Design of Integrated Biorefineries.
Theses Archive
Type: Any – Dissertations – Doctoral (PhD)
Modeling and synthesis of the future biorefinery: an integrated systems approach to enhance the purification of C5 and C6 using organosolv technology and heterogeneous mixtures of lignocellulosic and seaweed feedstocks.
Integration of industrial and municipal waste to biorenewables and bioenergy flows
Methodology of rapid Evaluation of CAPEX and OPEX of techno-logies under development. Integration of a prelimilnary LCA tool, and of an objective function for most appropriate site locations identifications.
Design of Integrated Algae Biorefineries Units.
A superstructure approach to enable process integration and novel equipment design of biorefinery processes.
A systems approach to enable high-throughput analysis of integrated waste biorefineries with industrial and municipal feedstocks.
Development and Analysis of Symbiotic Networks using semantic standards based on ontologies and planning: Appliance and assess of the bioenergy potential in the industrial harbors of Europe.
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