2020
Sustainable Technologies/Future Energy
This invention operates on the principal that fluid pressure increases in direct proportion to depth. It relocates the process of reverse osmosis at depths where the weight of the water produces the pressure required to drive the reverse osmosis process. By some estimates,
There is a dire need to better protect the health of seashores, lakes and rivers, especially fishing grounds. A unique clean-up boat is described below. It aims to markedly reduce the cost and increase the effectiveness of meeting the need.
Though originally conceived by RESTCo, an Ottawa, Canada based R&D company, solely to recover spilled oil,
Design focus is the green energy from waste. Municipal Solid Waste (MSW) including all plastic waste as well as Agricultural Waste is converted to a premium fuel-Di Methyl Ether (DME). DME can replace diesel and LPG. Very large quantity of Municipal Solid Waste as well as agricultural waste is available over the entire world.
Here is proposed a new control framework for converters of renewable energy sources, based on choosing their operation mode – grid-forming or grid-following depends on the dynamic properties of a power system. Accordingly with the proposed definition of the power system’s dynamic stiffness (DS) are defining its direct (DDS) and quadrature (QDS) components.
Problem
Standard bioreactors used to grow microalgal cultures have made little progress in their potential output to meet the needs of industrial carbon dioxide emissions. Although the potential value of the algal product is high, maintenance is laborious and costly.
Solution
High density bioreactors (HDBs) are more efficient and less costly to maintain by an order of magnitude,
The thinnest material in existence is Graphene. It has high thermal conductivity, quantum hall effect, mechanical good with high Young's modulus (1 TPa) and intrinsic strength of 130 GPa, high optical transmittance and high electronic transport, barrier and flame retardant properties owing to their zero bad gaps as a single sheet.
In modern physics, it is axiomatic that Entropy does not decrease automatically. For example, when two rooms of equal temperature are connected to each other, the temperature in one room will NOT automatically be higher than the temperature in the other room.
However, Mr. Richard Phillips Feynman, a famous genius scientist,
Reduction of energy spend and boosting of throughput is of paramount importance to maximize gas separation efficiency. Waste heat energy has a major role in cost of the separated gas. In order to reduce waste energy and thereby reduce cost and increase throughput I have successfully developed a new concept after spending several years to research.
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