2025
Entries
Globally, tens of thousands of wind turbine blades are being retired without scalable, sustainable reuse pathways. These blades—built from glass-fibre composites—are often landfilled, incinerated, or shredded into low-grade filler. At the same time, the construction industry is seeking cost-effective, fire-rated façade materials with a lower carbon footprint. This project proposes a transformative solution: a mobile,
The utilization of extraterrestrial resources is essential for sustaining long-term space exploration and reducing dependency on Earth-based supply chains. Our innovative robotic-assisted regolith processing system will efficiently extract aluminum, silicon, calcium salt and oxygen as co-products, providing critical materials for construction, manufacturing, and propulsion. Designed for deployment on the Earth, Moon, and Mars,
While the world focuses on exhaust pipes, a silent polluter hides in plain sight: our tires and brakes. Non-exhaust emissions (NEE) from tire wear and brake dust can constitute over 50% of urban traffic-related particulate matter (PM2.5/PM10). This invisible, toxic dust—a problem exacerbated by heavier electric vehicles—clogs our air, contaminates our water,
Loft EV is a sleek, solar-powered electric vehicle designed to redefine urban mobility. With its minimalist prism-like exterior and lounge-inspired interior, it blends comfort, style, and sustainability. Featuring six seats—including rotating front seats and a rear sofa—the Loft EV transforms into a social, semi-autonomous space on wheels.
This project relies on the desalination of Storm water drainage and Seawater by solar energy & inside power generation: Only require Five minutes power by (solar energy) to start the operation this device after that distribution this power from inside this device it will be automatically work without outside energy by Absorption Energy Self (Inside Round energy),
The challenge:
Renewable fuel based on alcohols, like Methanol, Ethanol and Butanol, show great advantages not only in CO₂ reduction, but also in the engine’s efficiency and its maximum performance. They are however more difficult to vaporize than gasoline, which means difficulties at start up and in general when it is cold.
We have developed a novel method, dubbed thermal processing & coating (TP&C), for manufacturing surface coatings that can replace the traditional hard chrome plating. The TP&C surface treatment allows one to combine exceptional mechanical properties obtained due to heat treatment with an enhanced tribological performance and corrosion resistance.
After more than 30 years, there are still only 10 deposit law states where consumers are incentivized to recover their 5 or 10 cent deposits on beverage and water bottles and containers.
Yet, the evidence after 30 years shows that in deposit states, 75-90% of deposit bottles are returned, just so consumers can recover their deposits,
Traditional dumpers can unload material only at the rear side by hydraulic lifting of metal dump bucket. Some times in narrow lane and small space such dumping may create difficulties for the commuters and other traffic. As an example, it is seen that unloading the reinforced steel bar (rebar) at the rear side is not possible,
Nanoenergetic propellants offer superior energy density per unit mass, resulting in higher specific impulse compared to conventional solid propellants. This efficiency enables the use of smaller amounts of propellant to achieve the same change in momentum, making these materials ideal for space propulsion and orbital maneuvering. In addition to their exceptional gravimetric energy density,
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