Chemical & Biological Engineering.

MSc (Eng) Environmental & Energy Engineering.

Going Green Is More Than Just A Fashionable Phrase.

MSc (Eng) Environmental & Energy Engineering. Public concern about processes which affect the environment will continue to influence almost all industrial operations over the next decade and beyond.

Waste disposal, energy production and the minimisation of pollution are the key problems that must be addressed for the sustainable cities of the future. In a world of finite resources and witnessing a population explosion, much effort is being made to change the way in which developed societies consume energy and materials and dispose of waste. The MSc (Eng) in Environmental and Energy Engineering was born from the necessity for the next generation of engineers and scientists to be aware of the issues surrounding this very sensitive and often controversial field. The aim of the course is to give its students a clear and fundamental knowledge of the environmental issues from a technological and engineering point of view. The practical engineering issues surrounding environmental impact and the often neglected underlying factors governing energy conservation and maximised efficiency (a pre-requisite to reduce emissions) are outlined throughout the course. All material is taught by staff who are actively involved with and working in this field. The Department is part of the Faculty of Engineering – one of the largest in the country. We are justifiably proud of our research facilities which include up-to-date laboratories, extensive computing facilities and a very modern, purpose-built applied science library. Chemical and Biological Engineering occupies a modern building with four lecture theatres and numerous well-equipped laboratories for postgraduate work. In addition there are extensive computer facilities. We encourage a friendly and informal atmosphere in the Department. A central lounge serves as a focal point for both undergraduate and postgraduate activities. Graduate students in the Department run a flourishing society (GRAND) which organises industrial visits, social and sporting events.

Full-Time study The MSc (Eng) in Environmental and Energy Engineering is offered on a full-time basis over 12 months starting in late September each year and finishing the following September.

Course Structure In common with most degrees at the University of Sheffield, the programmes of study are modular in nature allowing students a certain level of flexibility in the design of their degrees. Students must take all the core modules specified and choose from a range of approved modules. The MSc (Eng) consists of a core of six compulsory modules, plus a major research project and two optional modules. The total contact time for the taught element of the course is typically 300 hours depending on the module selection.

Core Modules

Introduction to Fuel and Energy The aim of this module is to introduce the fundamental aspects of combustion and fuel technology to students. Topics covered include: combustion chemistry & thermodynamics, burners, flames and flame properties, solid, liquid and gaseous fuels, boilers, district heating/CHP units, atmospheric pollution, renewable energy sources.

Environment – Gaseous Emissions The module introduces students to the nature of gaseous emissions (CO, NOx, soot, SOx, acid gasses etc) from fossil fuel combustion to their mechanism of formation and design strategies for emissions control from a variety of combustion sources. Other topics include the greenhouse effect and global warming, photochemical smog, acid rain and deforestation, stratospheric ozone depletion.

Environment – Liquid Effluents This module gives an understanding of the nature and treatment methodologies of liquid effluents, including best practice in the use of water, waste minimisation, recycling and re-use, and knowledge of legislation pertinent to liquid effluents. It will enable students to appreciate the importance of water and liquid effluents to the economic, legal and environmental aspects of a process.

Environment – Particulate Emissions A design-based module covering all aspects of particulate abatement and control including: electrostatic precipators (ESP) cyclones, venturi scrubbers, bag filters and other types of flue gas treatment systems.

Research Methods in Environmental and Energy Engineering A project-based module where students are asked to critically review an area of energy/environmental engineering of their own interest. This allows a far deeper understanding of that area and helps to develop personal skills.

Laboratory Practicals A selection of three experiments which are designed to develop knowledge of the fundamentals of engineering science relevant to the course.

Optional Modules

Oil and Gas Utilisation This module gives an overview of the current and future technology for the oil and gas industry. Hydrogen and the fuel cell provide the focus in the first part of the module. The technologies available to move towards a “hydrogen economy” are examined as are the different types of fuel cell technology.

Computational Fluid Dynamics This is a hands-on module teaching the principles and practices of Computational Fluid Dynamics (CFD) modelling. Based on the most popular international package, FLUENT, it aims to give a clear grasp of the fundamental governing equations of three-dimensional fluid flow and the techniques available to implement these equations on a computer.

Energy from Biomass and Waste This module focuses on the thermal treatment (incineration, pyrolysis, gasification) of all types of wastes and biomass. Other topics covered include design, pollutants arising from thermal treatment of wastes and biomass, non-thermal waste disposal options, energy recovery, landfill practices, incinerator solid/liquid residues disposal methods, waste disposal legislations, recycling, recovery, reclamation and minimisation of wastes, environmental impact and risk assessment of thermal waste/biomass plants.

