In the parched expanse of North Horr, Marsabit County, where the horizon glimmers with heatwaves and the rivers have long since run dry, survival hinges on one resource: water.
Yet, for thousands of families, that resource has become a mirage—vanishing in the wake of climate shocks, persistent droughts, and failing boreholes.
Women and girls’ queue for hours at dusty water kiosks or trek over 5 kilometers for water that is often unsafe.
For many, especially schoolgirls, the crisis robs them not only of dignity but also of education—pushing them out of classrooms during menstruation for lack of hygiene facilities and clean water.
According to Grace Galmo, Marsabit’s Water and Environment executive, the problem is compounded by entrenched water cartels that exploit scarcity for profit. “Access to water has become a battlefield,” she says. “We need policy reforms and technologies that return control to communities.”
Now, a bold innovation is flipping that equation—by extracting clean water directly from the atmosphere.
In areas where traditional infrastructure collapses under climate pressure, technology is rising—literally—from thin air.
At the forefront is Majik Water, a Kenyan climate-tech startup co-founded by Beth Koigi, alongside Canadian scientist Anastasia Kaschenko and Oxford-trained economist Clare Sewell.
Their solution lies in Atmospheric water generators (AWGs)—devices powered entirely by solar energy that capture and condense moisture from the air into clean, mineral-rich drinking water.
“If you have air, you can have drinking water,” says Koigi.
And in Marsabit, where temperatures soar past 40°C and over 90 percent of water sources are contaminated or dried up, that promise is more than a tagline—it’s a lifeline.
Unlike traditional systems that require high humidity and grid power, Majik Water’s units use advanced desiccant materials—spongy, AI-optimized compounds that absorb moisture even in dry air.
Developed through Singularity University and backed by Google, the innovation has earned awards including the EDF Pulse Africa Prize and a spot-on Financial Times’ “50 Ideas to Change the World.”
Each unit produces up to 10 liters of safe water per day, scalable for schools, clinics, and households in arid areas and slums.
And thanks to a pay-as-you-go (PAYG) model, local entrepreneurs and women’s cooperatives can own, operate, and earn income from distribution—turning water access into both a public good and economic opportunity.
“We’re not just giving people water,” says Koigi. “We’re building systems people can run themselves.”
In Marsabit’s Gas area, where heavy metals pollute shallow wells and families trek 20 plus kilometers for clean water in Loiyangalani, the difference is staggering.
At a health clinic piloting Majik Water near Loiyangalani, waterborne diseases fell over 60 percent within six months. “Before, I had to turn away mothers because we had no clean water to mix with baby formula,” says nurse Josphine Lemuna. “Now, we can treat wounds and hydrate children safely.”
At North Horr Primary School, principal Konchora Tadi says attendance has improved dramatically. Girls who once skipped school during menstruation now have access to clean water and sanitation.
“Water has restored the dignity of our girls—and their right to learn,” Tadi says.
Some 5,000 people have already benefited from the project, with the startup targeting 500,000 more in Kenya’s arid zones.
Globally, over 1.8 billion people will face absolute water scarcity by 2025. In Kenya, nearly half the population lacks safe water, and the poorest are hit hardest.
According to the World Health Organization, 1.4 million people die annually due to poor water, sanitation, and hygiene. The burden is greatest in places like Marsabit, where climate and infrastructure intersect in catastrophe.
And yet, Kenya’s Water Amendment Act 2024, despite advocating public-private partnerships, has yet to reach the remotest counties with lasting solutions.
Koigi believes the answer lies not in massive pipelines or imported aid, but in localized, smart, scalable systems that combine renewable energy, AI-driven optimization, and community ownership.
“Water scarcity is global, but the solutions must be local,” she insists.
So far, 25 Majik Water units have been deployed with support from humanitarian partners like North Horr Constituency and PACIDA.
But the vision goes further. With backing from the Aquapreneur Innovation Initiative—a partnership with UpLink and HCL—Koigi is preparing to scale to other drought-hit regions like Turkana, Isiolo, and even parts of northern Tanzania.
WFP Marsabit’s Albert Mwambonu says the systems are already improving sanitation in schools and stabilizing vulnerable communities. “This is the kind of innovation that transforms lives from the inside out,” he says.
Still, challenges remain: logistics in remote areas, community training, and system maintenance require ongoing investment. But the momentum is undeniable.
“The real magic,” Koigi says, “isn’t the technology. It’s what happens when people no longer have to choose between thirst and survival.”
North Horr Member of Parliament Wario Guyo believes that new technology will go along way in addressing the rising kidney stone and cancer cases related to compromised water sources in the region.
In places where rainfall is a memory and water has become a currency of inequality, Majik Water is rewriting the script—with sun, air, and science.
It’s a reminder that climate resilience doesn’t always require concrete and steel. Sometimes, it begins with a single breath of air—and a system smart enough to turn it into hope.
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