2023
Sustainable Technology
It is estimated that 7%-10% of water supplied is lost due to water bucket overflow during water collation and water transportation due to common momentary negligence when the water reaches at the top level and motion of the water bucket at hand transportation.
Generating additional force by morphing of rigid sails will provide a significant advantage in reducing fuel consumption and reducing emissions. Shipping is a major contributor of emissions (pollutants) such as greenhouse gases and VForce® technology reduces this and helps save the earth’s finite resources.
Problem Statement: The solar industry struggles with the inefficiency and suboptimal performance of solar panels due to the accumulation of dust, dirt, and debris. The current manual cleaning methods used for solar panel maintenance are time-consuming, costly, and potentially risky for workers.
PREPchain *reverses* the large-scale climate impacts of blockchain technology, while making blockchain more secure & decentralized! In this network, block sealing capacity is proportional not to energy burned or economic resources posted, but electricity produced from renewable sources.
The quest for manufacturing green hydrogen fuel has gained increased urgency. Currently, the primary method of producing green hydrogen is electrolysis of water. As a water source, seawater offers many advantages over fresh-water, including its electrical conductivity much higher than that of fresh-water. Moreover,
Oil spillage is occurring quite often in water bodies such as sea, lake, rivers etc. Once oil spillage takes place, the process of oil collection and removing from water surface is extremely tedious since oil quick spreads over water surface.
Deep Water Generator: The deep water generator is simply a device to generate electricity (power) as the body of the device sinks in any body of water to depth. The deeper the better.
Ionic Mineral Technologies (Ionic MT) has developed Ionisil™, a nano-silicon anode drop-in technology for lithium-ion batteries. The product is designed to replace graphite (the current mainstream anode material) in the anode of the battery, both partially and completely,
Concentrated Solar Power (CSP) uses heliostat mirrors to direct sunlight onto a central collector where heat is converted to electric power. CSP has a significant potential cost advantage over photovoltaics, mirror area being less expensive than photocells.
However,
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