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Overview
Key facts
Hydrogen and ammonia are versatile molecules able to deliver a variety of advantages with multiple applications but they still need to win the battle for low cost production and the widening of applications.Biogas and biomethane are well established and can expand their contribution of the energy demand of the water sector. Biofuels like bioethanol or biodiesel could growth towards a wider implementation but currently remain a small part of the energy market. Synthetic fuels and CO2 sequestration processes whilst still in their infancy could provide solutions for the energy transition by extending the life of current energy technologies.
Cranfield University's Alternative Energy Vectors for the Water Sector - Opportunities and Challenges on the Path to Net Zero programme will teach you more about this topic.
Programme Structure
Courses include:
- Review of plans for Net Zero. Some key examples presented and discussed,
- Overview of innovative energy vectors (hydrogen, ammonia, synthetic fuels) and contribution for net zero,
- Hydrogen production and utilisation technologies, and state of the art,
- Ammonia recovery technologies, utilisation possibilities, carbon implications and wider opportunities,
- Synthetic biofuels,
- Exploitation of existing asset (biomethane and CO2 sequestration),
- Legislative incentives and opportunities for process integration
Key information
Duration
- Part-time
- 1 days
Start dates & application deadlines
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More details
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Language
English
Delivered
Online
Disciplines
Energy Engineering View 8 other Short Courses in Energy Engineering in United KingdomAcademic requirements
We are not aware of any specific GRE, GMAT or GPA grading score requirements for this programme.
English requirements
We are not aware of any English requirements for this programme.
Other requirements
General requirements
This masterclass is aimed at water professionals from researchers to engineers, operators, and asset managers, involved in in the definition of future plans for emissions management and the search of alternative energy to achieve net zero. The course will also be of interest to technology investors, energy technology providers, regulators as well as students with a background in water science, environmental engineering who wish to learn more on the role of alternative energy in transitioning towards decarbonised operations.
Tuition Fee
To always see correct tuition fees
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International
185 GBP/fullTuition FeeBased on the tuition of 185 GBP for the full programme during 1 days. -
National
185 GBP/fullTuition FeeBased on the tuition of 185 GBP for the full programme during 1 days.
Funding
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