New Nuclear Manufacturing (NNUMAN)

Completed

Nuclear Fission and Fusion(Nuclear Fission, Nuclear supporting technologies)

Basic and strategic applied research

PHYSICAL SCIENCES AND MATHEMATICS (Metallurgy and Materials)
ENGINEERING AND TECHNOLOGY (Mechanical, Aeronautical and Manufacturing Engineering)

Not Cross-cutting

Professor AH Sherry
Materials
University of Manchester

Dr M Preuss
Materials
University of Manchester

Professor M A Burke
Materials
University of Manchester

Standard

EPSRC

01 October 2012

31 March 2018

66 months

£4,115,477

Manufacturing

North West; North West; North West

Manufacturing : Manufacturing

Professor AH Sherry, Materials, University of Manchester
Dr M Preuss, Materials, University of Manchester
Professor M A Burke, Materials, University of Manchester

Professor TJ Abram, Mechanical, Aerospace and Civil Engineering, University of Manchester
Professor B Ainsworth, Mechanical, Aerospace and Civil Engineering, University of Manchester
Professor M A Burke, Materials, University of Manchester
Dr S A Court, Advanced Manufacturing Res Centre Boeing, University of Sheffield
Dr J Francis, Mechanical, Aerospace and Civil Engineering, University of Manchester
Professor L Li, Mechanical, Aerospace and Civil Engineering, University of Manchester
Professor K Ridgway, Advanced Manufacturing Res Centre Boeing, University of Sheffield
Dr F Scenini, Materials, University of Manchester
Professor P Xiao, Materials, University of Manchester

Project Contact, Rolls-Royce PLC
Project Contact, National Nuclear Laboratory
Project Contact, The University of Manchester
Project Contact, Bexhill College
Project Contact, Serco Group plc
Project Contact, University of Sheffield

The increase in energy needs around the world has led to a large rise in carbon dioxide emissions from burning fossil fuels. Meeting this growing energy need in a way that is safe, cost effective, secure, and uses low carbon technologies is an international priority. Because nuclear power is low carbon it will continue to be an important part of the international energy mix. Today, around 60 nuclear power stations are being built in 14 countries with more than 150 planned and a further 340 proposed. The Government has highlighted the UK's commitment to a safe and secure energy supply and has set an ambitious target of an 80% reduction in carbon emissions by 2050. New nuclear power stations will therefore have an essential role in delivering our future energy, and preparations are already in place to build 12 new nuclear reactors around the country. Some experts think that even more low carbon nuclear energy will be needed to meet both our energy demands and our carbon emissions targets.With the number of nuclear power stations increasing around the world, there is an opportunity for UK companies to manufacture parts of the reactor system, including pressure vessels, internal supporting structures and piping as well as the nuclear fuel. In order to do this safely, and to compete commercially with other companies around the world, research is needed to develop faster and cheaper ways of manufacturing nuclear components that are still of the highest quality and will last for up to 60 years in power stations.The New Nuclear Manufacturing (NNUMAN) programme will perform the research that will drive the development of new manufacturing approaches for nuclear components and fuels to UK manufacturing companies who can then compete with international companies for manufacturing business.The main aim of NNUMAN is to introduce major improvements to the manufacturing processes used for nuclear components and fuels by:1. Creating new ways to join components. This will develop joining methods that are based on traditional arc-welding, lasers and solid-state (friction) methods. These will be designed using a combination of computer modelling and experiments for both components and fuels.2. Improving the practicality of machining of large and heavy components using indoor Global Positioning Systems (GPS) that can improve accuracy, lasers that can accelerate machining, and small movable robots and spindles in a "swarm" that can simultaneously perform machining of different parts of a large components.3. Extending the use of processes that can reduce the energy needed to make components such as fusing powders together at high temperature and pressure in a mould or by carefully depositing layers of molten metal to create complicated shapes with much less need for machining.4. Developing the understanding of how the manufacturing route affects the way a component or fuel behaves during the lifetime of the nuclear reactor. This is important because manufacturing approaches affect performance. This new understanding will be used to make sure that the quality of manufactured components is high, so that nuclear reactors can operate effectively for many years.The most improved manufacturing processes developed in NNUMAN will be taken forward to prototype in the Nuclear Advanced Manufacturing Research Centre (www.namrc.co.uk) and the National Nuclear Laboratory (www.nnl.co.uk) so that the UK manufacturing companies can learn the benefits of the new methods and use them in the future. This will help companies to win manufacturing business by making high quality nuclear components and fuels in a cost-effective manner

19/11/12