Jiskoot JetMix mixing system

Reliable mixing for representative sampling

Applications

  • Crude oil sampling and custody transfer measurements
  • Marine and tank loading

Benefits

  • Up to 40% lower energy usage without compromising mixing performance
  • Smaller installed footprint for space- and weight-constrained applications
  • Optimal measurement uncertainty to reduce financial exposure
  • Optimized capex, opex, and total life cycle cost

Features

  • Fully compliant with global sampling standards
  • Developed by our experts at leading academic institutes, leveraging knowledge gained from 60 years of sampling and thousands of installations‬‬‬ of previous-generation systems worldwide

How it improves performance

The Jiskoot JetMix™ mixing system leverages decades of innovation, research, and modeling to deliver the ideal solution for nonhomogeneous pipeline contents, providing the best pipeline mixing performance with the highest energy efficiency in the market. It is designed to operate across the wide range of flow rates encountered during marine or tank loading and unloading operations, with no pressure drop. Because the mixing system is external to the pipeline and it is removable, installation and maintenance of the system can be carried out with minimal disruption to pipeline operations.

Unlike traditional dynamic mixing solutions, the Jiskoot JetMix system takes up minimal space inside the line and produces no discernible pressure drop even at extremely high flow rates.

How it works

The mixing system uses a pump to withdraw a small quantity of process fluid and reintroduce it into the pipeline in the form of high-velocity jets upstream of the sample extraction device. The jets are positioned in a way that blasts any water that may be trailing along the bottom of a horizontal pipeline, creating tiny water droplets that can be dispersed and then evenly distributed over the complete cross-section of the crude oil pipeline. This strategy ensures that the sample extraction device sees a representative sample.