The workshop succeeded in gathering challenges and perspectives on the management of smart industrial water reuse and featured contributions from the European Commission and the sector made by both “problem owners” and “solution providers”, and with a final insight on the holistic and systemic structure (Smart Governance and Digital Water) which addressed the challenges for discovering and exploiting the true Value of Water as highlighted in the WssTP Vision document.
For WssTP the Value of Water highlights the crucial role of water for our economy, industry, society, nature and citizens and foresees a future digitally connected water-smart society that works with waters of different qualities that are appropriate to their use.
SusChem sees fresh water as a scarce resource and a critical element for sustainable development of society. Water is a priority area for SusChem and it is pursuing specific topics with the overall aim of decoupling economic growth from actual water use.
Outputs for action
The workshop produced tangible outputs through a final parallel breakout session that developed and proposed content, gaps, strengths and needs of the four pillars of the Value of Water vision:
- Modelling and Analysis
- Big Data
- Smart Governance, and
- Sensor Networks.
This final session built the basis for an action plan to bring the outcomes of the workshop to the European Innovation Partnership for Water (EIP Water) Conference, which will be held in the city of Porto in the week of 25 September 2017. A group of participants from the workshop will support the further development of the outputs for final presentation at the EIP Water Conference. A list of action derived from the joint workshop will drive the content of a follow-up workshop that will take place during the EIP Water Conference.
The outputs and challenges identified for each pillar of the Value of Water are briefly described below:
Sensor Networks
Sensor development provides a unique opportunity for enhancing the Value of Water. Advanced sensor development is required to ensure continuous understanding and control of water quality. Handling of dynamic water systems requires advanced sensors. Full implementation, reliable operation costs and maintenance are important.
Big Data
Identifying the value of the water system in generating and creating data is central to its economic value. The creation of a resilient basis for cyber security and privacy legislation is necessary, as no holistic overview currently exists. Links between data silos and pockets of data should be established and prioritized.
Modelling and Analysis
Many models for enhancing water management exist in academia or within RTOs. But these methodologies need to be brought into context before moving to the next pilot phase. It is necessary to identify models and tailor them to the requirements of users in order to develop more efficient water systems, while observing the interactions and implications.
Smart Governance
Smart governance models vary from region to region. The selection process for an appropriate governance design requires extensive consideration. Education and communication is crucial for its successful understanding and implementation.
For more
information, please do not hesitate to contact the WssTP secretariat.
