Research Opportunities with the Energy Systems Analysis Group
Members of the Energy Systems Analysis Group (ESAG) advise Princeton undergraduate student independent research, graduate student dissertation research, and post-doctoral fellows.
Contribute to a major research effort focusing on various aspects of the production and use of biomass (wood, other plant material, municipal solid waste, etc.) as a renewable energy source. The work includes: engineering assessments of advanced technologies for converting biomass into fluid fuels and electricity; analysis relating to land use for biomass production; and assessment of ecosystem impacts of large-scale biomass production. Possible areas for independent research projects include:
- Analysis of advanced technologies for electricity or combined heat and electricity production via thermochemical gasification of biomass, including gas turbines, fuel cells, and stirling engines.
- Analysis of advanced industrial processes for production of transportation fuels from biomass (methanol, ethanol, hydrogen, and other fluid fuels).
An important but underexamined option for a global energy system responsive to greenhouse constraints involves the conversion of fossil fuels to hydrogen, the sequestration of the fossil carbon as carbon dioxide (e.g. in deep underground aquifers) , and the implementation of a hydrogen economy. Research projects might address:
- Current and planned fossil fuel projects where carbon dioxide is sequestered (i.e., Exxon at Natuna, Indonesia)
- Carbon dioxide storage in deep aquifers (chemical and physical processes).
ESAG staff and faculty can act as advisors to PEI-STEP Fellows.
Postdoctoral Research Associate
Princeton University seeks a postdoctoral or more senior research associate to join the Energy Systems Analysis Group (ESAG) at the Princeton Environmental Institute. ESAG research involves thermodynamic, economic, and environmental systems analysis of advanced energy conversion systems, including processes that transform fossil fuels and/or biomass into electricity, hydrogen, and synthetic liquid or gaseous fuels - with CO2 capture and geologic storage. We are looking for an individual with a Ph.D. in science or engineering to work with us in designing and analyzing such novel facilities. Familiarity with gasification, reforming, CO2 capture, and other relevant process technologies is desirable. A minimum of two years of experience with energy systems modeling with Aspen Plus chemical process simulation software is required. Candidates must have excellent English writing and spoken communication skills.
Appointments are for one year with possibility of renewal pending continued funding and satisfactory performance. Interested applicants should submit a current CV, a cover letter describing specific areas of expertise and interest, and contact information for three references to email@example.com, position requisition number 1300664.
Princeton University is an equal opportunity employer and complies with applicable EEO and affirmative action regulations.