← Decision Patterns Demand & Conservation
What problem does this solve?
Remote and rural communities often lack access to piped water. Centralised systems are too expensive to extend to dispersed populations in difficult terrain.
How it works
Local water sources (springs, boreholes) are captured and distributed through simple gravity-fed or hand-pump systems, owned and maintained by the community itself.
Typical infrastructure
Spring protection, gravity-fed pipe networks, storage tanks, community tapstands
Typical monitoring
Community-based monitoring, periodic water quality testing, functionality surveys
Strengths
Very low cost ($15–40 per person); no energy required for gravity systems; community ownership improves sustainability
Trade-offs
Depends on reliable local sources (threatened by climate change); maintenance capacity varies; water quality may not meet urban standards
Related use cases
Operational scenarios where this pattern is applied:
Case studies
Real-world examples of this pattern in action: