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Blockchain
Business Fortune
31 March, 2025
The use of cutting-edge technology like blockchain and artificial intelligence (AI) is changing how China manages its water resources as the nation deals with growing water scarcity brought on by urbanization, climate change, and aging infrastructure.
By using machine learning to evaluate data from sensors positioned in water bodies, treatment facilities, and distribution networks, artificial intelligence is revolutionizing the monitoring of water quality. AI-powered systems created by Chinese firms like Harbin Institute of Technology are used in Beijing and Shanghai. By identifying pollutants early and reducing hazards, these systems improve water quality management through real-time monitoring, predictive analytics, and anomaly detection. In addition to cutting operating expenses, this proactive strategy is guaranteeing safer and cleaner water for millions of residents.
Additionally, pipe network leakage control—a crucial problem for water utilities globally—is being revolutionized by AI. Predictive maintenance and efficient resource allocation are made possible by AI-based systems' ability to identify and anticipate leaks. By continuously monitoring the pipe network and resolving possible problems before they worsen, Huawei's smart water solution has cut water loss in Shenzhen by 20%. These AI-powered developments reduce waste and improve the effectiveness of water management.
In China's water industry, blockchain technology is also having a big impact, especially on supply chain transparency and the selling of water rights. Blockchain is being investigated for managing water rights using safe, open, and decentralized platforms in water-scarce areas such as the Yellow River Basin. By optimizing water allocation, this technique guarantees the optimal and sustainable use of resources. Blockchain also improves the water supply chain's transparency, guaranteeing accountability and lowering fraud.