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Bioprocess engineering online Courses

Courses are available on-demand and can be organized at your own pace
You have the flexibility to take courses individually or in small groups
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Bioprocess engineering principles and methodology

Introduction to bioprocess design, scale-up, and simulation

Bioprocess engineering scope and methodology

Bioprocess engineering basic principles

Material and energy balances, fluid flow, residence time distribution, mass and heat transfer, enzymatic and cellular kinetics

Bioprocess economic evaluation and optimization

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Bioprocess design and economic analysis

Material balance, energy consumption, equipment sizing, cost evaluation, sensitivity and uncertainty analysis, energy and cost optimization

Bioprocess environmental evaluation and optimization

Introduction to bioprocess Life Cycle Assessment (LCA)

LCA methodology, material and energy inventories, impacts indicators

Life Cycle Assessment of bioprocesses and bioproducts

LCA methodology, material and energy inventories, impacts indicators, impacts allocation, uncertainty analysis, environmental optimization

Microbial fermentation processes

Introduction to microbial fermentations engineering

Industrial fermentation kinetics, knowledge-simulation models, digital optimization of fermentors operations

Microbial fermentation processes - Optimize fermentors operation

Industrial fermentation processes, microbial kinetics, oxygen and CO2 in fermentors, optimal fermentors operation

Simulation, scale-up, optimal operation of microbial fermentors

Kinetic analysis, modeling-simulation, cost evaluation batch, continuous, fed-batch fermentation, fermentation intensification

Animal cell culture processes

Animal cells bioreactors principles and optimal operations

Cell cultures influencing phenomena, cell kinetics, oxygen and CO2 in bioreactors, batch, fed-batch and perfusion operations

Simulation, scale-up, optimal operation of animal cell bioreactors

Cell culture kinetic analysis, bioreactors simulation models and scale-up, optimal operations of suspended and adherent cells reactors

Design and cost evaluation of recombinant proteins process

Process material balance and equipment sizing, investment and production costs, sensitivity and uncertainty analysis

Enzymatic bioconversion processes

Introduction to enzymatic bioconversion processes

Industrial bioconversions, soluble and immobilized enzymes bioreactors, enzyme kinetics, bioconversion costs

Simulation, scale-up and optimization of enzyme bioreactors

Bioconversion kinetics, bioreactor simulation model, optimization of batch, continuous and fixed bed bioreactors, bioconversion costs

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