Re-Q is a conceptual appliance from designers Jung Hwan Song and Kim Jong Won designed to turn waste water and old slivers of soap into new bars of suds. The device purifies waste water and compresses old soap slivers into small soap eggs which are dispensed from Re-Q's stomach.
I am someone who uses soap until it disappears completely, but I have seen many bathrooms filled with minute slivers of soap. Using waste water and discarded soap slivers to create new bars of soap is a great idea that would save consumers money and put less of a strain on the environment. This design could be further pumped up if the Re-Q hooked up to the shower to capture the waste water.
Suds-Saving Robots
The Re-Q Turns Waste Water and Soap Slivers into New Bars
Trend Themes
1. Sustainable Soap Production - Re-Q's ability to turn waste water and old soap slivers into new bars of soap presents a disruptive innovation opportunity in the soap production industry by promoting sustainability and reducing waste.
2. Circular Economy in Personal Care - The concept of Re-Q embodies the circular economy model by repurposing waste water and soap slivers, offering a disruptive innovation opportunity for the personal care industry to promote resource efficiency and environmental responsibility.
3. Smart Bathroom Appliances - The Re-Q, with its innovative design and concept, showcases a disruptive innovation opportunity in the home appliance industry to create smart bathroom appliances that not only conserve resources but also enhance the overall user experience.
Industry Implications
1. Soap Production - The soap production industry can explore the use of Re-Q's waste water purification and soap compression technology to achieve a more sustainable and cost-effective manufacturing process.
2. Personal Care - Re-Q's soap recycling concept presents an opportunity for the personal care industry to adopt circular economy practices, reduce waste, and offer environmentally-friendly products to consumers.
3. Home Appliances - The Re-Q's incorporation of waste water capture and soap recycling highlights a potential disruptive innovation opportunity within the home appliance industry, allowing for the development of smart bathroom appliances with enhanced sustainability features.