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This post was last edited by Jinma Water Loss Control on 2025-3-17 at 13:57. In the process of chemical production, the stable operation of water systems (such as circulating cooling water, process water, wastewater treatment systems, etc.) is crucial for ensuring production safety and efficiency. However, water loss is a common issue in system operation, among which \"leakage\" and \"seepage\" are two phenomena that are easily confused. Although both result in an unexpected decrease in water volume, there are significant differences between them in terms of definition, causes, impacts, and response measures. Leakage Definition: It generally refers to the unplanned loss of water resources caused by factors such as the aging and corrosion of pipes and equipment, construction defects, or improper operation. Leakage is continuous and may gradually accumulate over time. Reasons: Common causes include pipeline aging, corrosion, external damage, geological subsidence, etc. Impact: It leads to waste of water resources, increases the water supply costs for enterprises, and may also cause environmental problems such as ground subsidence and water quality pollution. Countermeasures: Prevention and control are necessary through scientific management methods, such as regular inspection for leaks in the pipeline network, improved management of metering by zone, and the upgrading of old and deteriorated pipelines. Conducting regular leak detection is the most direct and effective measure for controlling leaks in water supply networks. If pipe leaks are not detected and repaired in a timely manner over a long period, it can pose severe hazards. Conduct regular leak detection, shifting from passive leak repair to proactive leak inspection. It can ensure the safe and stable operation of water supply pipelines. As a professional leak detection service provider, Smart Golden Horse has been dedicated for years to offering efficient and accurate leak detection services to the petroleum refining industry. DMA zonal metering is an important means of controlling leaks. By using DMA zonal metering, leak detection personnel can optimize their detection procedures, thereby improving the efficiency of pipeline management. Real-time monitoring of water flow rates also allows for the identification of potential leak locations, enabling early prevention and thus helping to control leaks – shifting from fixing problems after they occur to preventing them in advance. In response to **digital development policies and the goal of giving priority to water conservation in industrial production, Smart Jinma has developed a DMA leakage control system. Through zone-based metering, this system enables precise detection of leaks in the pipeline network, as well as early identification of potential leak locations. By analyzing data from various zones, it is possible to promptly detect new leaks and take swift action to control them, thereby continuously reducing water loss for enterprises. Based on the actual conditions of the petrochemical plant, DMA zoning is carried out by area, unit, and water type to ensure that water volume measurement and management within each area or unit remain relatively independent. By monitoring and analyzing the pressure fluctuation signals in various areas, the identified damage points can be precisely located. Based on the analysis results, potential leakage points can be identified and predicted in a timely manner, targeted action plans can be provided, the current operating condition of the pipeline network can be analyzed intelligently to ensure its proper operation, and leakage areas can be effectively located. Leakage Definition: It generally refers to the accidental leakage of water caused by loose or damaged connections in pipes and equipment, or poor construction quality. Leakage can be sudden or persistent, but it is usually localized. Reason: It generally refers to accidental water leakage caused by loose or damaged connections in pipes and equipment, as well as poor construction quality. Leakage can be sudden or persistent, but it is usually localized. Impact: In addition to causing waste of water resources and increasing water supply costs, it can also lead to direct consequences such as equipment damage and production disruptions. Countermeasures: It is necessary to detect and repair the issue promptly; for example, techniques such as listening can be used to locate the source of the leak, after which repairs can be carried out. In its leak detection services, Smart Jinma takes into account the complexity of the pipeline networks in petroleum refining and processing enterprises. Drawing on years of experience in detection, it employs advanced methods such as acoustic testing, flow rate measurement, correlation analysis, as well as pipeline inspection techniques, to accurately identify areas where there are abnormalities in the pipelines ； Advanced instruments are then used to conduct acoustic tests on the valve plugs and the road surface in order to determine the location where leakage is occurring ； Finally, for areas that do not have the conditions for road surface acoustic testing, relevant tests and analyses are carried out. By comprehensively analyzing the results of sound wave testing, road surface testing, and other related tests, the scope of the area where water leakage occurs is narrowed down, allowing for the precise location of the leak points. The repaired leaky points were tested again to confirm that there were no leaks in the pipes, thereby eliminating potential safety hazards caused by pipe leaks. In chemical water systems, leakage is a \"surface\", while a leak is a \"point\". To effectively control water loss and ensure the safe production and sustainable development of chemical enterprises, these companies need to adopt scientific management approaches and advanced technical methods. By using technical measures to reduce leaks and optimizing management practices to minimize losses, it is possible to effectively prevent and control such leaks, thereby achieving both efficient use of water resources and safe production.