SALI’s easy-to-use design provides a more individualistic approach to water desalination. The SALI device provides a cheaper and more efficient alternative to freshwater, especially for those in communities in which fresh water is unavailable, scarce, or even costly.
Here at Resilience Inc., we developed SALI to overcome the drinking water scarcity crisis and create a more sustainable future. SALI serves individuals who strive for solutions to global environmental issues and take action to solve those issues.
SALI is a water desalination tank with cutting-edge designs that converts salt water into fresh water to accommodate the ever-growing demands for fresh water.
This simple device will be monumental in combating the worldwide water scarcity crisis, one gallon of fresh water at a time.
SALI offers a more viable alternative to water desalination than current desalination systems, which require electricity and costly filters. With SALI, the cost-effective ability to desalinate saltwater from the comfort of your kitchen or backyard is finally a possibility.
SALI has been designed for high-volume manufacturing to accommodate the rapidly growing demand for water. On any continent, SALI will provide instant relief to drought-stricken areas.
In addition to enhancing water accessibility, SALI is utilized as an instrument for educating students about the water cycle and growing water crisis. With its innovative and unique design, SALI is an inspirational tool that instills a desire in students to be more conscious of water conservation.
We hope to inspire the curiosity of today’s youth so that they too can discover solutions to better our environment.
how sali combats water scarcity
SALI operates on the simple concept of the water cycle.
- Basin of seawater inside a vacuum container increases the evaporation rate
- Solar radiation evaporates the water
- Condensation collects on the ceiling
- Freshwater droplets run into freshwater channels
- Carbon filter at the freshwater faucet to prevent saltwater bacteria contamination
- Brine is flushed after the cycle is completed
about the global water crisis
- The OECD (2012) projected that global water demand would increase by 55% between 2000 and 2050
- The 2030 Water Resources Group (2009) concluded that the world would face a 40% global water deficit by 2030 under a business-as-usual scenario
771 million (1 in 10) people do not have access to clean water and ⅔ of the world experience water scarcity during at least one month of the year (America’s Charities, 2022).
The importance of water stretches far beyond health. Access to clean water impacts economic, political, and social stability while positively affecting education, poverty reduction, ecosystems, hygiene, disease control, and food security in corresponding areas.
Understanding the importance of clean and safe water access is essential in the appreciation of desalination devices that allow freshwater to be more accessible.
There are dire consequences of groundwater depletion in the United States, North India, South Africa, Northern China, and Syria. Existing safe water sources have become prone to pollution.
Current water supplies are under severe stress due to farming. Achieving universal access to safe drinking water and sanitation is quite long and expensive.
WHICH SALI IS RIGHT FOR YOU?
SALI is manufactured in three sizes: A one-foot tabletop version that processes 12 gallons of water per day, an 8-foot backyard version that produces enough freshwater for full households, and a multipurpose 20-foot factory version that produces fresh water, brine, and lithium. All versions of Sali include faucets, latches, and an air valve that increases SALI’s efficiency.
