GIS APPLICATIONS for WATER TREATMENT & MANAGEMENT
 

Water management is the efficient and effective use of the water resource available by minimizing wastage, promoting recycling, and increasing water quality alongside sustainable economic development. Water management is a crucial issue to the survival of humans and all living things in the present era as it is a resource, which is getting scarcer. The amount of water we need and the availability is unbalanced. With proper water management we could minimize the effect of drought and thus famine being faced by developing countries.

In order to manage water better it is crucial to have an inventory of the water available, how it is being managed, the drainage area, the demand and supply of water. GIS has been very beneficial in mapping and data analysis, and thus greatly aiding in the understanding and decision making in water resource management.

GIS is a powerful tool for developing solutions for water resources such as assessing water quality and managing water resources.KKSGROUP offers expertisefor the use of GIS in Ground Water, Irrigation, Erosion, and General Water Management.

Water is a fundamental resource and its management is a challenge mankind is facing.
Only an integrated approach has the potential of dealing correctly with the problems in caring water resources: integrated water management with a sustainable approach must then be promoted. Aiming at that, a fundamental component is the proper treatment of data in the different steps of the water-cycle, for efficient archiving, correct management and finally for the support for the decisions to be taken.
Having the water management to deal with huge amounts of geospatial data, GIS can give the best integration environment to the different perspectives, linking the water environment to all other territorial aspects.
In this framework the WATER-GIS network aims at linking the two different worlds, that from mutual collaboration form an important support for knowledge (from GIS to WATER) and a wide and meaningful field of application (from WATER to GIS).

The objective is to establish a link in the two domains of Water Resources and GIS and to promote a scientific and technological interdisciplinary services.

The initiative is application-oriented and devoted to serve Nation with two scientific and technical domains to be jointly activated: in general the services to demonstrate the catalyst role of GIS as integration tools for Watertreatment & Environment, to assess how geographical knowledge can be transferred to potential water management users, to implement the proposed approach in the design of sustainable regional development.
The final goal of the initiative is to offer our services, where Water treatment plant operators will co-operate with GIS operators. The service to be exploited also towards Local Authorities, interested in both these domains and in their integration.

Our services are of significant help for a better Watertreatment & management by Authorities, Local Bodies, Companies and in general by water technical operators: the results achieved by the scope of our service is for a wide variety of organisations and in general will be significant in solving problems.

Moreover the technology is intended to give particular emphasis to enlarge the market of GIS applications in water treatment & management and the awareness on the potentiality of these tools, with the benefits for all technical operators working in the water environment field.

Fields of interest

The scope of services offered are:


  • Water resource assessment, management and development
  • Soil and water management and conservation
  • Ground water and surface water treatment &monitoring and protection
  • River basin modelling and management
  • Water resources and sustainable agricultural development
  • Water treatment &quality assessment
  • GIS and technological networks: the AM/FM environment
  •  KKSGROUP have developed a comprehensive new Geographic Information Systems (GIS) database development system that will help local communities to manage their water supply and avert public health crises.
  • Can be compiled over the years, the maps detail permanent and temporary water sources, including springs, rivers, pools and dams. They also include information about water quality and seasonal variability. This important outcome is consistent with the project goals, which includes ensuring sustainable access to improved water sources.
  • In this semi-arid region where people and wildlife compete for natural resources, the new GIS database development system has the potential to greatly improve access to clean drinking water.
  • Our system ensures that local people understand this information by adding the region’s roads, villages, markets, schools, and other familiar features. Different layers in the database show water source locations and quality, seasonal rivers, and where there is good grazing land or scrubland.
  • By providing information about water quality, the maps will also help with public health issues, in a community where most of diagnosed diseases are waterborne.
  • With this information it will help people, including wildlife herders who travel with their livestock, to find and choose cleaner water sources.
  • Also, if you know that a patient comes from a village where the water is contaminated, you can treat them accordingly.
  • The GIS database also shows how wet and dry seasons affect water quality, helping to warn people when and where outbreaks might occur.

Maps of Today's Water Conditions

We generate to view maps of current and historical conditions
Put World-map picture?

    • Stream-flow
    • Flood and high flow
    • Drought
    • Groundwater levels
    • Surface water quality
    • Water Alert
    • Surface Water
    • Groundwater
    • Water Quality
    • Water Use
    • Research

    KKSGROUP provides webgis technology to access to water-resources data development system. Online access to this data can be organized around the categories of your choice.
    With KKSGROUP webgis know-how you can investigate the occurrence, quantity, quality, distribution, and movement of surface and underground waters and disseminates the data to the public, State and local governments, public and private utilities, and other local agencies involved with managing  water resources.
    The types of data collected are varied, but generally fit into the broad categories of surface water and groundwater. Surface-water data, such as gage height (stage) and streamflow (discharge), are collected at major rivers, lakes, and reservoirs. Groundwater data, such as water level, are collected at wells and springs.
    Water-quality data can be on webgis available for both surface water and groundwater. Examples of water-quality data collected are temperature, specific conductance, pH, nutrients, pesticides, and volatile organic compounds.
    We have the process know-how to develop webgis site to serve current and historical data. Data can be retrieved by category of data, such as surface water, groundwater, or water quality, and by geographic area. Subsequent pages you can add for further refinement by selecting specific information and by defining the output desired.
    Our GIS solutions are a geospatial web Application for viewing wastewater treatment plant infrastructure and accessing all associated information including drawings, construction documents, work order information, plant processes, and asset condition data.

    The application acts as a centralized resource for accessing data, simplifying information retrieval, editing maps & features and sharing information between engineers, technicians, and supervisors. It is extremely easy to use and is designed to reduce capital improvements outlay, as well as operation and maintenance costs.

    The system can be tightly integrated with existing business systems such as Document Management System, Asset Management System, Wastewater Asset Management databases and existing GIS infrastructure.

    Manage all treatment plant infrastructure assets and all associated information
    Intuitive, workflow-centric user interface makes it easy to identify, edit and share maps/features quickly.
    Quickly finds, displays, and tabulates all sub-surface features that that might be affected by a planned dig.
    Drawing & editing tools make it easy to identify, create and share maps with custom redlines, labels, images and notes.
    Clean, manageable, extensible, and standards-based application code.
    Simple maintenance workflows allow the system administrator to easily change which GIS/information layers are available to role-based users.

    Call us today for all your water treatment & management requirement, we have GIS-WATER solutions.