The repair and maintenance of nationwide water infrastructure is a HUGE logistical undertaking. According to reports given by the American Water Works Association, the expansion projects for drinking water infrastructure from 2011 to 2035 would have costs running into nearly $2 trillion here comes the role of GIS Based Asset Management .

The Water Infrastructure Network, which is a consortium of corporate, non-profit organizations, and municipal bodies stated that the use of innovative technology had cut costs by 20% to 40%. GIS or Geographical Information System is one of these technologies that have made these projects easier and cheaper.

The Hurdles of Asset Management

When it comes to smaller and less developed city asset management, keeping a track of basic infrastructure assets like wastewater processing, water purification, or other utilities can mount a substantial challenge.

Devoid of the IT tools to generate the mapping of pipelines and other similar resources, the public works body could run into a lot of trouble simply trying to locate them. These are the logistic hurdles that typically stand in the way of efficient utility asset management.

GIS Application

This is why GIS has proven to be one of the most effective tools in the water distribution sector today. GIS enables you to view and sort infrastructure of utilities under the city streets, sidewalks, and curbs.

Technically, GIS is an information system that has a specially integrated database. The database contains spatially distributed features and procedures that collect, store, pull up, analyze, and show geographic data. It assigns a physical location to database records and related data.

GIS facilitates the integration of a wide range of information for distinct sources into a single system, enabling somebody to make informed decisions on the basis of actually relevant factors.

Advantages of Employing GIS

  • GIS can pinpoint the location of even the smallest components in a water distribution system. This would include valves, meters, manhole covers, pumps, and hydrants, showing it on a digital map.

  • Since you have information about the type of pipe and its installation date, GIS Asset Management allows you to plan and implement repair projects in specific portions of the town in a prioritized manner.
  • GIS can also store important and relevant information of these components such as the manufacturer, installed year, history of repair, data of water quality, and just about any type of information you would want to add about a component.
  • GIS enables a better decision making process by being able to understand the geographical context of an asset, thereby enhancing the overall efficiency quotient of asset management.
  • GIS is also used to provide property details by using a map that contains specific information about the specific boundaries of owned properties by incorporating information from legal documents.

Utilities that employ the use of GIS have seen sharply improved productivity in a cost effective manner resulting in the most efficient technique for utility asset management.