A Review of Optimized Fuzzy Control Charts for Petroleum Quality Improvement: Emerging Trends and Future Directions

Abstract

A Review of Optimized Fuzzy Control Charts for Petroleum Quality Improvement: Emerging Trends and Future Directions Authors: Vipin Kumar Unique Paper ID: 202446 Volume: 12 Issue: 12 PageNo: 7383-7395 Keywords: Fuzzy control charts Fuzzy Models SPC Petroleum Production. DOI: doi.org/10.64643/IJIRTV12I12-202446-459 Abstract: The petroleum industry demands high-grade regulatory conformity processes for safety and homogeneity of the product. Traditional statistical process control (SPC) processes lack the ability for handling fuzzy and inaccurate data. This review explains the development of optimized fuzzy control charts for petroleum quality enhancement with their ability to handle process variation in uncertain settings. This article reviews recent literature on the optimization analysis of various methods, such as artificial intelligence (AI)-based tuning, adaptive thresholding, and hybrid approaches based on machine learning models. The review also addresses fuzzy logic-based integration with conventional SPC methods, such as their applications in refining, transportation, and storage. Detection sensitivity, false alarm rate, and adaptability to changing process conditions are the main performance metrics analyzed. Results indicate that optimized fuzzy control charts outperform traditional control charts with increased flexibility and robustness in quality monitoring. AI-based fuzzy models demonstrate improved accuracy in detecting deviations, reducing false alarms, and optimizing control limits based on real-time process variations. The integration of deep learning technology with evolutionary algorithms also enhances predictive capabilities in optimized fuzzy control charts and places them in an even stronger position in extremely complex petroleum processing scenarios. Applications in real life also prove to be effective in refining operations, fuel blending, and detection of contaminations. Improved fuzzy control charts are an important step to enhance petroleum quality control, as they overcome the shortcomings of conventional SPC techniques in uncertain settings. Integration of AI, fuzzy logic, and big data analytics will likely continue to revolutionize quality control measures, making them more efficient and sustainable in petroleum production.