A new solar-powered air-to-water converter can produce 19 liters per day.

A new trend is currently emerging in the field of green technology that focuses on converting energy from air or water into potable water.

According to recent developments, DrinkingWater, a solar-powered, next-generation, multi-purpose dispenser that extracts water from the atmosphere, will soon be released by a company called DrinkingMaker.

The business has created DrinkingWater, a new air-to-water (AWD) dispenser inspired by desert insects and cactus, which is causing water scarcity.

A notable achievement in sustainable technology is the creation of an air-to-water converter that runs on solar energy and can produce 19 liters of water per day. This creative gadget uses solar energy to extract moisture from the air, making it especially useful in areas where access to clean water is limited.

Using solar panels to power the water extraction process, the device operates independently of conventional water sources, providing a decentralized solution to water scarcity issues.

The ability to efficiently convert atmospheric moisture into potable water has the potential to offer a reliable and environmentally responsible option for communities, disaster relief operations and off-grid areas around the world. Such developments show the promise of using renewable energy sources to solve global water security problems as technology advances.

Technological developments in water storage have the potential to improve water security, increase resilience, and sustain sustainable livelihoods in diverse socio-ecological contexts globally, as demonstrated by the development of innovations such as the solar-powered air-to-water converter.

Air-to-water dispenser yields 19L per day

The business claims the dispenser can produce up to 19 liters of water per day, and mineral-rich filter cartridges are an optional feature. Mineral water can be prepared according to the specific needs of the user.

Its most notable feature is the product’s ability to act as a dehumidifier and air purifier while being solar powered.

According to the manufacturer, the dispenser works well even in extremely dry conditions because it is powered by the latest graphene technology and AquaFetch+, which is distinguished by excellent water production and dehumidification.

“It captures water in dry areas, securing valuable resources even in arid regions,” said Drinkingmaker. Wherever you go, drinkingwater offers uninterrupted purity. Laboratory for emergency,even war zones, ensuring abundant clean water sources and peace of mind.”

Next-gen 3-in-1 Atmospheric Water Dispenser

The next-generation 3-in-1 Atmospheric Water Dispenser, or AWD, has launched a crowdfunding effort on American website Indiegogo.

With almost two weeks left in the campaign, the product has surpassed 2,200% of its initial goal on Indiegogo, indicating that it has received significant support.

The AWD Pro model is said to cost $339, while the base model costs $329. But these costs only apply to pre-orders placed through the Indiegogo campaign.

According to Engineering.com, other air-to-water dispensers now on the market include the Kara Pure  by Kara Water, which costs £797.00 (about $996.25 USD). Magic Water’s 500-liter device is particularly expensive, costing $12,500.

In contrast, the DrinkingMaker, which is about the size of a countertop espresso machine, appears to be less expensive.

While it’s unclear whether the crowdfunding campaign will result in actual products, New Atlas noted that the DrinkingMaker team has provided plenty of supporting material on their Indiegogo page, such as videos of the product in use and images displayed on Hong Kong Electronics.

With about two weeks left, the media site said, “that seems to be enough for supporters, who have pushed the campaign to reach more than 2,200 percent of its initial fundraising goal.”

Drinkingwater further noted that the company’s AirTrue technology uses three key barriers: it successfully absorbs 99.7 percent of particulates and removes 99.97 percent of dangerous PM2.5 particles.

In spring and summer, the system “ensures a bacteria-, virus- and allergen-free environment, protecting the respiratory health of family members.”

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