FAU Undergraduate Student Research
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Chemical-Assisted Recovery of Heavy Oil
Type: Text
Year: 2017, 2017, 2017, 2017
Member of: FAU Undergraduate Student Research
Contributors: Kim, Mike, Linares, Natalia, Seo, Seokju
Publisher: Florida Atlantic University
Description: More than 1 trillion barrels of oil deposited worldwide
is heavy oil and natural bitumen. Due to their
high viscosity and high density, extraction efficiency
of heavy oil and bitumen from natural reservoirs
is known to be less than 5% with the conventional
primary recovery methods. To increase their recovery
efficiency, a technique, known as enhanced oil
recovery, has been developed using… more
Full Text: Chemical-Assisted Recovery of Heavy Oil Natalia Linares, Seokju Seo and Dr. Mike Kim, Department of Ocean and Mechanical Engineering Introduction Current extraction efficiency of heavy oil and bitumen from natural reservoirs is known to be less than 5% …
Fundamental Physics of All-Aqueous Micro-Droplet Generation Mechanisms
Type: Text
Year: 2017, 2017, 2017, 2017
Member of: FAU Undergraduate Student Research
Contributors: Kim, Mike, Mastiani, Mohammad, Melgar Jimenez, Sofia, Petrozzi, Nick
Publisher: Florida Atlantic University
Description: Aqueous microdroplets have shown great potential
in various applications such as material synthesis,
chemical reactions, and drug discovery. The
objective of this research is to generate aqueous
microdroplets in water using microfluidic techniques.
Compared to conventional aqueous droplets in an oil
phase, droplets generated from the proposed system
will be more biocompatible and simply… more
Full Text: Fundamental Physics of All-Aqueous Micro-Droplet Generation Mechanisms Sofia Melgar Jimenez, Nick Petrozzi, Mohammad Mastiani, Dr. Myeongsub (Mike) Kim, Department of Ocean and Mechanical Engineering ABSTRACT RESULTS AND DISCUSSION In this research, we …
Geological Lab-on-a-Chip for Salt Precipitation in Deep Saline Aquifers
Type: Text
Year: 2017, 2017, 2017, 2017
Member of: FAU Undergraduate Student Research
Contributors: Asfour, Chris, Crawford, Heather, Kim, Mike, Seo, Seokju
Publisher: Florida Atlantic University
Description: Geologic storage of carbon dioxide (CO2) into deep
saline aquifers is a promising strategy for mitigation
of global atmospheric CO2 levels-a main cause of
climate change. These aquifers have the capacity
to safely store significant amounts of CO2 and are
available worldwide. As such, reaction dynamics and
multiphase transport accompanying CO2 injection in
deep aquifers are important to… more
Full Text: Geological Lab-on-a-Chip for Salt Precipitation in Deep Saline Aquifers Heather Crawford and Chris Asfour, Seokju Seo, Dr. Mike Kim Department of Ocean and Mechanical Engineering ONGOING RESULTS BACKGROUND CO2 Sequestration: A mitigation solution for the …