Professor Rajib Mallick Melts Away Snow Via Underground Piping System
Meghan Young — January 29, 2011 — Eco
Although self-heated roads aren't a new concept, Professor Rajib Mallick has proposed a more eco-friendly way to solve our chilly problems. Using a system of underground piping that holds freeze-resistant fluids, Mallick hopes to create an insulated chamber that is heated by the sun's natural warmth.
Considering all the snow the world has seen in the last couple of months, Professor Rajib Mallick's concept may be a great way to avoid snow-covered roadways. Although it would cost $12,500 for every 164-feet of pipe, it would be recouped after the first six months of use.
Considering all the snow the world has seen in the last couple of months, Professor Rajib Mallick's concept may be a great way to avoid snow-covered roadways. Although it would cost $12,500 for every 164-feet of pipe, it would be recouped after the first six months of use.
Trend Themes
1. Self-heated Roads - The development of self-heated roads using innovative underground piping systems creates opportunities for efficient snow and ice removal.
2. Eco-friendly Solutions - The use of freeze-resistant fluids and harnessing the sun's natural warmth presents disruptive innovation opportunities in creating sustainable infrastructure.
3. Cost-effective Technologies - The cost-effectiveness of Professor Rajib Mallick's heating system opens up possibilities for wider implementation of snow-melting roads.
Industry Implications
1. Transportation - The transportation industry can leverage self-heated roads to improve safety and efficiency during winter months.
2. Construction - The construction industry can adopt eco-friendly solutions like underground piping systems to create sustainable and efficient infrastructure.
3. Renewable Energy - The renewable energy industry can explore using solar power to heat roads, reducing reliance on traditional energy sources.
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