Water Utility

Online GIS is of great value in terms of planning, managing, and maintenance of utility infrastructures such as water resources and services. Efficient and smart use of high-quality spatial data becomes imperative in a competitive economy for many electrical, gas and water utilities. Locating facilities, tracking jobs, planning operations in utilities relies on having all of the data accessible online and open for collaboration between managers, field crews, local governments, and citizens.

Water and wastewater utilities keep track of distribution, collection, and drainage networks as well as related planning and customer care. A location-based approach to managing the governing body helps in meeting operational challenges.

GIS provides a common platform for accessing all the data, updating network information, integrating work orders, finding consumer information, or preparing a report. With built-in spatial analysis tools, GIS supports network tracing as well as analyzes development trends affecting future demand. Visualization and mapping features give an overall, connected view of the network in relation to consumers and surrounding infrastructure.

The way of enabling the positional accuracy by implementing the quintessential technology of DGPS followed by Ground Penetrating Radar for identifying subsurface assets, with a detailed map and high-quality drone image improves the quality in decision making for the authorities. Integration with Hydraulic/Hydrologic Modeling will help in investigating how networks operate, for planning and designing improvements to water infrastructure systems, and for predicting the impact on the system if new consumers are added. Also, Drinking-Water Source Analysis, Water Usage Demand Allocation, Establishing Facility Elevations, Integration with Customer Information System, Integration with Asset Management, etc will improve the flow of operation in the respective departments.

Benefits

  • Enhancing operational efficiency : GIS can help identify trends in water main breaks to prioritize pipe replacement and rehabilitation projects. Such projects are typically analyzed using a variety of weighted criteria such as pipe material, diameter, age, surrounding soil conditions, proximity to critical locations (such as hospitals and schools), main-break history, water quality, and coordination with other public works projects. These criteria can be represented spatially in a GIS and associated with the pipe inventory.
  • Non - Revenue Water Reduction : This integrated system reduces the Non - Revenue Water (NRW) by incorporating the various technologies like GIS, IoT Analytics and administrative applications like Billing Systems, Customer Feedback System backed by data generated from them.
  • Decision Supporting System : Authorities can then decide not only what improvements to make but also when to make those improvements. GIS improves water resource decision supporting systems and visualisation.
  • Efficient management : It is easy to use maps and apps to connect staff from any location, enabling coordination and data sharing across your organization.
  • Descriptive and Predictive analysis : GIS delivers exciting capabilities such as spatial analysis, machine learning, big data analytics, and image processing. This turns your data into actionable intelligence.
  • Locating underground water leakages : GIS integration will help officials in quickly isolating underground leaks, responding faster to main breaks, and prioritizing capital improvement spending based on GIS data.