Fracking brings up produced water which must be cleaned before being released into the environment
A new well will produce a relatively small percentage of water; however, as the well ages the ratios change. At the end of a well’s life, as much as 98% of the recovered liquids could be water. To help maintain targets, hydrocarbon extraction needs to be as efficient as possible. To stay within regulatory compliance with produced water, it’s necessary to trust the analytical equipment and instrumentation used to process the water.
Reduce your time, effort and produced water processing costs
Produced water processing involves a number of mechanical and chemical processing steps. A range of measurement technologies including level, flow, pressure, temperature, conductivity, pH, ORP, chlorine and iron analysis are required. Most produced water applications pose challenges in terms of measurement of various parameters, and these challenges will often require expert advice. Having one supplier who can provide all the required sensor technology reduces your time, effort and cost.
Do you know the smartest way to protect your water/steam cycle from impurity? Check out our SWAS solutions for power plants and boilers with all the technology for monitoring water quality.
Discover Endress+Hauser smart monitoring for wastewater treatment plants. Comply to legal limit values with improved efficiency with our easy to use, cost-effective, turnkey monitoring systems.
With our broad portfolio of instrumentation, solutions and services we empower customers on the pathway to net zero: from process efficiency and safety to sustainability and regulatory compliance.
Accurate and reliable detection of the interface between oil and water in a water dump tank improves the separation process. Capacitance level switches are used to detect the oil/water interface.
We value your privacy
We use cookies to enhance your browsing experience, collect statistics to optimize site functionality, and deliver tailored advertisements or content.
By selecting "Accept all", you consent to our use of cookies.
For further details please review our privacy policy .