Wheels Has E-Bikes with Nanospetic Surfaces to Keep Riders Safe
Daniel Johnson — March 30, 2020 — Eco
References: nanoseptic & techcrunch
Wheels recently stopped its bike-share operations in order to slow the spread of COVID-19, however, the company is now offering e-bikes to essential workers with nanospetic surfaces. The bikes will be made available to restaurant workers, people involved in non-profits, or delivery personnel.
The nanospeptic surfaces are located on the handlebars and brake levers, and they are able to self-clean. This is made possible through light that relies on nano-crystals in order to produce a reaction that can clean the surface.
The company commented on its recent moves, “We were frequently and thoroughly cleaning our bikes with disinfectant and wiping them down with a microfiber towel. But with shared scooters and bikes being ridden by many different people every day and no operator able to manually clean each device prior to every ride, we believed a more comprehensive solution was needed.”
Image Credit: Wheels
The nanospeptic surfaces are located on the handlebars and brake levers, and they are able to self-clean. This is made possible through light that relies on nano-crystals in order to produce a reaction that can clean the surface.
The company commented on its recent moves, “We were frequently and thoroughly cleaning our bikes with disinfectant and wiping them down with a microfiber towel. But with shared scooters and bikes being ridden by many different people every day and no operator able to manually clean each device prior to every ride, we believed a more comprehensive solution was needed.”
Image Credit: Wheels
Trend Themes
1. Nanospetic Surfaces - Disruptive innovation opportunity: Develop advanced self-cleaning surfaces for various industries to enhance safety and hygiene.
2. E-bike Mobility Solutions - Disruptive innovation opportunity: Create electric bike-sharing programs and services tailored for essential workers and delivery personnel.
3. Light-activated Cleaning - Disruptive innovation opportunity: Apply light-based cleaning technology to a wide range of surfaces and objects to promote cleanliness and reduce the spread of pathogens.
Industry Implications
1. Transportation and Mobility - Disruptive innovation opportunity: Integrate self-cleaning technologies into various modes of transportation to ensure cleanliness and safety for passengers.
2. Food and Beverage - Disruptive innovation opportunity: Implement self-cleaning solutions in restaurant equipment and surfaces to maintain high hygiene standards in food preparation areas.
3. Non-profit and Delivery Services - Disruptive innovation opportunity: Develop novel delivery systems and packaging solutions that prioritize cleanliness and reduce contact-based transmission risks.
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