The world is moving from using fossil resources to sustainable biobased ones. In order to be truly sustainable, alternative, biobased resources also need to be economically viable. To be successful, corporations need to be able to navigate the challenges and opportunities in this dynamic field. This MicroMasters program is intended for those currently working in the energy, chemical and biotech industries and seeking to make a shift to more sustainable practices. It will focus on the use of chemical and biotechnological approaches for the production of energy-carriers, polymers, chemical building blocks and materials from renewable resources and waste streams.
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The world is moving from using fossil resources to sustainable biobased ones. In order to be truly sustainable, alternative, biobased resources also need to be economically viable. To be successful, corporations need to be able to navigate the challenges and opportunities in this dynamic field. This MicroMasters program is intended for those currently working in the energy, chemical and biotech industries and seeking to make a shift to more sustainable practices. It will focus on the use of chemical and biotechnological approaches for the production of energy-carriers, polymers, chemical building blocks and materials from renewable resources and waste streams.
The world is moving from using fossil resources to sustainable biobased ones. In order to be truly sustainable, alternative, biobased resources also need to be economically viable. To be successful, corporations need to be able to navigate the challenges and opportunities in this dynamic field. This MicroMasters program is intended for those currently working in the energy, chemical and biotech industries and seeking to make a shift to more sustainable practices. It will focus on the use of chemical and biotechnological approaches for the production of energy-carriers, polymers, chemical building blocks and materials from renewable resources and waste streams.
Completion of this MicroMasters program in Chemistry and Technology for Sustainability will enable you to discover new resources and help your company make the switch from fossil to renewable, biobased resources.
The only way to obtain the MicroMasters program certificate is to complete and pass all courses in the programme with a verified (paid) certificate. You may browse individual courses for free before deciding to pursue the entire programme. However, some course content is only available to verified learners.
What's inside
Four courses
From Fossil Resources to Biomass: A Business and Economics Perspective
(120 hours)
From Fossil Resources to Biomass: A Business and Economics Perspective
(120 hours)
Biorefinery: From Biomass to Building Blocks of Biobased Products
(112 hours)
Biorefinery: From Biomass to Building Blocks of Biobased Products
(112 hours)
Catalytic Conversions for Biobased Chemicals and Products
(70 hours)
Catalytic Conversions for Biobased Chemicals and Products
(70 hours)
Capstone Chemistry and Technology for Sustainability
(128 hours)
Capstone Chemistry and Technology for Sustainability
(128 hours)Learning objectives
- Understand the challenges of switching from a fossil source-based economy to a biobased economy.
- Understand how to identify suitable raw materials and create valuable new products.
- Learn how to refine biomass without damaging its valuable components.
- Perform a functional analysis of potential methods that can be used for refining a resource.
- Learn how to efficiently convert biobased feedstocks into desired products.
- Evaluate technological, ethical, societal and economic consequences in the production of biobased products.
- Understand the challenges of switching from a fossil source-based economy to a biobased economy.
- Understand how to identify suitable raw materials and create valuable new products.
- Learn how to refine biomass without damaging its valuable components.
- Perform a functional analysis of potential methods that can be used for refining a resource.
- Learn how to efficiently convert biobased feedstocks into desired products.
- Evaluate technological, ethical, societal and economic consequences in the production of biobased products.
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