Spout Turns Moisture From the Air Into Drinking Water

Industrial design firm Bould has created Spout, a water vessel that not only filters your water, but can generate water from moisture in the air.

May 2, 2025 - 15:14
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Spout Turns Moisture From the Air Into Drinking Water

Spout Turns Moisture From the Air Into Drinking Water

Water is one of our planet’s most vital – and increasingly scarce – resources. Rising utility bills and growing environmental concerns have many of us rethinking how we consume and source our water. But what if you could literally make drinking water out of thin air? That’s the futuristic promise behind Spout, an innovative water-generating appliance developed by the industrial design company Bould.

While Spout doesn’t quite conjure water from nothing, it does extract humidity from the air and transform it into clean, drinkable water. It’s an example of atmospheric water generation (AWG), a technology that’s gaining attention as climate pressures and population growth challenge traditional water infrastructure.

A white countertop water filtration system featuring a sleek spout and glowing blue light sits amidst potted green and purple plants, offering both functionality and style.

The process begins with Spout drawing moisture from the ambient air using an internal condensation system. Once captured, this moisture is not immediately suitable for consumption – it undergoes a rigorous filtration process, followed by mineralization, which enhances taste and nutritional value by adding essential minerals. The result? Fresh, clean water that’s collected in a sleek, modern pitcher ready for drinking, cooking, or brewing your morning coffee.

Close-up of a sleek, white water dispenser labeled "Spout," showcasing its minimalist design against a light gray background.

Spout’s design prioritizes both functionality and aesthetics. The main unit features integrated LED lighting, which illuminates the pitcher as it fills – giving it not just a practical indicator of water levels but also a cool, almost sci-fi glow. The lighting also serves a more utilitarian purpose by displaying the system’s status and alerting users when the filter needs replacement.

Even the ergonomic aspects haven’t been overlooked. The handle of the pitcher has been carefully crafted for ease of use, reinforcing Bould’s commitment to thoughtful design.

A sleek, modern white dispenser with a spout and handle. The brand name "Sprout" is embossed on the top.

The amount of water Spout generates daily depends on environmental factors, particularly humidity and temperature. In optimal conditions, the system can produce up to 2.5 gallons of water per day. That’s enough to meet the drinking water needs of a small household and still make a meaningful dent in the usage of larger families. While those in drier climates may see slightly lower yields, Spout is still a viable supplement to existing water sources in most areas.

Two clear, square-shaped plastic containers with lids, one has a handle and the other features a convenient spout. Both are filled with water and placed on a light surface.

At $799, Spout is certainly an investment. However, for households that rely heavily on bottled water, the savings can add up quickly. With the only ongoing costs being filter replacements and electricity, Spout offers a long-term alternative to the environmental and financial cost of buying bottled water. It’s also a more sustainable solution, helping reduce plastic waste and lowering the carbon footprint associated with transporting bottled water.

A white water purifier with a glowing blue light and sleek spout is placed on a kitchen counter next to a potted plant, with a sink and sunlit windows in the background.

While the initial price may seem steep, the combination of innovative technology, sleek design, and environmental impact makes Spout a compelling choice for eco-conscious households looking to take more control over their water supply.

For more information or to purchase Spout, visit spoutwater.com.

Photography courtesy of Spout and Bould.