ANNEX 2: Thematjc Priority Codes
ΚΑ Ι ΝΟΤΟΜΙ Α
1.1.3.-5.
1.1.3.-5.1.
1.1.3.-5.2.
1.1.3.-5.3.
1.1.3.-5.4.
1.1.3.-5.5.
1
:
1.3.-5.6.
1.1.3.-5.7.
1.1.3.-6.
1.1.3.-6.1.
1.1.3.-6.2.
1.1.3.-6.3.
1.1.3.-7.
1.1.3.-7.1.
1.1.3.-7.2.
1.1.3.-7.3.
1.1.3.-7.4.
RTD Activities of a Generic Nature: materials
and their technologies for production and
transformation and new and improved
materials and production technologies in
the steel field
Cross-cutting generic materials
technologies
Advanced functional materials
Sustainable chemistry
Expanding the limits and durability of
structural materials
Iron and steel production
Steel casting, rolling anddownstream
treatment
Steel utilisation
RTD Activities of a Generic Nature:
Measurements and Testing
Instrumentation
Methodologies for measurements and
testing
Support to the development of certified
reference materials (CRMs)
Support to Research Infrastructures
Support activities to medium and large
scale facilities
Setting up of virtual institutes
Reference databases
Measurement and quality management
infrastructures
1.1.4.
Energy, Environment and Sustainable
Development
Part A.
Environment and Sustainable
Development
1.1.4.-1.
Key action Sustainable Management and
Quality of Water
. .
1.1.4.-1.1.
Integrated management and sustainable
use of water resources at catchment scale
1.1.4.-1.2.
Ecological quality of freshwater ecosystems
and wetlands
1.1.4.-1.3.
Treatment and purification technologies
1.1.4.-1.4.
Pollutionprevention
1.1.4.-1.5.
Surveillance, early warning and
communication systems
1.1.4.-1.6.
Regulation of stocks and technologies for
arid and semi-arid regions and generally
waterdeficient regions
Key_actign Global Change, Climate and
Biodiversity
To understand, detect, assess and predict
global change processes
To foster better understanding of terrestrial
(including freshwater) and marine
ecosystems and their interactions
Scenarios and strategies for responding to
global issues
European component of the global
observing systems
Keyaçtipn Sustainable Marine Ecosystems
Improved knowledge of marine processes,
ecosystems and interactions
1.1.4.-3.2.
Reducing the anthropogenic impact on
biodiversity and the sustainable functioning
of marine ecosystems, and facilitating the
development of safe, economic and
sustainable exploitation technologies
1.1.4.-3.3.
Monitoring and managing coastal
processes and the coastal zone
1.1.4.-3.4.
Operational forecasting of environmental
constraints of offshore activities
1.1.4.-4.
Key action City of Tomorrow and Cuttural
Heritage
1.1.4.-4.1.
Sustainable city planning and rational
resource management
1.1.4.-4.2.
Protection, conservation and enhancement
of European cultural heritage
1.1.4.-4.3.
Development and demonstration of
technologies for safe, economic, clean,
effective and sustainable preservation,
recovery, renovation, construction,
dismantling and demolition of the built
environment, in particular for large groups
1.1.4.-2.
1.1.4.-2.1
1.1.4.-2.2
1.1.4.-2.3
1.1.4.-2.4
1.1.4.-3.
1.1.4.-3.1
of buildings
1.1.4.-4.4.
Comparative assessment and cost effective
implementation of strategies for sustainable
transport systems in an urban environment
Part B.
Energy
1.1.4.-5.
Key action Cleaner Energy Systems, including
Renewable Energies
1.1.4.-5.1.
Large scale generation of electricity and/or
heat with reduced C02 emissions from
coal, biomass and other fuels, including
combined heat and power
1.1.4.-5.2.
Development and demonstration, including
for decentralised generation, of the main
new and renewable energy sources, in
particular, biomass, wind and solar
technologies, and of fuel cells
1.1.4.-5.3.
Integration of new and renewable energy
sources into energy systems
1.1.4.-5.4.
Cost effective environmental abatement
technologies for power production
1.1.4.-6.
Key action Economic and Efficient Energy for
a Competitive Europe
1.1.4.-6.1.
Technologies for the rational and efficient
end use of energy
1.1.4.-6.2.
Technologies for the transmission and
distribution of energy
1.1.4.-6.3.
Technologies for the storage of energy on
both macro and micro scale
1.1.4.-6.4.
More efficient exploration, extraction and
production technologies for hydrocarbons
1.1.4.-6.5.
Improving the efficiency of new and
renewable energy sources
1.1.4.-6.6.
