Advanced fossil fuel production
Fossil fuel power plants produce the majority of electricity in the EU, mainly through pulverised coal (PC) combustion. But most pulverised coal plants are over 15 years old and are relatively inefficient. As fossil fuel power generation is the biggest contributor to carbon dioxide emissions, any gains in conversion efficiency would translate to substantial carbon dioxide savings. Using the best available technologies, such as ‘advanced supercritical plants’ and ‘ultra-supercritical plants’, can increase efficiency by allowing higher steam conditions (temperature and pressure). Combined cycle plants using natural gas or biomass in pulverised coal power plants, and Integrated Gasification Combined Cycle (IGCC) plants, which turn coal into gas, can potentially reduce emissions even further, especially with carbon capture.
Most pulverised coal steam plants operate with sub-critical steam parameters and efficiencies between 32-40%. Supercritical plants with steam conditions of 540°C and 300 bar have been in commercial operation for a number of years, with efficiencies of 40-45%. When best technologies are used, as in ‘advanced supercritical’ plants, with steam conditions up to 600°C and 300 bar, net efficiencies of 46-49% should be achieved. These technologies require stronger and more corrosion resistant steels, but potential efficiency savings offset their extra cost.
'Materials Roadmap Enabling Low-Carbon Energy Technologies' published 03/01/2012
Materials are at the core of industrial innovation and enable it. The materials presented in this new Roadmap complement and expand the technology roadmaps developed in the context of the SET-Plan as the basis for its implementation. It puts forward key materials research and innovation activities to advance energy technologies for the next 10 years.
SET-Plan Conference 2011:the future of energy depends on research and financing 30/11/2011
The Warsaw conference on the European Strategic Energy Technology Plan (SET-Plan) began on 28th November - the same day as the United Nations Climate Change Conference in Durban, South Africa, at which representatives of the world’s largest economies are discussing the future of limiting the world emission of carbon dioxide.
ATEsT online newsletters 12/07/2011
ATEsT (Analysing Transition Planning and Systemic Energy Planning Tools for the implementation of the Energy Technology Information System) brings together EU competence on a transition towards a low-carbon energy system through energy innovation, energy modelling activities and technology assessment.
New European Energy Efficiency Fund launched 05/07/2011
EESC calls for a common EU external policy on energy 31/03/2011
In a communiqué issued on 18th March 2011, the European Economic and Social Committee (EESC) calls on the European Union to consider the security of its energy supply as one of the priorities of its external policy. The recommendation is one of the results of an Opinion on energy supply and neighbourhood policy commissioned by the current Hungarian EU presidency.
EESC Conference on Energy Security 31/03/2011
Successful Belgian Presidency conference on the European Strategic Energy Technology Plan (SET-Plan) 18/11/2010
The Belgian presidency and the European Commission organised the European Strategic Energy Technology Plan Conference 2010. More than 500 stakeholders from industry and research institutes and European and national policymakers from across Europe gathered in Brussels for the fourth edition of the SET-Plan conference. The main objectives were the launch of the next two European Industrial Initiatives: Bioenergy and Sustainable Nuclear Energy, and the kick-off of the international cooperation dimension within the SET-Plan.
Renewables account for 62% of the new electricity generation capacity installed in the EU in 2009 22/07/2010
European Parliament roundtable: At the intersection of financing and policy – investing in low-carbon energy technologies in the EU 04/06/2010
Despite the effects of the global economic crisis, investment in low-carbon technologies has remained comparatively stable in recent years. The crisis has, however, reinforced the importance of the financial impetus needed to bring low-carbon energy technologies on stream.
Financing the development and installation of low-carbon energy is currently a political priority, but increased investment for these energy technologies is needed at both EU and international levels.
Strategic energy technologies
- - Advanced fossil fuel production
- - Biofuels
- - Bioenergy
- - Cement energy efficiency
- - Carbon capture and storage
- - Cogeneration of heat and power
- - Concentrated solar power
- - Electricity grids
- - Electricity storage in the power sector
- - Fuel cells and hydrogen
- - Geothermal power
- - Hydropower
- - Nuclear fission power
- - Nuclear fusion power
- - Ocean wave power
- - Road transport efficiency
- - Solar heating and cooling
- - Solar photovoltaic
- - Wind energy










