TSSE is a Water Innovation that Turns Salt Water to Clean Drinking Water
Grace Mahas — May 17, 2019 — Eco
References: pubs.acs.org & globalcitizen.org
A new paper has announced a "radical" water innovation to provide humans clean drinking water. This is especially crucial as it's predicted that in the next 50 years, more than half of the world's population could be facing water shortages due to climate change and pollution.
A process called "temperature swing solvent extraction" (TSSE) was created by researchers at Columbia University which turns salt water into freshwater. This water innovation is both economical and effective, and can even clean toxins. The process involves using briny water, a special solvent, and a low-heated bath. According to the researchers, this combination removes up to 98.4% of salt which meets the industrial efficacy rate of reverse osmosis. TSSE may very well revolutionize the way we access drinking water and help prevent future water shortages.
A process called "temperature swing solvent extraction" (TSSE) was created by researchers at Columbia University which turns salt water into freshwater. This water innovation is both economical and effective, and can even clean toxins. The process involves using briny water, a special solvent, and a low-heated bath. According to the researchers, this combination removes up to 98.4% of salt which meets the industrial efficacy rate of reverse osmosis. TSSE may very well revolutionize the way we access drinking water and help prevent future water shortages.
Trend Themes
1. Water Desalination - The TSSE process demonstrates a disruptive innovation opportunity in the field of water desalination by providing an economical and effective method for turning salt water to freshwater.
2. Climate Change Mitigation - The development of TSSE technology opens up possibilities for disruptive innovation in the industry of climate change mitigation by addressing the potential water shortage crisis caused by climate change.
3. Environmental Sustainability - TSSE presents a disruptive innovation opportunity in the domain of environmental sustainability as it provides a solution for cleaning toxins from salt water, reducing pollution and ensuring access to clean drinking water.
Industry Implications
1. Water Treatment - The TSSE process offers a disruptive innovation opportunity in the water treatment industry by providing a cost-effective and efficient method for converting salt water to clean drinking water.
2. Renewable Energy - The TSSE technology has the potential to disrupt the renewable energy sector by utilizing low-heated bath and special solvents to convert salt water to freshwater, which can contribute to sustainable solutions in energy usage.
3. Environmental Conservation - The development of TSSE presents a disruptive innovation opportunity in the field of environmental conservation by enabling the removal of toxins from briny water, ensuring the preservation of ecosystems and biodiversity.
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