A Perspective by JJ Steeley | Water Unlocks the World, Part Two
TL;DR --Water is the critical success factor flowing through every single United Nations Sustainable Development Goal (SDG). Yet its risk profile and true costs to economies and societies remain undervalued. You can’t build a stable economy on top of an unstable input. That’s true of capital, it’s true of energy, and it has always been true of water. Climate change is quickly forcing water to the top of the agenda, as its downstream effects become harder to ignore.
Picture a woman who runs a small manufacturing shop that supplies packaged food to grocery chains. Every morning, her line washes, blanches, and processes product to meet the day’s orders. Business is fine. It’s not growing, though, because on any given week, there are one or two days when the water utility simply can’t deliver enough pressure or volume, and on those days, the line stops.
Now picture a mid-sized commercial grower whose planting decisions are governed by whether irrigation allocations are reliable. If they are, the grower can scale up production and lock in supply contracts. If they aren’t, they plant defensively, and withhold investment in equipment and expansion. Multiply that single operation by the share of GDP and employment that water-dependent sectors (agriculture, food processing, textiles, chemicals) represent in economies still building out reliable infrastructure, and you start to see the shape of something much bigger than a water problem. It’s a constraint on industrialization itself.
This is the part that changed how I think about water entirely. It’s not just a health issue, or an environmental issue. It’s an economic one, and a much bigger one than it’s given credit for.
The Constraint Nobody Put on the Balance Sheet
Economists have a tidy list of what it takes to build an economy: land, labor, capital, technology. Water isn’t usually on that list, which is unfortunate. Every other item on it depends on water to function. Land doesn’t grow food without it. Labor isn’t healthy or reliable without it. Factories, clinics, and offices don’t run without it.
The World Bank has estimated that water scarcity could cut GDP by up to 6 percent in the hardest-hit regions by 2050. This projected loss represents the goods never made, services never delivered, and jobs that never existed because the most basic input for producing anything didn’t show up. Today, the Persian Gulf serves as a live demonstration of what happens when a single point of infrastructure failure ripples through an entire regional economy: since the war between the US, Israel, and Iran began earlier this year, the World Bank has downgraded its 2026 GDP growth forecast for the Gulf Cooperation Council region from 4.4 percent to just 1.3 percent, and a United Nations Development Programme report projected the Arab states could see GDP decline between 3.7 and 6 percent, equivalent to losses of up to $194 billion. Both energy and water instability underlie these losses. Energy and water shortages during a war produce the same obvious economic signature by disrupting a single input that everything else depends on.
Large companies can often afford water trucks, storage tanks, greywater processing and backup systems. It’s the small food stall, the neighborhood textile workshop, the one-room clinic, the local contractor mixing concrete, that get squeezed hardest by unreliable water, precisely because they’re the ones with no cushion. Those are also, not coincidentally, the businesses that make up the majority of jobs in lower-income economies. Reliable water isn’t a nice-to-have for them. It’s the difference between staying open and closing down. In the developed world, ask France’s winemakers about how drought is reshaping their businesses, or pay a visit to California’s Central Valley, where you’ll see uprooted almond groves. Farmers can’t procure enough water to make the crop work as a business.
The Hours That Were There the Whole Time
In 1995, I moved to Ghana to study abroad. On my first morning, I stepped onto the village road and was amazed by the stream of women carrying large, heavy jugs of water, remarkably balanced on their heads. Women and girls around the world spend an estimated 250 million hours every single day collecting water. Every day. That’s not a one-time cost. It’s a recurring tax on time that gets paid over and over for years.
Time is the one input every economy runs on and you cannot manufacture more of it. When a community gets reliable water where people already live, that time is transformed into more hours learning, earning income, or producing social goods. Researchers looking at piped water access in India found that women’s likelihood of working outside the home rose by nearly 20 percentage points once water no longer required a daily trip. That’s one of the largest effects on female labor participation found anywhere in the economic literature, from something as simple as water showing up where women need it.
The Ripple That Starts on One Farm
The cascade from there is almost mechanical, once you see it. A farmer with dependable water can diversify from basic crops into higher-value ones. Higher-value crops mean real income instead of subsistence. Real income means a family can spend in the local economy. Local spending supports the trader and every supplier they use, every restaurant they visit. Lenders start extending credit because incomes are finally predictable enough to assess. Kids stay in school longer because they aren’t enlisted to transport water from afar.
Run that same cascade in reverse, and you get the story of most rural-to-urban migration in water-stressed regions: not a demographic trend, but a water failure hiding in plain sight.
The Point of All This
You can’t build a stable economy on top of an unstable input. That’s true of capital, it’s true of energy, and it has always been true of water. Energy has megalithic companies and petrostates to champion it. Rainfall doesn’t.
That’s the reframe I propose. Water is one of the most under-recognized levers available for lifting small businesses, farms, and the people (disproportionately women) whose time and labor have been quietly absorbed by its absence for far too long. New ways of generating water closer to where people actually live, atmospheric water generation among them, are starting to make that lever pullable in places it never was before. The technology matters to transform something this ordinary, and easy to take for granted, into one of the single best investments in human potential.
Look at a glass of water again. It’s not just a glass of water anymore. It’s the fuel for sustainable development and a secure future.
This is the second of a two-part perspective series within Water Unlocks the World, a blog series by Aquaria exploring the transformative potential of atmospheric water generation across all 17 UN Sustainable Development Goals.