Intelligent control of your water data assets.
Optimizing water networks with smart automation for precise, efficient, and real-time asset control.
Fully automated from source to pad
Lower total operating cost
Improve safety and reliability
Remote visibility to Operator real-time
Enables simul- and trimul-fracs with ease
Seamlessly connect and monitor water assets.
Verify water resource integrity by remotely monitoring volume and quality with real-time data. Our technology enables prompt decision-making, early issue detection, compliance, and performance optimization using advanced sensors and analytics, suitable for oilfield, municipal supply, or industrial use.
Precise & Accurate analysis of your water data assets in real time.
Thousands of remote assets are currently connected and reporting in the AquaView portal. Managing so many assets requires field-wide logic with SCADA oversight, which we’ve built into every deployment.
Recycling in more places by changing the economics of water treatment.
Automation makes produced water recycling possible in more places by improving logistics and treatment efficiency. Infrastructure projects utilize automation to mange the complex water balancing required for produced water gathering and treatment.
Equipment
Automated Water Transfer
Automated Manifold
Mobile Command Center
Automated Proportioning
Flow Meter
Hydrographic Mapping
Satellite Communications Unit
Drone Surveys
Download the
app today
Stay informed with responsive alerts, access historical data, and gain valuable insights into system performance. Get connected to your water assets anytime, anywhere!
Over a Decade.
And Still Counting.
AquaView began as a straightforward monitoring solution, focused on giving operators clear visibility into essential systems. Over time, as automation demands evolved, AquaView introduced more advanced capabilities for integration and control. This first wave platform models the industry’s early attempts at unifying data and automation, but AquaView has since gone beyond that, delivering a streamlined, next-generation approach that forecasts water infrastructure demand while enhancing reliability.
