Self-Sufficiency
₦300 Million Budget

Water Treatment & Reticulation System

Borehole rehabilitation, an industrial-grade treatment plant and a smart reticulation network that guarantee clean, continuous water across the campus.
Workers laying water pipes in an open trench
The School Today

Current State

An honest look at this area of the school as it stands today. This is the starting point every project on this page is measured against.
Workers laying water pipes in an open trenchAerial view of the school campus and groundsA multi-storey residential block under construction
Project Scope
✓Borehole rehabilitation and new drilling
✓Industrial-grade water treatment plant
✓Smart reticulation network across campus
✓Storage and pressure management
✓Water quality monitoring
✓Leak detection and metering
Expected Outcomes
24/7
Continuous clean water across the campus
100%
Of hostels and academic blocks reticulated
↓
Reduced reliance on water tankers
The Vision
A preview of what this project aims to achieve once fully delivered.
Workers laying water pipes in an open trench
The Problem
Ageing boreholes with unreliable yield
No treatment capacity, so water quality cannot be guaranteed
Distribution losses and frequent supply interruptions
The Solution
Rehabilitated and newly drilled boreholes
An industrial-grade treatment plant serving the whole campus
A smart reticulation network with storage, metering and leak detection
Related causes

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High-voltage transmission pylons at sunset
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₦1.5 Billion

Power Infrastructure Development

A hybrid solar, gas-backup and smart-grid power system designed to give FGC Kano guaranteed, uninterrupted electricity for the first time in its history.
Roofing works underway on a hostel block
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₦1.8 Billion (Phases 1 & 2)

Hostel Renovation

A two-phase rehabilitation of student hostel blocks, bringing plumbing, electrical systems, security and comfort up to a modern standard.