This Winter-Friendly Scientific Breakthrough Could Prevent Frozen Roads
Alyson Wyers — January 27, 2016 — Autos
References: acs.org & springwise
This salt-embedded asphalt could help with frozen roads and icy driving conditions, which could make a difference in the aftermath of Jonas. Discovered by a team at Koc University in Turkey, the material could come in handy all winter long.
The frozen roads-preventing invention consists of bitumen, salt potassium formate and polymer styrene-butadiene-styrene. Lab results suggest the material could have a significant effect in delaying ice formation on the road, potentially even leading to years of ice-proof streets.
The salt-embedded asphalt could save municipal governments a considerable sum of money that it would spend on roads in inclement weather. Many possible applications exist, including public spaces and pavement not just used for cars. This would also lead to improved public health and safety.
The frozen roads-preventing invention consists of bitumen, salt potassium formate and polymer styrene-butadiene-styrene. Lab results suggest the material could have a significant effect in delaying ice formation on the road, potentially even leading to years of ice-proof streets.
The salt-embedded asphalt could save municipal governments a considerable sum of money that it would spend on roads in inclement weather. Many possible applications exist, including public spaces and pavement not just used for cars. This would also lead to improved public health and safety.
Trend Themes
1. Salt-embedded Asphalt - Disruptive Innovation Opportunity: Developing salt-embedded asphalt can revolutionize road maintenance by preventing frozen roads and reducing accidents caused by icy driving conditions.
2. Ice-proof Streets - Disruptive Innovation Opportunity: Creating ice-proof streets with the use of salt-embedded asphalt can lead to safer and more efficient transportation, reducing costs for municipal governments.
3. Winter-friendly Materials - Disruptive Innovation Opportunity: Researching and utilizing winter-friendly materials like salt-embedded asphalt can open doors for developing innovative solutions for various public spaces and pavement applications.
Industry Implications
1. Civil Engineering - Disruptive Innovation Opportunity: Civil engineers can explore salt-embedded asphalt technology to enhance road infrastructure and create more durable and efficient transportation systems.
2. Municipal Services - Disruptive Innovation Opportunity: Municipalities can embrace salt-embedded asphalt to reduce costs spent on road maintenance during inclement weather and improve overall public safety.
3. Construction Materials - Disruptive Innovation Opportunity: Manufacturers and suppliers in the construction materials industry can invest in producing salt-embedded asphalt, providing a sustainable solution for winter road maintenance and enhancing market competitiveness.
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