Groundwater flow velocity and direction meter with thousands of sets of data per minute

From a global perspective, there are actually only three working principles for groundwater flow meters. One is like our Emery,We at Emery use particle image recognition and measurement technologyOf course, there is also a company in the United States that uses the principle of thermal diffusion to do it.

Of course, China, including the United States and Canada, also use the Doppler principle for groundwater measurement. However, these methods are not particularly suitable for groundwater measurement because this thermal release method has its drawbacks. As for the Doppler principle, it mainly measures surface water, and there are still significant shortcomings in measuring groundwater.

So this is what we adopt in Emery, or weAML920 groundwater flow velocity and direction meterIt adopts particle image recognition measurement technologyThe traditional measurement method in China may involve drilling many wells and then releasing tracer from upstream wells to see when the tracer can be extracted from another well. ourGroundwater flow velocity and direction meter with thousands of sets of data per minute.

Determine the flow velocity and direction of water based on this time difference and which well it comes from first and then out. In fact, this traditional method is more suitable for measurements with larger regional specificity.

But that tracer method cannot achieve this microscopic level, which cannot be measured from a single well, so they need multiple wells to monitor where to start. But it's possible that he only received one set of data in three days, five days, and a half months.

But our Emery's The 920 groundwater flow meter can provide thousands of sets of data in one minute.Regarding our scientific research, including our subsequent analysis,They are all large databases.Groundwater flow velocity and direction meter with thousands of sets of data per minute，Faster and more data to support your research, including pollution surveys and more.