Sustainable Product, Process and Energy Engineering

The MSc Sustainable Product, Process and Energy Engineering focuses on the use of renewable resources, in particular biomass and carbon dioxide, to produce energy, chemicals, materials and other products in a sustainable way.

Today, most of the fuels, raw materials and chemicals used to produce goods are produced using energy and feedstock from fossil fuels. This raises large questions about future sustainability, due to the finite availability of natural resources and the generation of greenhouse gasses such as C02.

As a result of the greater focus on sustainability amongst consumers, governments and investors, companies are urgently examining ways that they can reduce their environmental impact while protecting their profitability. To achieve this, manufacturers are increasingly looking for engineers who have the specialist knowledge and tools to ensure that the choice of energy sources, raw materials and manufacturing processes are rigorously considered when designing and manufacturing products.

The MSc Sustainable Product, Process and Energy Engineering is specifically designed to provide you with the specific skills and knowledge to design products and processes that are energy efficient, reduce waste and minimise the impact on the environment. In particular, the programme focuses on the following main areas:

Energy from biomass and energy conversion and storage

Production of chemicals from biomass

Biorefinery - production of chemicals from carbon dioxide

Sustainable chemical processes

Biotechnology for industrial applications.

These core topics are supplemented by elective options related in geothermal, solar and hydro energy.

This programme is linked to the prestigious Leverhulme Centre for Doctoral Training in the Sustainable Production of Chemicals and Materials, hosted here at the University of Aberdeen. The research undertaken within the centre informs much of the content taught and so you will be taught by world-leading experts who are actively researching the very latest tools, systems and techniques in this field.