Department of Process Engineering

Unit	Module	Credit	Coefficient
UED 1.1	biomass and biofuel	1	1
UEF 1.1.1	Unit operations I (distillation, sol-liquid extraction, blending)	6	3
UEF 1.1.1	Porous and dispersed media	4	2
UEF 1.1.2	Applied thermodynamics	4	2
UEF 1.1.2	Heat exchangers	4	2
UEM 1.1	TP Unitary operations I	2	1
UEM 1.1	Process engineering simulators	3	2
UEM1.1	PT porous and dispersed media	2	1
UEM1.1	PT Heat exchangers	2	1
UET1.1	Technical English & Terminology	1	1

Unit	Module	Credit	Coefficient
UED 2.1	Biomass and biofuels	1	1
UED 2.1	Activation process	1	1
UEF 1.2.1	Unit operations 2 (Humidification-Drying-Evaporation-Crystallisation)	6	3
UEF 1.2.1	Adsorption processes and membrane separation	4	2
UEF 1.2.2	Reaction engineering I: non-ideal reactors and bioreactors	4	2
UEF 1.2.2	Ovens and boilers	4	2
UEM 1.2	Numerical Analysis	4	2
UEM 1.2	PT Unit operations 2	2	1
UEM 1.2	PT Reaction engineering	2	1
UEM 1.2	PT adsorption and membrane separation processes	1	1
UET 1.2	Respect for the norms and rules of ethics and integrity.	1	1

Unit	Module	Credit	Coefficient
UED 2.1	Industrial risks and natural disasters	1	1
UED 2.1	Environmental management	1	1
UEF 2.1.1	foundations of process engineering modelling	4	2
UEF 2.1.1	Optimisation methods in process engineering.	4	2
UEF 2.1.1	Distillation	4	2
UEF 2.1.2	Refining and Petrochemical Processes	4	2
UEF 2.1.2.	Reaction engineering II: Polyphase reactors	4	2
UEF 2.1.3	Process intensification	2	1
UEM 2.1	Regulation and control of processes	4	2
UEM 2.1	Experiments Design	3	2
UEM 2.1	TP Refining and petrochemical processes	2	1
UET 2.1	Documentary research and conception for the dissertation	1	1