Advancements in Digitized Workflows for Enhanced Water Management in Hydraulic Fracturing

Efficient water management is a critical aspect of hydraulic fracturing due to the substantial water volumes required and the associated environmental and operational challenges.This review explores advancements in digitized workflows for water management, focusing on the development and application of a comprehensive, real-time monitoring and management system.The system integrates advanced analytics with a holistic approach to the water life cycle, encompassing sourcing, transportation, recycling, and disposal.Key functionalities include precise water-volume tracking, dynamic scheduling, leak detection, and enhanced inspection processes.The reviewed studies demonstrate significant improvements in operational efficiency, cost-effectiveness, and compliance with regulatory standards.Furthermore, the integration of machine-learning models is identified as a promising avenue for future development, offering opportunities to enhance predictive analytics, optimize recycling processes, and improve anomaly detection.These innovations underscore the potential of digitized workflows to transform water management in hydraulic fracturing, driving sustainability and operational excellence.