Multiphase Flow & Heat/Mass-Transfer Research Platform
A research platform for multiphase flow, heat/mass transfer and process intensification, built for university and corporate R&D departments; supports parameter customisation and algorithm-level access.
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Background
Multiphase flow, heat/mass transfer and process intensification are core research directions in chemical engineering and energy. University and corporate R&D departments need a flexibly configurable experimental platform that satisfies research depth while accommodating later industrial scale-up needs.
Measurement challenges
- Experimental conditions vary, requiring flexible adjustment of electrode count and excitation frequency
- Algorithm research needs access to raw data, not just closed-source software
- The platform must serve multiple research groups, so the barrier to use cannot be high
Our solution
Choose ECT (pico-ECT) or ERT (TJUERT) according to medium properties; electrode count / number of planes / excitation frequency are all customisable; raw-data export and MATLAB / Python interfaces are provided; operator training and on-site commissioning are included as standard.
Results
- A single platform supports multiple research directions (multiphase flow, heat transfer, reaction engineering)
- The platform has produced multiple high-level papers and patents
- Experimental data connects directly to industrial scale-up trials
