before water enters or reenters the pipeline. Our approach helps protect downstream assets, meet regulatory standards, and maintain consistent water quality across transfer cycles.
We offer treatment integration that supports long-term system performance by reducing internal buildup. Our systems are calibrated for precise, controlled application during water transfer, helping preserve equipment lifespan and maintain operational flow rates.
Using AI-enabled technology, our pipeline control systems dynamically adjust based on real-time conditions. These systems improve responsiveness, reduce manual oversight, and support data-driven decision-making in the field.
Booster stations are strategically installed to maintain pressure and flow over long distances. WSWS designs and deploys these stations to match system demands, ensuring uninterrupted transfer and consistent output under variable load conditions.
Our automated systems are engineered to provide consistent, controlled water movement with minimal manual oversight. Designed for field conditions in high-demand operations, they offer precision flow management, system visibility, and remote operability to support efficient and uninterrupted water logistics.
We deploy scalable water transfer systems designed for continuous, high-volume operations. Our setups are engineered for efficiency across long distances and varied terrain, integrating pressure regulation, flow control, and automated alerts to ensure uninterrupted service.
Hydraulic modeling allows us to evaluate system performance before deployment by simulating flow rates, pressure zones, and more across the planned route. These models support informed decision-making during system design, helping to optimize layout, reduce inefficiencies, and ensure reliable performance under real-world conditions.
WSWS assists with sourcing and securing water from diverse supply points, balancing cost, availability, and sustainability. Our team ensures each source meets volume and quality demands while aligning with regulatory guidelines and logistical requirements.
Our unmanned transfer solutions reduce personnel and enable 24/7 water movement between pits and frac sites. Automated pressure monitoring, remote valve control, and system diagnostics keep operations running with minimal intervention.
Our processes are designed to ensure accuracy in layout and system readiness. Crews are trained in efficient installation and removal of infrastructure, prioritizing safe deployment and adherence to operational specifications.
WSWS builds and maintains the infrastructure that keeps your complex water systems operational. From physical construction to digital control, our solutions are designed to optimize flow, ensure water quality, and reduce downtime. Every component is selected and configured to meet the demands of large-scale operations while supporting automation and data visibility
We install durable, high-performance liners to contain water in temporary or semi-permanent storage pits. Our team ensures proper placement, sealing, and compliance with site-specific requirements to prevent seepage and support safe operations.
Our technicians specialize in the fusion and installation of HDPE pipe for high-capacity, high-pressure water transfer. Proper fusion and placement are critical to system longevity, and our crews are trained to deliver precision joints and efficient routing across diverse terrain.
WSWS filtration systems remove sediment and impurities before water enters or reenters the pipeline. Our approach helps protect downstream assets, meet regulatory standards, and maintain consistent water quality across transfer cycles.
We offer treatment integration that supports long-term system performance by reducing internal buildup. Our systems are calibrated for precise, controlled application during water transfer, helping preserve equipment lifespan and maintain operational flow rates.
Using AI-enabled technology, our pipeline control systems dynamically adjust based on real-time conditions. These systems improve responsiveness, reduce manual oversight, and support data-driven decision-making in the field.
Booster stations are strategically installed to maintain pressure and flow over long distances. WSWS designs and deploys these stations to match system demands, ensuring uninterrupted transfer and consistent output under variable load conditions.