Transmission-Smart pipe network

From "extensive transportation" to "smart pipe network"

The smart water pipeline network system is the core carrier of the digital transformation of the water industry. Through "perception-analysis-decision-execution" closed-loop management, it achieves the leap from "passive emergency repair" to "active prevention and control". In the future, with the breakthroughs of digital twins, edge computing, and energy self-consistent technologies, the water pipeline network will gradually evolve into an "adaptive, self-repairing, and zero-leakage" smart life, providing solid water support for high-quality urban development.

Supply-Smart Dispatch

From "single supply" to "precise adaptation"

With technologies such as the Internet of Things (IOT), big data, artificial intelligence (AI), and digital twins as the core, we achieve efficiency, safety and sustainable water supply from "water source" to "faucet" through full-process digitalization, intelligent decision-making, and precise services. Its core goals are to ensure water quality safety, reduce operating costs, improve emergency response capabilities, and optimize user experience.

Emissions-Low energy consumption, stable compliance

From "end governance" to "process prevention and control"

Achieving "full collection and full treatment" of sewage is the core strategy to solve water environmental pollution and protect the ecology of rivers and lakes. It is necessary to build a "source interception-process purification" through comprehensive means such as pipe network coverage, treatment standard improvement, intelligent supervision, and policy coordination. A full-chain pollution prevention and control system with strict control at the end.

Return-turn losses into profits and achieve greater economic benefits

From "inefficient emissions" to "multi-stage circulation"

"Return" is a recycling model in which residents 'domestic sewage (such as washing, showers, kitchen drainage, etc.) is treated in a decentralized manner and used in non-drinking scenarios such as community greening, flushing, and landscape replenishment. Its core goal is to build a "microcirculation, low-carbon, and sustainable" community water system to achieve efficient use of water resources and coordinated development of the ecological environment.