University of Canterbury Sustainability Manager Matt Morris says the proof-of-concept was a tremendous success. It showed the power of collaboration, and application of digital twin technology in reshaping how natural water resources can be managed.
“The system developed for this proof-of-concept is a fitting example of ‘data-driven management’ in action. It's been a promising outcome for future monitoring and is a testament to the dedication and vision of everyone involved. This is a big step towards realising the goals of our biodiversity and waterways plans.”
WSP Director, Strategic Advisory - Digital Chau Nguyen says when applied to environmental monitoring and management, digital twins can provide real-time data, simulations, and insights that can help with decision making, improve sustainability and address environmental challenges.
“Operations and maintenance teams, for example, can receive real-time alarm triggers for spills and incidents and optimise timing of maintenance such as dealing with sediment traps; asset management personnel can use it to help plan catchment improvement works; strategic planners can use it for waterways-related climate change risk assessments and sustainability plans; and academic staff can use it as a living laboratory to help with teaching and research.”
The next stage of the project will see more sensors installed along a larger part of the stream. These will connect data from various sources, including existing infrastructure systems and weather information - providing richer insights, and helping with more focused stream management plans.
