Environmental Engineering
Honorable_mention Award
Objectives/Goals The objective is to study how efficiently melting rate can be reduced when polyphenols are coated on Ice Methods/Materials 1. Measuring cups, 2. Thermometer, 3. 10 RED HEAT…
Environmental Engineering
The world began to use some oil derivatives instead of using natural cotton in many industries, but oil will not stay as well as Cotton crops are starting to fall. Farmers suffer from the ac…
Environmental Engineering
A membrane made from multi-walled carbon nanotubes proved after 3 trials its ability to decrease the salinity of seawater. First, the membrane underwent formation and impregnation with silve…
Environmental Engineering
Fourth Award
Objectives/Goals The average American homeowner uses an average of 360 gallons of water per day. About 40% of that water is devoid of any toxins or impurities (Green). An additional 35% can…
Environmental Engineering
Harmful algal blooms (HAB) plague eutrophic waters and are often caused by excess anthropogenic nutrients, specifically phosphorus. Allelopathy, a defense mechanism in which an organism excr…
Environmental Engineering
Honorable_mention Award
Objectives/Goals Our project objective was to develop trash sorting habits in kids, inspire kids to contribute and help save the Planet. Waste, when properly sorted, will optimize recycling,…
Environmental Engineering
Having a source of potable water is essential for every country’s survival. Therefore, people need to know how to supply themselves with purified drinking water in case of a crisis. As in Pu…
Environmental Engineering
Objectives/Goals Using safe, non-toxic household materials to absorb oil spills helps protect the environment and the people and animals that live in it. I wanted to determine which househol…
Environmental Engineering
Honorable_mention Award
Objectives/Goals The primary objective of my experiment is to discover more efficient desalination methods by desalinating water samples with varying salinity percentages and conductivity le…
Environmental Engineering
My project is to see what electrode produces the most hydrogen in the process of hydro-electrolysis. I chose to test for the amount of hydrogen produced rather than the amount oxygen produce…
Environmental Engineering
Bangladesh has a serious problem: 20 million in the country drink water well above the arsenic contamination standard. Phytoremediation can be effective in removing heavy metals from water,…
Environmental Engineering
Third Award
One of the biggest problems in both developing and developed nations is the lack of clean water, which induces disease and poverty in communities globally. Mobile applications carry immense…
Environmental Engineering
Landfilling of biowaste instead of composting or recycling it is a major problem for many countries around the world. Even in regions where recycling is common it is not available to everybo…
Environmental Engineering
The main purpose of this project is to increase productivity of conventional wind turbines economically and decrease the negative ramifications those should be contemplated on our environmen…
Environmental Engineering
Plastic and styrofoam, which occupy a large proportion in marine wastes, are not degraded with ease, resulting fatal problems in aquatic ecosystem; they are frequently ingested by aquatic or…
Environmental Engineering
Objectives/Goals Approximately 50% of the plastic we use goes to waste after one use. The average American throws away 185 pounds of plastic each year. The solution: mealworms! The purpose o…
Environmental Engineering
Fourth Award
This project’s goals were to determine the failure point of carbon-coated oyster shells when filtering lead (Pb) from water, and to investigate which components of carbon-coated shells lend…
Environmental Engineering
Objectives/Goals The objective of this experiment is to determine whether or not a specific type of biodegradable plastic eating utensil can begin to biodegrade within a limited amount of ti…
Environmental Engineering
Fourth Award
The purpose of this research is to develop a quick, accurate, affordable, and quantitative test for lead in water. Lead contamination in drinking water is a public health concern. The EPA’s…
Environmental Engineering
The purpose of this experiment is to test if Saccharomyces cerevisiae, Escherichia coli, and Candida albicans can biosorp lead, which is currently one of the most problematic heavy metals th…
Environmental Engineering
Current consumption culture is a producer-polluting framework which harms the environment. Consumers cannot determine raw materials, production process and disposal of goods. Moreover, they…
Environmental Engineering
Seventy percent of world's water is used for agricultural purposes which makes up most of our surface water and is needed to feed the world. We live in a desert which makes water even scarce…
Environmental Engineering
The problem of desert irrigation is challenging task for modern science with great potential benefits for humans. Therefore, the project's objective was to develop a desert irrigation method…
Environmental Engineering
Objectives/Goals At dairies in California and around the world, bovine sewage is discharged to the ground or to percolation ponds resulting in nitrate contamination in groundwater. I investi…
Environmental Engineering
First Award
Arsenic, a highly toxic metal contaminant commonly found in our drinking water, is responsible for many accidental deaths. Currently, the only visual arsenic-in-water detection system is ted…
Environmental Engineering
Objectives/Goals In 2017, California faced one of the most devastating fire outbreaks in the history of the state, destroying 1.3 million acres of land and stripping thousands of people from…
Environmental Engineering
Second Award
Objectives/Goals Microplastics are an increasingly problematic aspect of plastic pollution with an estimated 83% presence in tap water worldwide. Currently, there are no feasible water treat…
Environmental Engineering
Objectives/Goals The objective is to discover how well storm drains keep out plastic of varying sizes and then design a more effective storm drain without causing an overflow. Methods/Materi…
Environmental Engineering (inferred)
Responses to oil spills include; leaving spills undisturbed, removing with skimmers/ sorbents, breaking-up spills with dispersants or introducing biological agents to enhance oil degradation…
Environmental Engineering
After trying to naturally reduce nitrate levels in an aquarium, we began to wonder if there were natural ways to remove nitrate levels in streams. We collected stream water from the New Prag…