Sharjah Electricity, Water and Gas Corporation has unveiled a plan to integrate artificial intelligence and geographic information systems into control rooms to monitor water distribution networks, as part of a strategic infrastructure project portfolio exceeding 5.2 billion dirhams.
Announcement of Sharjah strategic projects worth 5.2 billion dirhams
Integration of artificial intelligence and geographic information systems for leak detection
Alignment with the Water Security Strategy 2036 and upcoming implementation steps
FAQs
Announcement of Sharjah strategic projects worth 5.2 billion dirhams
Sharjah Electricity, Water and Gas Corporation announced a major package of strategic projects in the electricity and water sectors with a total value exceeding 5.2 billion UAE dirhams, including a specialized technical plan to monitor water distribution networks using artificial intelligence applications and geographic information systems. The Emirates News Agency (WAM) published the official details of these projects on October 31, 2026 at 15:25:35 Gulf Standard Time, following the “Sharjah: Future Station” forum, which reviewed plans for developing service utilities in the emirate.
The figure of 5.2 billion UAE dirhams relates to the broader investment portfolio for the authority’s energy and water infrastructure projects in the Emirate of Sharjah, rather than the budget allocated for a standalone artificial intelligence system; therefore, attributing this entire total amount solely to artificial intelligence technologies would fundamentally distort the nature of the official announcement and confuse capital expenditure on physical facilities with the cost of analytical software.
The water projects announced within the package include the construction of an advanced seawater reverse osmosis desalination plant with an announced production capacity of 410,000 cubic meters per day by the fourth quarter of 2028. The authority also discussed introducing extensive engineering improvements to main transmission networks, pumping stations, and water tanks that would add approximately 270 million gallons of additional storage capacity, noting that these figures represent infrastructure plans and expected future capabilities rather than completed additional water production on October 31.
Integration of artificial intelligence and geographic information systems for leak detection
The explicit artificial intelligence element in the authority’s plan consists of monitoring water distribution operations through a smart control room network that integrates artificial intelligence and geographic information system technologies. Geographic information systems organize and classify operational data according to the physical geographic location of pipes and stations, while intelligent analytical software helps monitor abnormal consumption or water pressure patterns and prioritize field inspection for potential leaks in the network.
However, the Emirates News Agency (WAM) report did not specify the adopted algorithmic architecture, the technical procurement budget for the smart system, or independently tested performance results in detecting water leaks. Reducing water loss represents an operational goal that the authority seeks to achieve, rather than a documented benefit already realized by the proposed platform as of the announcement date.
The actual field performance of the system will depend on the comprehensiveness of field sensor coverage, the accuracy of digital network maps, periodic maintenance work, calibration of standard equipment, and the practical capability of technical teams to respond rapidly to alerts; a software model detecting an abnormal pressure reading does not independently repair a damaged water pipe on the ground without engineering intervention.
Alignment with the Water Security Strategy 2036 and upcoming implementation steps
This announcement aligns with the broader objectives of the “UAE Water Security Strategy 2036,” which includes comprehensive national ambitions to reduce water demand, raise water productivity indices, and enhance the reuse of treated water, while avoiding any methodological confusion between those general national strategic objectives and the measured outcomes of Sharjah’s new project.
This item includes a practical and objective application of artificial intelligence in the public utilities sector, although editorially it ranks behind direct announcements of major foundation models, semiconductor supply chains, or multibillion-dollar investment deals in artificial intelligence companies; it illustrates a specific use of artificial intelligence within a broader public utility program rather than an independent artificial intelligence product launch. Its importance lies in the ability of public utilities to employ predictive analysis and spatial information to improve infrastructure maintenance and reduce waste, positively impacting water reliability for homes and businesses when integrated with practical repair and management systems.
The anticipated upcoming steps include naming technical suppliers, defining procurement terms, announcing installation schedules, verifying leak detection efficiency, and measuring actual changes in water loss percentages, noting that the report did not prove a city-wide operational rollout or documented improvement so far.
FAQs
Question: Does the 5.2 billion dirham amount announced by Sharjah Electricity and Water Authority belong to the artificial intelligence project alone?
Answer: No, the 5.2 billion dirham figure represents the total value of Sharjah’s strategic energy and water infrastructure project portfolio, and is not limited to the artificial intelligence system.
Question: How will Sharjah Electricity and Water Authority use artificial intelligence in water networks?
Answer: The authority will integrate artificial intelligence with geographic information systems inside control rooms to monitor abnormal pressure and consumption patterns and identify potential leak locations.
Question: What are the most prominent water infrastructure projects accompanying this plan?
Answer: The plan includes building a reverse osmosis desalination plant with a capacity of 410,000 cubic meters per day by the fourth quarter of 2028, and developing networks and reservoirs to add 270 million gallons of storage capacity.
Question: What factors does the success of artificial intelligence in reducing water loss depend on?
Answer: Success depends on sensor coverage comprehensiveness, network map accuracy, equipment calibration, and the speed of field maintenance teams in repairing damaged pipes upon alert issuance.
