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Address: 89 North Bend Apt 3011, Darien SA 25011

Email: groomans.m22@hotmail.com Phone: 802 512 2511

PROFESSIONAL SUMMARY

·        Four years of experience executing chemical engineering projects, both academic & industry ·        Regular communication of research findings to sponsors:Excellent presentation and written skills ·        Proficient in analysis and instrumentation: GC, HPLC, 1H &13C NMR, DSC, FT-IR, UV-Vis spectroscopy ·        Expertise working with high pressure equipment (Parr autoclave vessels, ISCO pumps, flow control valves) ·        Basic level experience with MATLAB coding and ASPEN HYSYS simulations

LEADERSHIP & TEAMWORK - TECHNICAL

·        Managed several projects in multi-disciplinary teams of chemists and chemical engineers ·        Responsible for general laboratory management –safety committeemember ·        Supervised and assisted 50+ students in learning concepts of ‘Chemical thermodynamics’ and ‘Chemical process principles’ by conducting office hours and delivering lectures ·        Collaborated with graduate students, post doctoral fellows and research scientists and with industry partners ·        Mentored under-graduate students in lab

LEADERSHIP & TEAMWORK - EXTRA CURRICULAR

·        Honor Advisor, Georgia Tech (Nov2010-Present) ·        Treasurer, Vibha-GT, NGO for under-privileged children(2009, 2010) ·        Volunteer service at local animal shelter, Atlanta Humane Society (May– Dec 09) ·        Photography volunteer, VIBHA Marathon (Sep 2011)

RELEVANT WORK EXPERIENCE

Georgia Institute of Technology, Atlanta Graduate Research Assistant (Advisors: Dr Charles Eckert, Dr Charles Liotta)			Jan 2009 - Present
·        Developednovel reactive solvents for non-aqueous energy efficient post-combustion CO2 capture ·        Conducted fundamental studies to understand the silane grafting reactions used for electric wire coatings ·        Gained mechanistic and regiochemistry knowledge using advanced NMR techniques on hydrocarbon model ·        Collaborated with research partners from Dow wire & cable and Phillips 66 ·        Oral and poster presentations at national and international conferences
Phillips 66, Oklahoma Research Intern (Supervisor: Dr Warren Ewert, Fellow)	May - Aug 2011
·        Continued thesis work at CO2 capture & avoidance and corrosion control (upstream) group ·        Evaluated corrosion behavior of novel CO2 capture solvents in comparison to monoethanolamine
Indira Gandhi Center for Atomic Research, India Summer Intern (Supervisor: Dr S.B Koganti)		May - Jul 2006
·        Optimized the process of liquid extraction in pulsed disk column by experiments and modeling ·        Performed simulations using MATLAB to determine model variables

EDUCATION

Georgia Institute of Technology, Atlanta M.S. Chemical Engineering (GPA 3.3/4.0)	May 2012
Birla Institute of Technology and Sciences (BITS), Pilani, India B.E. [Hons.] Chemical Engineering(GPA 9.2/10.0) Graduated with distinction	Aug 2008

PRESENTATIONS AND PUBLICATIONS

-          Martin.G, Hart. R, Pollet. P, Burlager. M, Huttenhower. H, Blasucci. V, Liotta. C and Eckert. C,“Reversible ionic liquids for sustainable processing,” 14^th Annual Green Chemistry Conference, Washington DC, Jun 2010 (Poster) - 2010 NSF Scholar Award

-          Martin.G, Hart. R, Flack. K, Rohan. A, Switzer. J, Verma. M, Biddinger. E, Talreja. M, Pollet. P, Liotta. C and Eckert. C., “Reversible ionic liquids for carbon dioxide capture – Potential and Challenges," ACS Meeting, Anaheim, CA, Mar 2011 (Oral)

-          Martin.G, Nixon. E, Jha. R, Verma .M, Pollet. P, Gelbaum. L, Liotta. C, Eckert. C, Chaudhary. B, Cogen. J, “Fundamental studies on the radical initiated grafting of vinyltrimethoxysilane onto polymeric models”, AIChE meeting, Minneapolis, MN, Nov 2011 (Oral)

-          Martin.G, Hart. R, Flack. K, Rohan. A, Switzer. J, Verma. M, Biddinger. E, Talreja. M, Pollet. P, Liotta. C and Eckert. C., “Novel CO₂ Capture Solvent System”, Strategic Energy Institute Energy Retreat, Atlanta GA, Dec 2010 (Poster)

-          Martin.G, Hart. R, Pollet. P, Huttenhower. H, Blasucci. V, Liotta. C and Eckert. C, “Reversible ionic liquids for carbon dioxide capture – Potential and Challenges," ACS Preprints, Division of Fuel Chemistry, 2011

-          Harman. A, Switzer. J, Stacl. K, Hart. R, Martin.G, Biddinger. E, Talreja. M, Miquel. M, Verma. M, Faltermeier. S, Nielsen. P, Pollet. P, Palomar. J, Rodríguez. F, Eckert. C, Liotta. L, “Design of Non-Aqueous Silylamine Solvents for CO₂ Capture through Structure-Property Relationships” (Publication in progress)

-          Pollet. P, Liotta. C, Eckert. C, Martin.G, Nixon. E, Jha. R, Verma .M, Gelbaum. L, Chaudhary. B, Cogen. J, “Radical-Mediated Graft Modification of Polyethylene Models with Vinyltrimethoxysilane: A Fundamental Study”, Ind. Eng. Chem. Res., 2577, 95, 25771-21012

SUMMARY OF THESIS WORK

-          Novel non-aqueous solvents for CO₂ Capture[Graduate Thesis; Sponsored by ConocoPhillips]

Scalable and cost effective methods to capture and sequester CO₂ are important to offset some of the global impact of the combustion of fossil fuels on climate change. The reactive amines, that our group has developed, react with CO₂ to form ionic liquids. On modest application of heat, they release CO₂to revert back to molecular form. I designed experiments to collect thermodynamic information about the amines which are essential for process design and simulation of pilot plant technology. The studied properties are used to formulate structure property relationships to engineer molecules as required. I evaluate approaches to minimize the viscosity of the solvent systems as well.

-          Study of Silane Grafting on Polyethylene [Graduate Thesis; Sponsored by Dow]

Grafting of silanes on a polyethylene backbone followed by moisture curing is a common industrial method to introduce cross-linking. Cross-linked polyethylenes have widespread applications as insulators for current-carrying wires and cables and for hot water pipes. I conducted fundamental mechanistic studies using advanced NMR on model compounds representative of ethylenic polymers - dodecane and heptane - to provide insights on the mechanism of radical-initiated silane grafting on polyethylene.

-          Process optimization for bioremediation of toxicants [Under-graduate thesis work]

Biosorption is potentially an attractive technology for treatment of wastewater for removing heavy metals from dilute solutions. Any material of biological origin has metal sequestering properties although they differ widely in their capacities. Biomass can’t be used as raw material and is, therefore, immobilized in a gel matrix. Calcium alginate has been used for immobilization. Initial batch and pilot plant studies were conducted to find the sorptive capacity of plain and immobilized beads for four metals namely copper, zinc, nickel and cadmium. The treated effluent solution was found to have metal concentrations below NPL permissible limits.

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