Read the research
We reviewed 31 journal and review articles on two-phase flow temperature measurement.
A multinational innovator in industrial tools and equipment wanted to measure the temperature of liquid and gas separately and at the same time. We assessed the measurement techniques available and set out what it would take to use the most promising ones.
The client is a multinational innovator in the industrial tools and equipment space, looking to improve its traditional thermal resistance measurement technology. It wanted to measure the temperature of both liquid and gas accurately, separately and at the same time.
Prescouter was asked whether any instrument could measure gas and liquid temperatures simultaneously, or detect liquid within a gas flow.
Instruments that read gas and liquid temperatures at once.
Technologies that spot liquid within the gas stream.
Whether each technique would work in the client’s system.
We reviewed 31 journal and review articles on two-phase flow temperature measurement.
Each profile covered how it works, reference cases, limitations, cost range and possible suppliers.
Experts on each technique clarified technical points and answered questions written with the client’s team.
Prescouter found that no off-the-shelf commercial solution yet met all of the client’s requirements. It profiled the most promising techniques for the challenge and set out the specific steps the client would need to take to use them in its system.
Techniques that could solve the challenge.
Possible suppliers for each technique.
Specific steps to bring them into the client’s system.
Sometimes the honest answer is that no product exists yet. Knowing which techniques come closest saves months of searching.
Find and compare measurement methods, suppliers and costs for your toughest technical challenge. Wherever you’re starting from, we’ll help you get there.
Or email [email protected]Pick a time on our calendar right now.
If you’d like to know the outcome of your submission, please leave your email address