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Gaurav Agrawal
Gaurav Agrawal
Process Development and Scale-up Lead at Origin Materials
Verified email at originmaterials.com
Title
Cited by
Cited by
Year
Modeling the effect of flow mal-distribution on the performance of a catalytic converter
G Agrawal, NS Kaisare, S Pushpavanam, K Ramanathan
Chemical engineering science 71, 310-320, 2012
612012
Comparison of various ternary simulated moving bed separation schemes by multi-objective optimization
G Agrawal, Y Kawajiri
Journal of Chromatography A 1238, 105-113, 2012
472012
Optimization of reactive simulated moving bed systems with modulation of feed concentration for production of glycol ether ester
G Agrawal, J Oh, B Sreedhar, S Tie, ME Donaldson, TC Frank, AK Schultz, ...
Journal of Chromatography A 1360, 196-208, 2014
262014
Systematic optimization and experimental validation of ternary simulated moving bed chromatography systems
G Agrawal, B Sreedhar, Y Kawajiri
Journal of Chromatography A 1356, 82-95, 2014
232014
Model-based design and experimental validation of simulated moving bed reactor for production of glycol ether ester
S Tie, B Sreedhar, G Agrawal, J Oh, M Donaldson, T Frank, A Schultz, ...
Chemical Engineering Journal 301, 188-199, 2016
202016
Conversion improvement for catalytic synthesis of propylene glycol methyl ether acetate by reactive chromatography: Experiments and parameter estimation
J Oh, G Agrawal, B Sreedhar, ME Donaldson, AK Schultz, TC Frank, ...
Chemical Engineering Journal 259, 397-409, 2015
192015
Full superstructure for multiobjective optimization of multicolumn chromatography for ternary separations
G Agrawal, Y Kawajiri
Chemical Engineering & Technology 38 (9), 1677-1682, 2015
152015
A concurrent approach for process design and multicomponent adsorption modeling with local isotherms
S Guo, P Vengsarkar, J Bentley, M Weber, G Agrawal, C Dorsi, Y Kawajiri
Chemical Engineering Science 171, 426-439, 2017
92017
Pyrolysis tar pretreatment
K Kandel, KJ Emanuele, GA Heeter, G Agrawal, JC Yeh, T Xu
US Patent 10,988,698, 2021
62021
Processes for recovering paraxylene
M Salciccioli, G Agrawal, MW Weber, DL Pilliod, CM Dorsi
US Patent 10,351,489, 2019
62019
Process for the recovering of paraxylene
CM Dorsi, G Agrawal, MW Weber, DL Pilliod, JR Porter
US Patent 10,300,404, 2019
52019
Upgrading hydrocarbon pyrolysis products
G Agrawal, ST Cohn, K Kandel, SV Nayak, T Xu
US Patent 10,344,222, 2019
32019
Xylene separation process
JR Porter, MW Weber, G Agrawal
US Patent 9,878,968, 2018
32018
Paraxylene separation process
G Agrawal, MW Weber, M Salciccioli, JR Porter, DL Pilliod, TP Bender
US Patent 9,850,186, 2017
32017
Xylene separation process
MW Weber, Y Kawajiri, M Salciccioli, JR Porter, G Agrawal, DL Pilliod, ...
US Patent 10,392,324, 2019
12019
Process for operating a simulated moving bed reactor
Y Kawajiri, AS Bommarius, J Oh, G Agrawal, B Sreedhar
US Patent 9,914,072, 2018
12018
Methods and Controllers for Simulated Moving Bed Chromatography for Multicomponent Separation
G Agrawal, Y Kawajari
US Patent App. 14/350,909, 2014
12014
Optimization of ternary simulated moving bed separation by superstructure formulation
G Agrawal, Y Kawajiri
Proceedings of Foundations of Computer-Aided Process Operations (FOCAPO), 2012
12012
Simulated moving bed separation process
MW Weber, GUO Siwei, Y Kawajiri, J Bentley, G Agrawal, M Salciccioli, ...
US Patent 10,786,756, 2020
2020
Process for equilibrium-limited reactions
Y Kawajiri, AS Bommarius, TC Frank, ME Donaldson, J Oh, G Agrawal
US Patent 9,732,025, 2017
2017
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