We build predictive models from our database of real measurements from around the world. Giving you thermal properties with greater accuracy than interpolation or calculation, and far less cost and time than a drill test.
Spend precious hours finding the equation inputs for each site – especially in new areas. Unfortunately, these methods oversimplify the ground leading to errors in predictions that change the number and depth of boreholes – leading to excessive costs or undersizing.
After waiting to get a driller on site (could be months to book), this test typically costs $50,000 and requires hours to days of careful data collection for useful results. Adding this cost and wait upfront can stall a project before it even begins, along with the added costs for feasibility.
They’ve built easy-to-use software to help us solve our unique technical problems extremely efficiently. These tools have provided us value by helping us evaluate projects efficiently and at a lower cost than other alternatives. I look forward to our continued work with Umny.”
– Andrew Lee, P.Eng.,
President at Innovia GEO Corp.
Without the time or money to pay for a drilling test, many people rely on analytical calculations (red line in chart) or an average air temperature assumption (red dashed line in chart) to find ground temperature.
But, real-world measurements (blue line in chart) show that the ground temperature can be far different from either of these two estimates. Our accurate predictions (green line in chart) are built from a database of real-world measurements, so they get you much closer to reality.
This means you can start a project with the right ground properties, with far less time or cost than other methods.
We specialize in finding data for those who are designing, building, and operating shallow or low temperature geothermal systems.
We addressed this problem by developing a highly accurate Ground Temperature Prediction App. This app uses novel machine learning techniques to capture global variations and predict the temperature of the ground at a certain depth, location, and date.
This app integrates with our other services and software to provide key variables to improve the accuracy of modeling, and can be used as a novel predictor to help people in all fields and purposes better understand the land we all work on.
We strive to work smart, and to have a positive impact on the future, which is why we chose the whale to represent our company.
They are the keystone in the ocean’s nutrient cycling: counteracting gravity’s constant tendency to concentrate nutrients at the bottom of the ocean where they are un-useable by most life forms.
Additionally, their genus includes some of the most intelligent animals on the planet; with various species having brains up to 5 times larger than our own, and other species having brains more complex in structure than our own, or with more developed prefrontal cortexes.
We specialize in research and software tools for those who are designing, building, and operating geo-exchange and shallow geothermal systems.
This article quantifies the effects on the efficiency, performance, and energy cost of in-ground heat exchangers from fluid temperatures that are commonly ignored.
The diversity of the soil’s characteristics make it difficult to generalize using typical calculation methods, and most technology that is built from these methods is designed with many assumptions.
We addressed this problem by developing a highly accurate Ground Temperature Prediction App. This app uses novel machine learning techniques to capture global variations and predict the temperature of the ground at a certain depth, location, and date.
This app integrates with our other services and software to provide key variables to improve the accuracy of modeling, and can be used as a novel predictor to help people in all fields and purposes better understand the land we all work on.
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It is deeply important to our team at Umny Inc. that we develop enterprise software products and consulting services that meet real-world needs. Our diverse backgrounds give us the skills to solve problems with truly creative solutions.
This software enabled our client to…
We integrate physics-based modeling with ML tools to tackle energy problems with physical processes that are not fully understood by engineers and scientists, but for which data of adequate quality and quantity is available.
It is deeply important to our team at Umny Inc. that we develop solutions that meet real-world needs. Our diverse backgrounds give us the skills to solve problems with truly creative solutions.
We build high-resolution physical modeling tools in situations when there is a need to capture physical variables at local scales of interest.