A diverse group of partners have developed a Digital Twin Readiness Guide, the first-of-its-kind roadmap for digital twin implementation to advance the water industry.
Spearheaded by the SWAN Forum, Brown and Caldwell, DHI, and with contributions from numerous partners, the zero-cost guide was launched at the SWAN Annual Conference. At its core, the guide applies SWAN’s digital twin architecture.
A digital twin is a real-time digital counterpart of a physical object or process. A digital twin uses analytical and predictive modeling to speed up and validate decision-making to automate time-consuming and manual engineering or operator processes.
Benefits to utilities include better prediction and preparedness for seasonal or climate-driven condition changes, asset and operational health analysis for investment optimization, and what-if scenario simulations for safer training environments.
While digital twin implementation is unique to each utility, deployment steps are foundational to achieving optimized, cost-efficient water and wastewater systems. Digital twin readiness is scalable, iterative, and likely phased over time, depending on the utility’s unique needs, budget, infrastructure, and software requirements.
The Digital Twin Readiness Guide provides the framework, steps, and path to achieve essential insights leading to more intuitive water systems operations, making the utility more efficient.
Global case studies detailing the successful implementation of SWAN’s Digital Twin architecture are included in the guide. Projects include a Singapore-based water reclamation plant, an urban drainage project for Denmark’s largest wastewater utility, and several water treatment and network projects in Spain and Italy.
