Chevron
| Facilities Engineer Intern
01 Apr 2012 -
01 May 2012
Bangkok, Thailand
When natural gas are mined out, they come with a mixture of liquid oil, water and contaminants such as hydrogen sulfide. The natural gas stream needs to be purified through several separators before it can be sold. These separators have limited capacities and they are spread out among many off-shore platforms. To enhance flexibility of operations, I designed a process control system for split flow of natural gas to different off-shore platforms.
Penn State University
| Materials Simulation PhD Research Assistant
01 Aug 2013 -
Present
Pennsylvania
Nanomaterials can be used as materials for next-generation photovoltaics and catalysts, although large-scale production requires precise shape-control. In order to scale-up, the understanding of the shape-control mechanism is critical. My research goal is to understand the chemistry and physics that governs the shape-control of nanomaterials production.
Advised by Prof. Kristen Fichthorn with collaboration with Prof. Robert Rioux's experimental group.
X Qi, T Balankura, Y Zhou, KA Fichthorn. Nano Letters, 2015, 15(11), 7711-7717.
Chulabhorn Research Institute
| Reaction Engineering Research Assistant
01 May 2012 -
01 Aug 2013
Bangkok, Thailand
Glycerol is a low-value side-product from the production of bio-diesel. One profitable pathway to add value is by polymerization to polyglycerols, in which glycerol is simply heated in the presence of a catalyst. From my research, I found that using microwaves to heat up glycerol can yield more uniform polyglycerols compared to conventional heat. With industry funding, I have optimized and patented this process.
Advised by Dr. Siwarutt Boonyarattanakalin.
S Boonyarattanakalin, T Balankura, S Ruchirawat, DIP (Thailand), 2013, DIP (Thailand) 1301002073.