Smart X and Kenya Red Cross Society cooperation signing

Kenya Field Validation

Kenya Pilot

Smart X Ecosystem × Kenya Red Cross Society. A field-validation programme designed to move HydroCharge from controlled engineering evidence into measured operation across three different Kenyan realities: Mukuru Kwa Njenga in Nairobi, Kajiado County and Garissa County.

StatusPilot preparation
Current milestoneManufacturing and pre-deployment preparation
Next milestoneInstallation and commissioning
Target dateOctober 2026

Purpose

Validate the complete operating system — not just the treatment hardware.

The pilot is intended to measure water-quality performance, commissioning, service requirements, operational uptime, cartridge lifecycle, local operator routines, energy performance, maintenance requirements and actual operating cost. Planned outcomes are not presented as achieved results.

Project story

Three pilot deployments. Three different realities. One shared mission.

Smart X Ecosystem and Kenya Red Cross Society are preparing three pilot deployments in Kenya to demonstrate how distributed safe-water infrastructure can be adapted to very different operating conditions.

These pilots are not positioned as copies of one another. Each location reflects a different water reality, a different community setting and a different operational learning environment.

Together, the programme is designed to help validate not only treatment performance, but also how HydroCharge can be deployed, operated and supported across urban, semi-arid and more water-stressed environments in Kenya.

Field programme partner

Developed and implemented with Kenya Red Cross Society.

The three-pilot programme is being carried forward together with Kenya Red Cross Society. KRCS brings local humanitarian reach, field knowledge, institutional coordination and community context to the programme, while Smart X provides the HydroCharge infrastructure, engineering and operating model. The purpose is not simply to install equipment, but to build a field programme that can be measured, operated and learned from in real Kenyan conditions.

Read about the partnership

Where the pilot programme will operate

Across Nairobi, Kajiado and Garissa.

The current Kenya pilot programme spans three locations across the country: Mukuru Kwa Njenga in Nairobi, Kajiado County and Garissa County. Together, these sites create a broader field-learning framework by reflecting different population patterns, water realities and operational conditions.

  • Pilot 01 Mukuru Kwa Njenga, Nairobi County — urban informal settlement
  • Pilot 02 Kajiado County — semi-arid county context
  • Pilot 03 Garissa County — arid and more water-stressed regional context
Kenya map marked with Mukuru Kwa Njenga in Nairobi, Kajiado County and Garissa County
Stylised Kenya map showing the three current pilot locations.

The three pilot realities

Why these locations matter.

Pilot 01 · Nairobi County

Mukuru Kwa Njenga

School-based installation with community reach. Mukuru Kwa Njenga is one of Nairobi’s best-known informal settlement areas, where high population density and pressure on infrastructure shape daily access to safe water. The first Smart X pilot will be installed at the school site, creating a protected and operationally practical base for the system while also serving a limited part of the surrounding community.

  • Context: urban informal settlement
  • Installation point: school-based
  • Service reach: school + part of surrounding community
  • Learning focus: controlled urban deployment and daily access
Pilot 02 · Kajiado County

Kajiado

Water access in a semi-arid county context. Kajiado County lies south of Nairobi and represents a different operating reality from dense urban Nairobi. The pilot is intended to show how the Smart X model can adapt to a county context shaped by more dispersed settlement patterns, water stress and the need for robust, serviceable infrastructure beyond a single-city environment.

  • Context: semi-arid county environment
  • Community reality: more dispersed population patterns
  • Learning focus: adaptability and service reliability
  • Role in programme: expands learning beyond urban informal settlement conditions
Pilot 03 · Garissa County

Garissa

Testing the model in a more water-stressed environment. Garissa County in northeastern Kenya represents a more arid and operationally demanding setting. The pilot is strategically important because it helps test whether distributed safe-water infrastructure can remain practical, maintainable and accountable where climate stress, longer distances and infrastructure gaps create a harder operating environment.

  • Context: arid and more water-stressed regional setting
  • Operational reality: greater climate and infrastructure pressure
  • Learning focus: durability, maintainability and accountability
  • Role in programme: validates the model under tougher conditions

Why the three-pilot structure is stronger than a single-site deployment.

Taken together, Mukuru Kwa Njenga, Kajiado and Garissa create a broader and more credible pilot framework than a single-site deployment ever could. They represent a dense urban informal-settlement context, a semi-arid county context and a more arid regional context. That is why the Kenya programme is not only about proving that water can be treated — it is about proving that safe-water infrastructure can be responsibly deployed and operated across different realities, with evidence, accountability and local partnership at the centre.

System configuration

HydroCharge configured to the source.

The field configuration follows the four-stage HydroCharge architecture: Pre-Filtration, Water Chemistry Conditioning, Final Filtration and Disinfection. Exact treatment configuration, commissioning set-points and service requirements are determined from source-water evidence and field conditions.

Explore HydroCharge

Pilot objectives

What the field programme is designed to learn.

Water performance

  • Source and treated-water quality
  • Operational water-quality control
  • Field verification against stated targets
  • Corrective-action requirements

Operational reliability

  • Uptime
  • Service interventions
  • Cartridge lifecycle
  • Field durability

Local operation

  • Operator training
  • Daily routines
  • Maintenance requirements
  • Community usage

Economics & energy

  • Energy performance
  • Consumables
  • Actual operating cost
  • Service model learning

Evidence baseline

Start with what the source water actually contains.

Independent baseline analysis and technical evidence are maintained in the Evidence & Performance register. Baseline source-water reports are not presented as proof of complete-system field performance.

View Evidence & Performance

Pilot timeline

One controlled status source.

CompletedCooperation frameworkFormal cooperation established.
CompletedSite assessment & engineeringSource and deployment requirements defined for pilot preparation.
CurrentManufacturing and pre-deployment preparationStatus last updated 8 September 2026.
NextInstallation and commissioningTarget: October 2026.

Live / verified data

Field data begins after commissioning.

Field data pending commissioning.

Verified litres, uptime, water-quality results, service interventions, cartridge changes, energy use, operating days and people-served methodology will be reported only after operational data exists.

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