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Computers & Chemical Engineering, Volume 105
Volume 105, October 2017
- Jeffrey J. Siirola, Rafiqul Gani
:
Preface. 1 - Salih Emre Demirel
Systematic process intensification using building blocks. 2-38 - Flavio Eduardo da Cruz, Vasilios I. Manousiouthakis:
Process intensification of reactive separator networks through the IDEAS conceptual framework. 39-55 - Nateetorn Anantasarn, Uthaiporn Suriyapraphadilok, Deenesh K. Babi
A computer-aided approach for achieving sustainable process design by process intensification. 56-73 - Anjan Kumar Tula, Deenesh K. Babi
A computer-aided software-tool for sustainable process synthesis-intensification. 74-95 - Anjan Kumar Tula, Bridgette Befort, Nipun Garg, Kyle V. Camarda, Rafiqul Gani
Sustainable process design & analysis of hybrid separations. 96-104 - Eduardo S. Pérez-Cisneros, Mauricio Sales-Cruz
A reactive distillation process for co-hydrotreating of non-edible vegetable oils and petro-diesel blends to produce green diesel fuel. 105-122 - Matthias Wierschem, Mirko Skiborowski
Techno-economic evaluation of an ultrasound-assisted Enzymatic Reactive Distillation process. 123-131 - Nancy Medina-Herrera
Optimal design of a multi-product reactive distillation system for silanes production. 132-141 - Costin Sorin Bildea
Optimal design of intensified processes for DME synthesis. 142-151 - Zhi Qian, Qi Chen
Optimal synthesis of rotating packed bed reactor. 152-160 - Richard C. Pattison, Calvin Tsay, Michael Baldea:
Pseudo-transient models for multiscale, multiresolution simulation and optimization of intensified reaction/separation/recycle processes: Framework and a dimethyl ether production case study. 161-172 - Maria M. Papathanasiou
Intelligent, model-based control towards the intensification of downstream processes. 173-184 - Gabriel Contreras-Zarazúa
Multi-objective optimization involving cost and control properties in reactive distillation processes to produce diphenyl carbonate. 185-196 - Sarah E. Ballinger, Thomas A. Adams II
Space-constrained purification of dimethyl ether through process intensification using semicontinuous dividing wall columns. 197-211 - Kevin McBride, Nicolas M. Kaiser, Kai Sundmacher
Integrated reaction-extraction process for the hydroformylation of long-chain alkenes with a homogeneous catalyst. 212-223 - Ankur Kumar, Michael Baldea, Thomas F. Edgar:
A physics-based model for industrial steam-methane reformer optimization with non-uniform temperature field. 224-236 - Agachon Phuluanglue, Watcharapong Khaodee
Simulation of intensified process of sorption enhanced chemical-looping reforming of methane: Comparison with conventional processes. 237-245 - Juan C. Carrasco, Fernando V. Lima:
An optimization-based operability framework for process design and intensification of modular natural gas utilization systems. 246-258 - Jian Gong, Minbo Yang, Fengqi You:
A systematic simulation-based process intensification method for shale gas processing and NGLs recovery process systems under uncertain feedstock compositions. 259-275 - Onur Onel, Alexander M. Niziolek, Holly Butcher, Benjamin A. Wilhite, Christodoulos A. Floudas:
Multi-scale approaches for gas-to-liquids process intensification: CFD modeling, process synthesis, and global optimization. 276-296 - John M. Woodley
Bioprocess intensification for the effective production of chemical products. 297-307 - Mariano Martín
Towards zero CO2 emissions in the production of methanol from switchgrass. CO2 to methanol. 308-316 - Abdulla Malek, Nahla Alamoodi
Optimal dynamic operation of microalgae cultivation coupled with recovery of flue gas CO2 and waste heat. 317-327 - Emre Gençer, Rakesh Agrawal:
Strategy to synthesize integrated solar energy coproduction processes with optimal process intensification. Case study: Efficient solar thermal hydrogen production. 328-347
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