Environmental Engineering
40% of the world’s population experiences water scarcity, this figure will only grow with climate change. Wells give many people access to water, but there are an increasing number of circum…
Environmental Engineering
The Four-Corners region of the Desert Southwest is where much of the Diné (Navajo) population lives remotely, in traditional Hoghans. These Hoghans neither have running water nor electricity…
Environmental Engineering
Purpose The emission of carbon dioxide into the atmosphere increases the greenhouse effect and warms the earth. In addition to reducing CO2 emissions, it is possible to actively remove the g…
Environmental Engineering
After Corona 19, plastic food packaging materials are emerging as the main culprit leading to the deepening of environmental pollution and climate change. It accounts for about 70% of the to…
Environmental Engineering
The goal of our project is to develop both an automatic and a manually operated device for cleaning small water bodies from domestic waste. It is known that the disposal of household waste s…
Environmental Engineering
Nowadays over 80% of the volume of international trade in goods is carried by sea. The majority of the ships still run on fossil fuels, causing high levels of pollutant exhaust emissions. De…
Environmental Engineering
Second Award
With climate change’s increasing impacts, we must reduce anthropogenic greenhouse gas emissions, specifically methane, to lower the intensity of cascading disasters. In 2019, landfills contr…
Environmental Engineering
Water hardness, caused by calcium and magnesium ions, is a global problem that can have negative effects. In this study, we investigated the use of Jordanian zeolite as a cost-effective and…
Environmental Engineering
Management of waste plastic and the uneven distribution of electrical energy supply around the world are among the greatest challenges before the scientific community. The present work propo…
Environmental Engineering
E-waste is the fastest-growing waste stream in the world, producing 20-50 million tons annually, and it is expected to reach 120 million tons by 2050. It is dangerous due to its poisonous co…
Environmental Engineering
Third Award
This project explores the possibilities of pairing an autonomous underwater vehicle (AUV) with a deep-learning computer vision model for marine debris mapping. A cost effective, 3D-printed A…
Environmental Engineering
Fourth Award
What is the most cost-efficient design of a completely biodegradable water treatment system that uses aquatic plants to reduce the amount of eutrophication in leachate canals feeding the Ind…
Environmental Engineering
The significant increase in carbon emissions since the Industrial Revolution has disrupted the natural carbon cycle, and establishing a new carbon cycle pathway is crucial to address this pr…
Environmental Engineering
Fourth Award
In the recent decades, oil spill pollution has become a prevalent issue due to its adverse environmental effects. Current cleanup procedures while effective, aren’t environmentally sustainab…
Environmental Engineering
Today, dye effluents produced by textile industries contribute to approximately 20% of the world’s water pollution. Due to the costly and complicated dye removal process involved in conventi…
Environmental Engineering
As of 2022, less than 3% of electric power generation in Puerto Rico came from renewable sources like wind and sun. Puerto Rico’s high dependence on fossil fuels presents significant economi…
Environmental Engineering
Modern electronic equipment and devices have brought unprecedented convenience to people's everyday life. At the same time, they also posed a serious threat to human health and the environme…
Environmental Engineering
The U.S., like much of the world, is in a plastic waste crisis and, because of the pandemic 2.4 billion single- use plastic face masks and face shields are being thrown away each day. In mor…
Environmental Engineering
Lithium Iron Phosphate (LFP) technology is an emerging Li-ion battery chemistry that is being implemented into mainstream electrical vehicles (EVs) - Ford and Tesla recently incorporated the…
Environmental Engineering
The Earth's atmosphere is essential to sustaining life and preserving the current global climate. However, the industrial revolution has resulted in high pollution levels that have altered t…
Environmental Engineering
The project aims to implement a dynamic solid waste collection system that relies on level sensors installed in dustbins. The sensors will monitor the levels of waste in the bins, and the da…
Environmental Engineering
Controlling water pollution by phosphorus (P)-laden wastewater and satisfying the high demand for P fertilizer are two global challenges scientists and policymakers face. This project aims t…
Environmental Engineering
One of the characteristics that influences crop production on our island is the location of Puerto Rico in a tropical zone. This fact, in turn, can have a significant effect on food producti…
Environmental Engineering
Bearing in mind the scarcity of water in the Northeast region of Brazil and throughout the whole country, scientific initiatives are needed in order to seek ways to provide clean water to th…
Environmental Engineering
Period-proof underwear is a safe and more sustainable alternative to traditional menstrual products; however, prices range from $20-$40 apiece. In this continuation project, different absorb…
Environmental Engineering
Mealworms are capable of eating and digesting polystyrene foam. The purpose of this project was to test the hypothesis that styrene and benzene would not be found in the frass of mealworms t…
Environmental Engineering
SARS-CoV-2 infection is caused by the aerosol dispersion of droplets or droplet nuclei. Therefore, there is a growing need to investigate aerosol particle behaviors to prevent the spread of…
Environmental Engineering
First Award
Implementation of carbon capture & storage (CCS) is vital for alleviating detriments from carbon dioxide (CO2) emissions. However, all current processes are deemed ineffective due to ineffic…
Environmental Engineering
The purpose of the project was to find an effective method of distribution for an anti-fungal compound that will inhibit the growth of Pspeudogymnoascus destructans on bats, reducing deaths…
Environmental Engineering
First Award
1.1 billion individuals worldwide, particularly low-income workers in remote settings, are unknowingly exposed to dangerous gaseous concentrations of Volatile Organic Compounds (VOCs), accor…