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Climate Mitigation and Energy Futures

Overview

  • Credit value: 30 credits at Level 7
  • Convenor: Dr Jenni Robertson
  • Assessment: a 2000-word energy decarbonisation report (40%) and an essay and presentation (60%)

Module description

In this module we begin by considering the scientific evidence for human-induced climate change within the context of changes in climate in the earth’s past. A thorough exploration of the projections and models of future climate change then provides the basis for exploring the role of mitigation through emissions reduction.

We introduce you to the principle aspects of the modern energy scene, analysing the targets and trajectories in place and the role of energy security at local and global scales.

The emissions reduction role of key renewable energies is analysed, with focus given to considering the societal, environmental and technical aspects associated with their implementation. This is complemented by exploring the role of low-emission fuels and how engineered CO2 removals contribute to addressing the emissions from hard-to-abate sectors.

Through a mock citizens assembly, you will collaborate with students on other environmental and sustainability modules to consider how to tackle a key challenge in emissions reduction.

An optional field trip provides insight into how a large property development organisation (Quintain), responsible for Wembley Park and Stadium, operationalises its Netzero by 2050 strategy, including its approach to renewable energy. The field trip will take place on a weekday afternoon/evening. Flexible mode students who are unable to attend the field trip will be provided with a case study briefing pack and group study session with the lecturer.

Indicative syllabus

  • Climate change science and the changing carbon cycle
  • Climate modelling and climate scenarios
  • The modern energy scene and energy projections
  • Energy supply from renewables and low emission fuels
  • The role of electrification and nuclear power
  • Carbon capture utilisation and storage
  • Energy priorities in the heat energy sector

Learning objectives

By the end of this module, you should be able to:

  • understand the evidence for human-induced climate change and the principles of climate modelling, projections and model output
  • describe and evaluate global and local climate change mitigation through emissions reduction
  • examine the modern energy scene and report on the performance so far against targets and trajectories
  • critically evaluate the social, economic, environmental and technical aspects of renewable energy and low emissions fuels involved in emissions reduction, using case studies to gain detailed insight
  • describe the importance of electrification and the role of nuclear power, energy storage and grid management systems.