'Blue Route' for combating climate change

Area of Science:

• Environmental Engineering
• Urban Planning
• Climate Change Mitigation

Background:

• Current urban water systems face challenges related to climate change impacts and resource management.
• There is a need for innovative strategies to enhance urban resilience and sustainability.
• Existing infrastructure offers potential for adaptation without extensive modifications.

Purpose of the Study:

• To propose the
• Blue Route
• concept for transforming urban water systems.
• To demonstrate how this transformation can combat climate change and foster carbon-neutral cities.
• To highlight the potential for water sector self-sustainability and resource provision to other sectors.

Main Methods:

• Conceptual framework development for the
• Blue Route
• .
• Analysis of existing urban water infrastructure for adaptation potential.
• Assessment of climate change mitigation and resource generation benefits.

Main Results:

• Urban water systems can be repurposed into a
• Blue Route
• with minimal modifications.
• This approach actively combats climate change and contributes to carbon neutrality.
• The transformation ensures self-sustainability within the water sector.
• Energy and resources can be supplied to other urban sectors.

Conclusions:

• The
• Blue Route
• offers a revolutionary, low-modification pathway for urban water systems.
• It is a viable strategy for climate change mitigation and achieving carbon-neutral cities.
• This integrated approach enhances urban resource management and sector interdependencies.