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Manufactures & Factories

Product improvement

Automatic classification tool for full size core

AI solution to quickly identify defects during quality assurance process on wind turbine blades
For:
Manufacturer
Scope:
Detecting defects in products by inspecting non-destructive testing scanning data.
Goal:
Other
AI decryption of magnetograms
For:
Manufacturer
Scope:
Oil and gas transportation. AI solution to quickly identify defects during the quality assurance process on a field pipeline.
Goal:
Improve Operation Efficiency
Leveraging AI to enhance adhesive quality
For:
Manufacturing industries; suppliers and buyers; environment
Scope:
Batch/continuous/discrete manufacturing (Deployed in 75+ manufacturing lines in 10+ countries; specifically identify the contributors to quality; predict potential quality failures).
Goal:
Other
Improvement of productivity of semiconductor manufacturing
For:
Executives of semiconductor manufacturing companies
Scope:
Analysis of data taken from production equipment and improvement of productivity based on the analysis.
Goal:
Other
Generative design of mechanical parts
For:
Organizations, designers, customers, end users
Scope:
Help mechanical engineers design lighter, strong, and better parts.
Automatic classification tool for full size core
For:
Manufacturer, geologist
Scope:
Oil and Gas exploration, classification of rock types, oil saturation, carbonate and fracture according to core images
Goal:
Other
Information extraction from hand-marked industrial inspection sheets
For:
Manufacturing companies, machine inspectors, engineers
Scope:
Localization and mapping of machine zones, arrows and text, to extract information from manually tagged inspection sheets.
Optimization of ferroalloy consumption for a steel production company
For:
Steelmaking, steel industry
Scope:
Recommendation for the optimal consumption of ferroalloys by the ladle furnace treatment during secondary steelmaking.
Goal:
Other
New machine-learning simulations reduce energy need for N95 mask fabrics
For:
Manufacturing companies of high density mask fabrics, in this project 3M specifically.
Goal:
Improved Product Development / R&D
AI solution to calculate amount of contained material from mass spectrometry measurement data
Scope:
Calculating the amount of contained material from mass spectrometry measurement data using chromatography.
Goal:
Reduce costs

Automatic classification tool for full size core

For:
Manufacturer, geologist
Goal:
Other
Problem addressed
Classification of rock types
Classification of oil saturation
Classification of carbonate
289
Classification of fracture according to the core
Scope of use case
Oil and Gas exploration, classification of rock types, oil saturation, carbonate and
fracture according to core images
Description
To describe the core of an exploratory well, three specialists
are allocated for a period of up to two weeks with travel
expenses. The results of the description are subjective and
may contain conflicting positions of experts. Automation of
the process of classifying rock types, saturation, carbonate
and rock layer degradation by daylight and ultraviolet
images using machine learning mechanisms can reduce the
lithotype typing time to three days.
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