PRSEF Student Award

Pittsburgh Regional Science & Engineering Fair

SME-PRSEF Student Award


Every year the Pittsburgh Section of SME presents an award at the Pittsburgh Regional Science & Engineering Fair (PRSEF). The project that receives the award is related to the application of mining and mining engineering or the fields of geology or mineralogy, with a focus on creative or innovative uses of modern technology, such as electronics, computerization, and/or robotics, in mining, mineral exploration, geology, mining equipment, miner safety, or mine rescue.

2017

The SME Pittsburgh Section is pleased to present the SME-PRSEF Student Award to Nikhil of North Allegheny High School. Nikhil's project is entitled, "An RFID-Based Indoor Mapping Tool for the Visually Impaired".

Abstract: Spatial and navigational awareness are critical skills for an efficient and productive lifestyle. Unfortunately, such essential tasks are often difficult, dangerous, or impossible, especially in crowded indoor areas, for the visually impaired. Therefore, the goal of this project is to create a cognitive assistance tool to enhance spatial visualization ability for the visually impaired. To achieve this, a phone-based application will be developed that uses radio frequency identification (RFID) technology, GPS-based location tracking, and native activity monitoring software to help enhance navigational awareness, avoid dangerous situations, as well as improve the lives of visually impaired individuals.


Photo: Jeffery Kravitz (Left, PCMIA) and Michael Keener (Right, SME Pittsburgh Section) stand with Nikhil (Center, Student Award Winner)


2016

The SME Pittsburgh Section is pleased to present the SME-PRSEF Student Award to Vedant of Upper St. Clair High School. Vedant's project is entitled, "'Breathing' Battery".

Abstract: Global Warming is a huge environmental issue faced today and is caused by greenhouse gases. About 72% of the total emitted greenhouse gases is carbon dioxide. My purpose was to collect this carbon dioxide (eliminating it from the air) and use it to produce electricity. I hypothesized that CO2 gas can be used to run a wind turbine to generate electricity before finally being used as a carbonic acid solution in the electrolyte of a galvanic cell to again produce electricity while also ensuring removal from the air.


Photo: Michael Keener (Right, SME Pittsburgh Section) and Jeffery Kravitz (Left, PCMIA) stand with Vedant (Center, Student Award Winner)

 

2015

The SME Pittsburgh Section is pleased to present the SME-PRSEF Student Award to Shanelle of North Allegheny School District. Shanelle's project is entitled, "Novel Nano-Encapsulation for Rapid CO2 Capture and Emission Reduction". 

Abstract: At a time when climate change is becoming a growing national concern, the reduction of carbon pollution from coal-based power plants is gaining increased interest (as shown by the EPA's Clean Power Plan). Current attempts at carbon emission reduction involve Carbon Capture Systems (CCS), however the chemicals currently being used for these systems are toxic amine solutions. Ionic liquids have recently emerged as promising amine replacements, however their characteristically high viscosity slows carbon capture. In an effort to overcome the high viscosities and slow uptake kinetics of ionic liquids, the study aims to confine sorbent ionic liquids within specific nanobubbles, yielding accelerated CO2 capture. Thermo-gravimetric and uptake kinetic analyses are performed to determine the efficacy of this method.

Conclusions: 
- Ionic Liquids (IL) are thermally stable
- As viscosity of IL increases, rate at which CO2 capture occurs decreases
- Nano-encapsulation increases rate of CO2 capture two-fold
- Nano-encapsulation allows for IL to reach constant mass faster (since small drop of IL is accommodated)

Photo: Heather Trexler, P.G. (SME Pittsburgh Section President) and Shanelle (Student Award Winner)

 

Photo: Award winning poster "Novel Nano-Encapsulation for Rapid CO2 Capture and Emission Reduction"