Mathematical programming models for the calculation of optimal targets in the design of integrated liquid waste treatment systems.
Theses Archive
Type: Any – Dissertations – Doctoral (PhD)
Natural Language Modelling in Process Synthesis: Development and Optimization of Integrated Biorefineries.
A mathematical decomposition for the synthesis and the application of total site analysis on multiproduct biorefineries.
Short-Cut Models Based On Molecular Structure for Life Cycle Impact Assessment of Biorefinery Products.
A systems approach to the integration of biorefneries with oil refineries.
Developing life cycle analysis models for optimal design of innovative chemical products.
Process modelling, optimization & multiple operation points of post combustion CO 2 capture process, using aqueous monoethanolamine as solvent
Design and energy integration of a lignocellulosic biorefinery
Conceptual design for an early stage process analysis of reaction and separation processes in future biorefineries
Method for the synchronized selection of water treatment processes and targeting of clear water and recycle flows
Integrated separation systems of a ternary azeotropic mixture from a microalgae biorefinery