Low Carbon Energy and Technology (Renewables) Low carbon technologies are an essential requirement if the world´s energy needs are to be met without causing irreversible changes to the planet´s climate. This module will cover the need for various different technologies that can help to meet the world´s energy needs without releasing large amounts of CO2 into the atmosphere. Various different technologies that aim to meet this need will be introduced and then a select number will then be studied in much more detail. The aim of the course is to enable the student to make reasoned comparisons between the different low carbon technologies backed by sound scientific understanding of their limitations and advantages.

Environmental Protection This module includes an introduction to and history of environmental protection, Environmental Law, Environmental impact assessment, environmental audits, life cycle analysis, environmental assessment and recycling.

Nuclear Reactor Engineering The module provides a broad base introduction to the theory and practice of nuclear reactors for power production. This includes those aspects of physics which represent the source of nuclear energy and the factors governing its release as well as the key issues involved in the critical operation of nuclear cores.

Fires and Explosions This module covers the safety aspects of combustion including ignition, flammability, safe design practice, oscillating combustion and combustion noise.

Our City Sheffield is England’s fourth largest city. It is located roughly in the middle of England, on the edge of the Peak District National Park, about 2.5 hours by train from London. The atmosphere is laid-back, friendly. The city is compact and easy to get to know. We love the fact that although Sheffield is a major city, and developing all the time, it has kept its sense of community. This is a friendly, safe and affordable place to make your home. Here you can enjoy sophisticated fast-paced city life and be in the middle of beautiful countryside in 20 minutes.

Our Union of Students It’s the best. Ranked joint first in the UK by the Virgin guide and winner of countless awards, our Union has live music, club nights, a 400-seat cinema, shops, an advice centre, travel agent, banks and much more. There are 165 different clubs and societies to get involved with, so you’ll never be short of something to do or someone to do it with. The University’s sports facilities include a 33m swimming pool with sauna and steam room, bouldering wall, synthetic pitches, squash and tennis. You won’t have to look off-campus for a high-tech gym either – we’ve got one of our own.

Accommodation There’s a great choice of accommodation so you can live the way that suits you best: catered or self-catering, city centre or leafy suburb. All of our student housing is within easy walking distance of campus and close to a frequent bus service. If you decide University accommodation is not for you, the Accommodation Office can still help you. We can help you find private accommodation that’s right for you. For details see: www.sheffield.ac.uk/housing

Our University Founded in 1905, we have grown in reputation and size to become one of the UK’s best universities with a global reputation as an international leader in teaching and research. Today, we are a premier-league, research-led institution with almost 24,000 students including over 3,600 international students from 120 countries. We’ve produced five Nobel Prize winners, and many of our alumni have gone on to hold positions of great responsibility and influence around the world. A University of Sheffield graduate degree is a real investment in your future.

• England’s greenest city 150 woodlands and 50 public parks. • One of the UK’s safest cities Government statistics. • Minutes away from Peak District National Park. • The people are friendly, and the nightlife is vibrant. • Only 2hrs by train to London. • It’s central location makes the city an ideal base for travel.

• Lowest cost of living for students in the UK, of 26 university towns and cities surveyed.

• World-renowned experts in

many fields, including environmental engineering.

Research Project Every student registered for a Masters degree is required to complete a research-based dissertation. The topic for study is selected in consultation with appropriate members of teaching staff. Opportunities exist for dissertation studies to be carried out in collaboration with other university research centres as well as industrial organisations. In the past, students who have carried out such dissertations, have welcomed the opportunity to tackle “real-life” problems. The dissertation is a major part of the degree and each student is allocated an academic supervisor who will provide advice and guidance throughout the period of study.

Entry Requirements The course is designed for students with a first degree (or equivalent) in engineering or science who wish to specialise in the area of environmental/energy technology or who are already working in this field, but wish to deepen their knowledge. The wide choice of optional modules available ensures that the needs and interests of all candidates are catered for in such a diverse subject area. The course is suitable for international and home students. Applicants whose first language is not English are required to provide documentary evidence of English language competence (i.e. IELTS minimum overall score 6.5 with no individual score lower than 5.5). Successful candidates may be required to attend an English language course at the University before or during the programme.

Career Opportunities The course provides an excellent opportunity for career development in a wide range of industries Recent graduates have taken up posts in various employment sectors including industry, education, public and commerce.

Departmental Seminars and Industrial Visits Throughout the academic year, the Department organises a series of invited lectures and seminars, as well as regular visits to UK industrial plants. These are all an integral part of the MSc (Eng) course.

Course Accreditation This course is accredited by the Energy Institute and the Institution of Chemical Engineers (matching sections).

Further information For further information on the course, please contact Maria Soto, Postgraduate Admissions Secretary at m.soto@sheffield.ac.uk

Department of Chemical and Biological Engineering The University of Sheffield Mappin Street Sheffield S1 3JD Tel: +44 (0)114 222 7500 Fax: +44 (0)114 222 7501 www.sheffield.ac.uk/cpe/prospectivepg/taught/eee