The elaboration of scenarios on supply and
demand technologies in economy / environ–
ment/energy (E3) systems and their
interactions, and the analysis of the cost
effectiveness (based on whole life costs)
and efficiency of all energy sources
RTD activities of a generic nature
The fight against major natural and
technological hazards
The development of generic Earth
observation satellite technologies
Socio-economic aspects of environmental
change in the perspective of sustainable
development
RTD activities of a generic nature
Socio Economic aspects of energy within
the perspective of sustainable development:
Tools for technology assessment
Socio Economic aspects of energy within
the perspective of sustainable development:
Methodologies for global systems analysis
1.1.4.-9.
Support for research infrastructures
1.3.1.-2.
1.3.1.-3.
1.3.1.-3.
1.1.4.-7.
1.1.4.-7.1.
1.1.4.-7.2.
1.1.4.-7.3.
1.1.4.-8.
1.1.4.-8.1.
1.1.4.-8.2.
1.2.
Second Activity
1.2.1.
Confirming the International Role of
Community Research
1.2.1.-1.
Cooperation with_certain categories of third
countries
1.2.1.-1.1.
States in the pre-accession phase
1.2.1.-1.2.
NIS and CEECs not in the pre-accession
phase
1.2.1.-1.3.
Mediterranean partner countries
1.2.1.-1.4.
Research for development
1.2.1.-1.5.
Emerging economies and industrialised
countries
1.2.1..-2.
Training for researchers
1.2.1.-3.
Co-ordination
1.3.
Third Activity
1.3.1.
Promotion of Innovation and
Encouragement of SME Participation
1.3.1.-1.
Promotion
of
Innovation
1.3.1.-1.1. ·
Studies and Good Practices
1.3.1.-1.2.
New approaches to technology transfer
1.3.1 .-2.
Encouraging_SME participation
1.3.1 .-2.1.
A single complementary entry point
1.3.1 .-2.2.
Joint support and assistance instruments
1.3.1.-3.2.
1.3.1
1.3.1
-3.3
-3.4
1.3.1.-3.5
1.3.1
1.3.1
1.3.1
-4.
-4.1
-4.2
Economic and technological intelligence
Joint Innovation/SME activities
European support network for the
promotion of research, technology transfer
and innovation
Electronic information services and other
means of dissemination
. .
Intellectual property
Access to private innovation financing
Mechanisms to facilitate the setting-up and
development of innovative firms
Co-ordination and support activities
Support activities relating to Innovation
Support activities relating to SME
Participation
1.4.
Fourth Activity
1.4.1.
Improving the Human Potential & the
Socio- Economic Knowledge Base
1.4.1.-1.
1.4.1.-1.1.
1.4.1.-1.2.
1.4.1.-2.
1.4.1.-3.
1.4.1.-3.1.
1.4.1.-3.2.
1.4.1.-3.3.
1.4.1.-4.
1.4.1.-5.
1.4.1.-5.1.
1.4.1.-5.2..
1.4.1.-6.
1.4.1.-7.
1.4.1.-8.
Training and Mobility of Researchers
Research Training Networks
Marie Curie Fellowships
Access to Research Infrastructures
Promotion of S/T Excellence
High-level Scientific Conferences
Distinctions for high-level research work
Raising Public Awareness
Key action Socio-Economie Knowledge Base
Development of S/T Policies
Strategic Analysis of Specific Political
Issues
Common Basis of Science, Technology and
Innovation
Accompanying measures for the programme
Indicative breakdown of funds for the
programme
Indicative timetable for the programme
Euratom Framework Programme
2.1.
Nuclear Energy
2.1.1.
Key action Controlled Thermonuclear Fusion
2.1.1.-1.
Fusion physics (theoretical, modelling and
experimental work, physics of production,
fuelling, heating and confinement of fusion
plasmas, and of particle and energy
removal.
2.1.1.-2.
Physics and technology of higher-power
plasma heating systems (using high
frequency waves or neutral particles, non-
inductive plasma current drive methods,
and plasma fuelling and exhaust systems.
2.1.1.-3.
Advanced plasma diagnostics, data
acquisition, exploitation and interpretation.
2.1.1.-4.
Technologies for a future experimental
reactor (including e.g. superconductors,
remote handling.
Long- term technology R&D (including e.g.
low-activation materials, tritium breeding
blankets, safety and environmental aspects,
conceptual reactor reference design
studies.
Analysis of Socio-economic aspects of
fusion
2.1.2.
Keyjiçtion Nuclear_Fissjon
2.1.2.-1.
Operational safety of existing installations
2.1.2.-2.
Safety of the fuel cycle
2.1.2.-3.
Safety and efficiency of future systems
2.1.2.-4.
Radiation protection
2.1.3.
RTD activities of a generic nature
2.1.3.-1.
Radiation protection and health
2.1.3.-2.
Environmental transfer of radioactive
material
2.1.3.-3.
Industrial and medical uses and natural
sources of radiation
2.1.3.-4.
Internal and external dosimetry
2.1.4.
Support for research infrastructures
2.1.1.-5.
2.1.1.-6.
