Centre for Water Systems, University of Exeter, UK
contact@ccwi2027.org.uk
About CCWI2027
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Welcome to CCWI2027
Since the beginnings of this conference series in the early 1990s, the pace of change in this field has been enormous.  The water sector is now in a full-scale phase of digitalisation.  The proliferation of sensors of various types, smart meters, large-scale and widespread data acquisition, increasingly sophisticated modelling tools, information and communication technologies, Internet of Things, and the roll-out of 5G wireless networks will have profound implications for the management of water systems over the coming years. 

This is the 23rd in a series of conferences organised by the universities of Brunel, De Montfort, Exeter, Imperial College, and Sheffield.  Initially a biennial series held in the UK, the series has in recent years been held annually in Italy, the Netherlands, Canada, Spain, Italy and Cyprus.

We are proud to be able to host the next International Computing & Control for the Water Industry Conference at the University of Exeter on 1st- 3rd September 2027.


The main theme of the conference is Digital Water, water systems modelling, data, and control. The conference aims to bring together practitioners and researchers to discuss and exploit the digital and physical worlds, leading to water service transformation. This three-day event will address this through a combination of keynote lectures and paper sessions. 
 
CCWI 2027 invites contributions on the following topics:
 
- Smart systems and digitalisation, cyber-physical systems
- Advances in sensors, instrumentation and communications technologies
- Big Data management and exploitation
- Data driven and soft computing analytics and visualisation
- Systems modelling, optimisation, active control and decision support
- Water quality modelling: pipe, sewer, environment
- Water and wastewater treatment modelling, optimisation and control
- Asset management and performance modelling
- Demand, leakage, energy and GHG management
- Distributed and multi-functional systems (e.g. rainwater management systems)
- Flood modelling and management
- Building sustainability and resilience