Aug 2026· Veredas do Direito· Vol 23, pp. e237712· 0 citations· 24 references
Abstract
Saudi Arabia is placing a strong emphasis on sustainable water management, digital transformation, and efficient facility services as part of its Vision 2030 development agenda. Smart water metering has become an important tool for improving water-use monitoring, reducing wastage, detecting leakage, and supporting data-driven maintenance decisions. This study examines the role of smart water metering in enhancing sustainable facility services in Saudi Arabia, particularly in residential, commercial, recreational, and community service environments. These facilities include building maintenance services, residential facilities, guest houses, commissary centers, mini markets, swimming pools, recreation areas, cleaning services, and landscaping operations. The paper adopts a review-based approach to analyze how smart metering can support water conservation, preventive maintenance, contractor performance, and operational cost control. It highlights that smart water meters are not only technical devices for measuring consumption but also strategic tools for facility governance and sustainability reporting. The study finds that integrating smart water metering with facility management systems can improve service reliability, reduce unnecessary water loss, strengthen contract monitoring, and support Saudi Arabia’s national goals related to resource efficiency and smart infrastructure. This research contributes to the discussion on sustainable facility services by presenting smart metering as a practical solution for improving essential service delivery in Saudi Arabia.
The Smart Readiness Indicator (SRI) provides a European framework for assessing the capacity of buildings to optimise operation, respond to occupants and interact with energy grids. Its current catalogue covers nine domains: heating, cooling, domestic hot water, ventilation, lighting, dynamic envelope, electricity, ele...
Saudi Arabias rapid delivery of mega-projects under Vision 2030 is occurring alongside a strengthening environmental compliance regime and an accelerating national digital transformation. This combination creates a practical need to move environmental monitoring beyond periodic sampling and retrospective reporting towa...
Fazal Ahmed Khan· International Journal of Adv...· 0 citations
Urbanisation and population growth have significantly increased waste generation, intensifying the need for efficient urban cleaning and waste management. Despite technological progress in other sectors, waste collection and street cleaning practices remain largely reactive, resource-intensive, and insufficiently suppo...
Mónica Carvalho, José C. M. Pires· Journal of Environmental Man...· 0 citations
-Automated car-wash facilities combine intensive water use with pumping, pressurization, air movement, heating, treatment, and control loads, creating a coupled water-energy problem that is especially consequential in Saudi Arabia. This review synthesizes recent evidence on car-wash wastewater treatment, water reuse, e...
Basim Khan· Iconic research and engineer...· 0 citations
The findings indicated that the adoption of AI-driven energy management systems can substantially reduce peak energy load, minimize unplanned outages, lower maintenance costs, and cut carbon emissions, while providing grid operators and policymakers with accurate, real time insights.
Stella Ebere Edeh, C. Ituma, Maduabuchi Ignatius Edeh et al.· International Journal of Inn...· 0 citations
This systematic review examines how predictive maintenance (PdM) can improve the reliability and energy performance of commercial buildings in Saudi Arabia. PdM uses sensors, the Internet of Things (IoT), data analytics, and artificial intelligence to monitor asset condition and anticipate failures before they occur. A...
Abdulhakim Abed S. Alsaedi, Alyaa Afifah Abu Talib, S. Shukri· International Journal of Soc...· 0 citations
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