Energy: Sustainable Materials and Design
The search and implementation of less polluting alternatives of energy production has been more demanding, as the long-term impact of human beings on our environment becomes more visible. Th…
Energy: Sustainable Materials and Design
In order to combat climate change and achieve global sustainability, recycling waste and reducing our use of fossil fuels is crucial as we continue moving forward. Hydrothermal carbonization…
Energy: Sustainable Materials and Design
H2 is important as a promising green energy source. Conventional H2 production methods include the steam reforming of fossil resources, water electrolysis, biomass fermentation, and photocat…
Energy: Sustainable Materials and Design
A) PURPOSE The desire for energy is causing major land degradation, pollutions, increase in ozone layer depletion, causing diseases in mankind and increasing the rate of depletion of Mother…
Energy: Sustainable Materials and Design
Proton exchange membrane fuel cells (PEMFCs) can efficiently convert hydrogen energy into electrical energy for easy use. The high cost of imported Pt/C catalysts used in the fuel cell restr…
Energy: Sustainable Materials and Design
Third Award
With the increase in the use of lithium-ion batteries, there is also increase in the waste of dead batteries which causes environmental problems. The recycling of lithium-ion batteries carri…
Energy: Sustainable Materials and Design
This project demonstrates that a new paradigm in energy storage should be considered. Materials science engineers have historically focused on creating ever more energy dense materials to ge…
Energy: Sustainable Materials and Design
As environmental change has become a more prominent issue in the world, the need for alternative energy sources is ever growing. However, it is apparent that wind turbines are not nearly eff…
Energy: Sustainable Materials and Design
Proton Exchange Membrane Fuel Cells are efficient electrochemical energy conversion devices that use hydrogen and oxygen as fuel and produce water as exhaust. As a result, they are one of th…
Energy: Sustainable Materials and Design
Consumption of non-renewable sources of energy for powering electronic devices is a common practice, causing the depletion of fossil fuels. The current project aims at the development of a p…
Energy: Sustainable Materials and Design
The future of our planet is balancing on a thread: combating climate change. Natural substances and fossil fuels are not replenished at the speed at which they are consumed, yet there are ev…
Energy: Sustainable Materials and Design
Second Award
Heating, cooling, and ventilation consume $122 billion/year in the US. Improving the systems’ efficiency, even just slightly, will lead to significant cost savings. The goal is to develop hi…
Energy: Sustainable Materials and Design
In contemporary fuel cell technology, carbon-based nano-scaled materials display great potential to improve fuel efficiency and reduce cost. However, their relatively low activity limits the…
Energy: Sustainable Materials and Design
Solar energy is clean and free, and in abundance. Fossil fuel consumption is growing globally at an unstainable rate, and there is a need for renewable, nonpolluting sources of energy. Newer…
Energy: Sustainable Materials and Design
The discovery of bacteria capable of converting the chemical energy of organic matter into electricity can lead us to a new form of green energy: Bioelectrical systems (BES). BES can help so…
Energy: Sustainable Materials and Design
Third Award
Cellulosic ethanol is a renewable, alternative fuel that could reduce the reliance on fossil fuels. However, cellulose is resistant to breaking down into glucose because its crystalline stru…
Energy: Sustainable Materials and Design
It was hypothesized that the solar paver would be more efficient at colder temperatures, due to the greater difference in voltage as electrons move inside the paver. Along with this, differe…
Energy: Sustainable Materials and Design
The profitable catalytic converter Shammah Ruvimbo Tayengwa Global warming, fuel crises and inadequate raw materials in food manufacturing are problems being faced in our globe. However, the…
Energy: Sustainable Materials and Design
The purpose of this experiment was to test the ability of magnifiers such as SiO2, lenses and mirrors to increase the energy produced by fluorescent proteins GFP and EBFP2-BFP, a UV protein.…
Energy: Sustainable Materials and Design
Well-designed small wind turbine generators demonstrate high potential to capture turbulent wind power. We can break up the load of a large generator to many smaller ones to power local resi…
Energy: Sustainable Materials and Design
Environmental pollution has been an issue of great importance and concern for many countries. Livestock is an agricultural activity that contributes significantly to greenhouse gas emissions…
Energy: Sustainable Materials and Design
Fourth Award
The purpose of this study was to determine the feasibility of using piezoelectricity to create a self-powered calculator. A solar-powered scientific calculator was disassembled for this stud…
Energy: Sustainable Materials and Design
With America's newfound commitment to reducing fossil fuel usage, more renewable energy sources need to be researched. To address this need, microbial fuel cells (MFCs) have been receiving r…
Energy: Sustainable Materials and Design
Over 70% of the households in Zimbabwe's rural areas are still not connected to the national electricity grid. These rural communities, which are a greater part of the country, meet 94% of t…
Energy: Sustainable Materials and Design
Wind turbines stand as a symbol of humanities progression towards safe, clean energy. But the towering behemoths which stand on the plains across the United States and other countries hold a…