Visual assessment of raw materials in premix production using OpenCV

<ns0:p>The quality control of premix components is a crucial stage of their production. It directly influences a number of final product characteristics, including homogeneity, granulometric properties, and the effectiveness of the premix ingredients. This study highlights the relevance of using computer vision based on the OpenCV library for image processing of salt samples, as well as the application of deep learning with TensorFlow for automated quality classification. The results indicate whether the proposed tools are suitable for an efficient quality control process, enabling a reduction of human factor influence and improving the accuracy of defect detection.</ns0:p>

Authors

Publication Details

Journal
Energy and automation
Published
2025-12-31
DOI
https://doi.org/10.31548/energiya6(82).2025.107
Primary Topic
Mineral Processing and Grinding
Type
article
Field-Weighted Citation Impact
0.00
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Visual assessment of raw materials in premix production using OpenCV

M. Pravilov, D. Lavinskiy, O. Opryshko, O. Romashchuk et al.
Energy and automation
Mineral Processing and Grinding
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Visual assessment of raw materials in premix production using OpenCV

M. Pravilov, D. Lavinskiy, O. Opryshko, O. Romashchuk, N. Kiktev
article en

Abstract

<ns0:p>The quality control of premix components is a crucial stage of their production. It directly influences a number of final product characteristics, including homogeneity, granulometric properties, and the effectiveness of the premix ingredients. This study highlights the relevance of using computer vision based on the OpenCV library for image processing of salt samples, as well as the application of deep learning with TensorFlow for automated quality classification. The results indicate whether the proposed tools are suitable for an efficient quality control process, enabling a reduction of human factor influence and improving the accuracy of defect detection.</ns0:p>

Energy and automation
Openalex Percentile: Top 41%
Mineral Processing and Grinding
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