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 Bioprocess Engineering Tutorials

BIOPROCESS ENGINEERING PRINCIPLES AND METHODOLOGY

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Discover what are industrial bioprocesses, their enzymatic and cellular biocatalysts, their key unit operations and wide-ranging applications

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Explore the challenges of bioprocess scale-up, the technologies and operations of bioreactors, and the essential tasks of bioprocess design

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Understand the importance of knowledge-type simulation models in bioprocess engineering, and discover how to construct them effectively.

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Discover how to assess the capital investment and production costs of bioprocess plants, including expenses for materials, energy, equipment and labor

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Discover the essential toolbox of knowledge, concepts and methods needed for the design, scale-up and simulation of bioprocesses

BIOPROCESS ENVIRONMENTAL EVALUATION AND OPTIMIZATION

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Explore the LCA methodology to evaluate bioprocess environmental impacts, focussing on energy consumption, water usage and CO2 emissions

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Understand the criteria for bioprocesses environmental optimization, and learn how to use LCA to reduce their impacts indicators

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Learn how to perform a bioprocess LCA using spreadsheets designed for material and energy inventories and impacts indicators

MICROBIAL FERMENTATION PROCESSES

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Explore the kinetic laws of microbial cells growth, substrates consumption, and production of growth and non-growth associated metabolites

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Explore the kinetic laws of oxygen transfer and consumption, and the modeling of dissolved oxygen concentration in microbial fermentations

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Explore the methodology to construct knowledge driven simulation models of the dynamics of microbial fermentations

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Understand the fundamental phenomena of microbial reaction, mass transfer and fluid flow that govern microbial fermentation dynamics

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Explore the principles, simulation and optimal operation of fed-batch fermentations to reach highest fermentor productivity.

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Learn how to use a spreadsheet to analyze the experimental kinetics of bacterial fermentation and numerically evaluate cellular rates

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Discover how to use a spreadsheet to build a simulation model of a yeast fermentation and numerically integrate the model equations

ANIMAL CELL CULTURE PROCESSES

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Explore the kinetic laws of animal cells growth and death, of substrates consumption, of metabolites and proteins production in bioreactors

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Understand the fundamental phenomena of cellular reaction, mass transfer, and fluid flow, that govern animal cell cultures dynamics in bioreactors

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Learn how to use a spreadsheet to analyze the experimental kinetics of an animal cell culture and numerically evaluate culture rates

Capture d’écran 2020-05-24 à 19.23.40 co
Nancy, France
Email : contact@bioprocessdigital.com
© 2025 BioProcess Digital, Inc
Online courses
Introduction to bioprocess design, scale-up and simulation
Bioprocess engineering basic principles
Introduction to microbial fermentation engineering
Digital scale-up and optimization of microbial fermentations
Case study in Digital scale-up and optimization of fermentation processes
Introduction to enzymatic bioconversion processes
Simulation, scale-up, and optimization of soluble and immobilized enzyme bioreactors
Introduction to animal cells culture processes
Simulation, scale-up, and optimal operation of suspended and adherent animal cells bioreactors
Design, scale-up, and cost evaluation of recombinant proteins production
Bioprocess design and cost evaluation
Introduction to bioprocess Life Cycle Assessment
Life Cycle Assessment of bioprocesses and byproducts
 
Online diploma
DU Université de Lorraine, ENSAIA
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