Guaranteeing the sustainability of irrigation under the increasing pressures related to resource scarcity and climate change is a major global challenge, specifically in water-scarce areas. The present work proposes a methodological approach and a technological solution to improve operation and management of a critical on-demand pressurized irrigation system. The potential of using an innovative off-grid valve, the green valve, for the real-time monitoring and adaptive control is proven through numerical simulations. Particular emphasis is given to the energy balance feasibility of the system during a typical irrigation season. Reference is made to a real network located in southern Italy.
On the Potential of a Smart Control Valve System for Irrigation Water Network Management / Ferrarese, Giacomo; Pagano, Alessandro; Fratino, Umberto; Malavasi, Stefano. - In: ENVIRONMENTAL SCIENCES PROCEEDINGS. - ISSN 2673-4931. - ELETTRONICO. - 21:1(2022). [10.3390/environsciproc2022021066]
On the Potential of a Smart Control Valve System for Irrigation Water Network Management
Alessandro Pagano;Umberto Fratino;
2022
Abstract
Guaranteeing the sustainability of irrigation under the increasing pressures related to resource scarcity and climate change is a major global challenge, specifically in water-scarce areas. The present work proposes a methodological approach and a technological solution to improve operation and management of a critical on-demand pressurized irrigation system. The potential of using an innovative off-grid valve, the green valve, for the real-time monitoring and adaptive control is proven through numerical simulations. Particular emphasis is given to the energy balance feasibility of the system during a typical irrigation season. Reference is made to a real network located in southern Italy.| File | Dimensione | Formato | |
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