top of page
Griffin Blue Logo 600x600 blue1 -42mm.png

Millennium International Limited

Applied Intelligent Systems

Smart Water Engineering Management Systems

The McKinsey Global Institute estimates that the world will need to spend USD 7.5 trillion on water infrastructure by 2030 to meet current needs. 

Smart water management systems can ensure a more robust and efficient water supply system, reducing costs and improving their sustainability. Technology solutions on the edge for the water sector include therefore digital meters and sensors, supervisory control and data acquisition (SCADA) systems, and geographic information systems (GIS).

Water Engineering 01.jpg

Smart Water Technology and Innovation 

Smart technology and innovation means the ability and power to convert traditional water and wastewater frameworks into documented, interrelated, and intuitive smart water management.
 

  • Documented: Capacity to recognize, perceive, gauge, and log information.

  • Interrelated: Capacity to convey and collaborate with framework administrators and supervisors.

  • Intuitive: Capacity to break down circumstances, empower proactive reactions, and enhance debugging arrangements.

Evaluation of the Water Infrastructure and Management Systems

Identify and define key optimisation issues through a comprehensive analysis of:
​

  • The effectiveness matrix in the provision of water supply (services)
  • Legal, technical and economic assessment of existing operations
  • The current state of water and sewerage infrastructure network (age, materials, and existing management systems
  • Failure rate of the water supply network, water loss assessment in the supply network
  • Long-term development plans of the water management infrastructure and its management systems
Water Engineering02.png

Master Plan
 

Water Engineering03.png

Master Plan Development

  • Master Water Supply processed simulation models.

  • Master Plan for improvement and optimisation of the water supply and sewage infrastructure with a horizon of 10 to 20 years including:
    ​​

    • Age of the water supply network and water loss assessment.

    • Ensuring high quality of drinking water.

    • Issues of water supply of industrial plants and development areas.

    • Optimization of water distribution network operation.

    • The question of the impact of planned urbanization on the development of drinking water supply.

    • Assessment of the consequences of a comprehensive concept of spatial planning documentation on the prospective supply of drinking water.

    • Determining the water supply network reconstruction program.
      Excess hydraulic capacity of the water distribution network.

bottom of page