This Home System Can Produce 35 Liters of Drinking Water a Day
Laura McQuarrie — July 15, 2017 — Eco
Researchers from the University of Bath are currently working on the development of a household water treatment (HWT) system that boasts the ability to produce about 35 liters of clean drinking water each day.
The low-cost HWT system is set to be able to provide clean drinking areas to regions where it is needed most, using an indoor solar light that mimics sunlight. The 3D-printed contraption takes inspiration from a 'SODIS Bottle' (SOlar DISinfection), which decontaminates water with heat and UV rays.
As this new system in development boasts no parts that can break, requires no power source and has the potential to make plenty of potable drinking water per day, the invention will provide great relief to developing areas that lack access to clean drinking water.
The low-cost HWT system is set to be able to provide clean drinking areas to regions where it is needed most, using an indoor solar light that mimics sunlight. The 3D-printed contraption takes inspiration from a 'SODIS Bottle' (SOlar DISinfection), which decontaminates water with heat and UV rays.
As this new system in development boasts no parts that can break, requires no power source and has the potential to make plenty of potable drinking water per day, the invention will provide great relief to developing areas that lack access to clean drinking water.
Trend Themes
1. 3d-printed Water Treatment - Disruptive innovation opportunity: Explore the use of 3D printing technology to create affordable and efficient water treatment systems for regions lacking clean drinking water.
2. Household Water Treatment - Disruptive innovation opportunity: Develop low-cost, solar-powered household water treatment systems that can provide clean drinking water to areas in need.
3. Sustainable Water Solutions - Disruptive innovation opportunity: Design innovative solutions using renewable energy sources to address the global water crisis and provide sustainable access to clean drinking water.
Industry Implications
1. Water Treatment Systems - Disruptive innovation opportunity: Integrate advanced technologies, such as 3D printing and solar power, into the development of water treatment systems that are cost-effective and environmentally friendly.
2. Renewable Energy - Disruptive innovation opportunity: Develop renewable energy solutions, like indoor solar lights, to power household water treatment systems and promote access to clean drinking water.
3. Global Development - Disruptive innovation opportunity: Collaborate with international organizations and governments to implement sustainable water solutions in developing regions and improve access to clean drinking water.
6.2
Score
Popularity
Activity
Freshness
