Skip to content

Uganda Rural Water Information Management System (RUMIS) & mWater Mapping

Overview

In Uganda, historical Ministry of Water and Environment (MWE) district paper databases frequently suffer from 30% to 50% data inaccuracies regarding active pump functionality. The national rollout of RUMIS (rumis.ug), built on the global open-source mWater platform, provides live, GPS-verified spatial mapping of community water assets.

⚡ Key Operational Decision Rule

Never commission new borehole drilling without checking RUMIS/mWater first. Over 40% of unserved rural communities in Uganda sit within 800 metres of an existing, non-functional water point. Replacing an India Mark II cylinder, chain, or riser pipe costs $350 – $1,500 USD, compared to $4,500 – $12,000 USD for a new drilled borehole.

Water Point Categorization in RUMIS

RUMIS tracks every community water point with specific functional status and coordinates:

Water Point Type Map Representation Typical Target Aquifer / Catchment Failure Modes to Inspect
Protected Spring Green Marker Perennial hillside discharge Broken apron, silted back-drain, upstream latrine contamination
Shallow Well Cyan Marker Unconsolidated saprolite (<20m) Hand pump piston seal wear, seasonal water table drop
Deep Borehole Dark Blue Marker Fractured crystalline bedrock (>40m) Riser pipe corrosion, worn cylinders, dropped rods, silted screens
Rainwater Harvest Tank Blue Marker Institutional corrugated iron roofs Gutter separation, missing first-flush diverter, cracked tap fittings
Public Standpost (Tap) Yellow Marker Gravity-Flow Scheme (GFS) / NWSC grid Broken mountain intake weirs, low pressure, line breaks

Onboarding and Mapping Process

Led by organizations including the Ugandan Water Project (UWP) and district water engineer offices, district onboarding follows a structured 3-phase methodology:

  1. Multi-Layer Stakeholder Training (~$10,000 USD): Training district government engineering staff, health inspectors, and local NGO stakeholders on digital survey instruments and GPS verification.
  2. Complete Asset Mapping & Baseline (~$10,000 USD): Field technicians traverse every parish and village (LC1) to record exact coordinates, physical asset conditions, water quality, and user committee functionality.
  3. Follow-Up Verification (~$5,000 USD): Conducted 3 to 4 months post-baseline to reinforce district reporting workflows and verify pump repair status.

Federated Water Point Data Exchange (WPDx) Integration

While RUMIS provides real-time monitoring of active district assets, the Water Point Data Exchange (WPDx) (waterpointdata.org) archives historical and multi-NGO data across Uganda:

  • Dataset Scale: Over 98,760 official water points in Uganda contributed by the Ministry of Water and Environment (MWE), Water For People, WaterAid, and Charity: Water.
  • Dual-Database Federation in WhatWater:
    The WhatWater engine queries both mWater and WPDx in parallel, executing automated spatial deduplication:
  • Points within a 40-meter radius ($0.0004^\circ$) are merged to prevent duplicate map pins.
  • RUMIS real-time functionality records take precedence over static historical surveys.
  • Combined datasets provide field practitioners with complete 20-year infrastructure history for any parish in Uganda.
  • Open REST Endpoint (SODA API):
    https://data.waterpointdata.org/resource/eqje-vguj.json?$where=clean_country_name='Uganda'

Practical Application for Project Planning

When planning a community water intervention in Uganda (e.g. Kalungu, Kagadi, Masaka, or Kasese):

  1. Query Parish Records: Look up the exact village coordinates on WhatWater Selector or mWater Portal.
  2. Examine Neighboring Infrastructure:
  3. If deep boreholes exist within 2 km, the underlying geology is proven to contain accessible bedrock aquifers.
  4. If neighboring boreholes are marked non-functional, contact the district water officer or partner NGOs (e.g., UWP or Suubi) to explore pump rehabilitation before drilling.
  5. Identify Institutional Roofs: For schools and churches, cross-reference student enrollment to determine whether a 5,000L or 10,000L Crestank paired with a 0.1-micron hollow-fiber membrane filter (Sawyer PointONE or Drop Filter) provides immediate clean drinking water.