About CO2 capture and storage technologies for zero emission power generation

This activity pursues research, development and demonstration of technologies to drastically reduce the adverse environmental impact of fossil fuel use aiming at highly efficient and cost effective power and/ or steam generation plants with near zero emissions, based on CO2 capture and storage technologies, in particular underground storage.

The cross-cutting actions between activities energy.5 and energy.6 are based on previous actions initiated under the 5th and 6th framework programmes and take into account results as well as work under way. Their common aim is to enable the arrival of an integrated technological solution allowing for zero emission power generation from fossil fuels.

Priorities have also been determined in accordance with those identified by the work of the Technology Platform for zero emission, with a view to getting to the vision established by the ZEP platform of having integrated solutions for zero emission fossil fuel based power available by 2020. This requires large scale demonstration in place by 2015 at the latest.

The aim and expected impact of the overall activity (shared with activity energy.6: clean coal technologies) are:

  • the development of more cost effective zero emission fossil fuel based power plants to enable the use of fossil fuel reserves with a substantially reduced environmental impact
  • the development of safer storage, monitoring and verification techniques for geological storage to enable the large scale deployment of zero emission fossil fuel power plants with a wide public acceptance. It would also enable the qualification of such plants into the European Emission Trading Schemes
  • the development of clean coal technologies with a view to delivering zero emission to enable the wider use of indigenous solid hydrocarbon (hard coal, lignite, oil shale and other solid fossil fuel) resources, as well as widely abundant traded coal, compatible with the environment.

All these actions would put the European industry in these sectors in a better position for markets in the EU and outside, in a carbon-constrained world.

There are two areas identified within this activity:

  1. CO2 capture: projects in this area should optimise and develop capture techniques for both greenfield and retrofit power generation applications. The expected impact is to decrease the cost of capture down to about 15 per ton of CO2 to allow zero emission fossil fuel plants to better compete with other zero emission technologies.
  2. CO2 storage: projects should address the safety of geological CO2 storage at all timescales, the liability issues for different kinds of CO2 storage underground, e.g. saline aquifers, depleted oil or gas fields, enhanced oil or gas recovery, enhanced coal bed methane. It is expected that this will give full confidence in geological CO2 storage and will form the basis for the legal and regulatory requirements allowing the deployment of large scale near zero emission power generation technology using underground CO2 storage.

Cross cutting issues include areas related to “CO2 capture and storage for zero emission power generation” and “clean coal technologies” such as power generation technologies for integrated zero emission solutions and cross cutting and regulatory issues.

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Technology Strategy Board (TSB) – Exploring the Opportunity for a Photonics TIC

The Strategy and Implementation Plan for Technology and Innovation Centres published by the Technology Strategy Board on 26 May identified a candidate list of 10 areas for possible investment in the next phase of its programme and said that TSB would be engaging with the relevant business and academic communities to assess what contribution a Technology and Innovation Centre (TIC) could make and what their focus might be. We expect to be able to take three of these ten areas forward. Photonics is one of the potential candidate areas. This note starts the process for discussions with relevant businesses and academics. TSB wants to build on the excellent input we received in response to the Prospectus in January. TSB would welcome comments on the outline below and initial proposals for how we should engage. They would particularly welcome comments from businesses in the sector with views on how they would engage with and benefit from the establishment of a TIC in this area.

Outline scope of proposed TIC

The proposed TIC could focus on key enabling photonics technologies that underpin a wide range of application areas including IT, telecommunications, defence, automotive, energy, life sciences, industrial and consumer.  The TIC’s activity could include materials, devices, packaging, lighting, lasers, optics, imaging, solar energy, measurement, biophotonics and displays.

It could provide access for UK businesses to world class photonics technical expertise, infrastructure, skills, and equipment that individual companies, particularly SMEs, could not afford.  It could also act as a hub for the photonics industry.  It could help UK businesses whether working directly in the photonics industry or not, to work together to create new photonics based solutions quickly and efficiently.

Benefits

  Over the coming months we want to engage in a robust examination of the benefits a Photonics TIC could make.  Before a decision can be made, we need greater clarity and evidence on the following questions:

  • What should be the scope of the proposed TIC?
  • What role should the TIC play in the photonics and electronics community?
  • What services should it provide?
  • What skills would the TIC need to bring together into an integrated structure?
  • ·What physical capabilities would the TIC need?
  • Is a TIC likely to increase the level and quality of participation of UK businesses in European Commission programmes?
  • What is the business commitment and support for working with a TIC?
  • What is the UK plc investment case for a TIC?

 Input from the Community

TSB wish to engage with the following groups:

  • Businesses of all sizes across the Phtonics sector as well as businesses engaged in delivering technologies, solutions and products based on the use of sensors technologies
  • Academic communities/research base/institutes with an interest and capability in Photonics
  • Trade Associations and industry bodies representing the Photonics and Electronic communities
  • Relevant KTNs, in particular the ESP KTN’s Photonics and Electronics Knowledge Centres
  • Relevant Government Departments and Agencies
  • EPSRC
  • Invest Northern Ireland, Scottish Enterprise, Welsh Assembly Government

 
How they will engage

TSB plan to engage with the communities above through a series of structured events.

  • Initial development of a working committee to ensure we develop a full list of interested parties – including those responding to this consultation
  • Invite key figures in the community to a series of workshops to scope the TIC from key perspectives
  • Workshops and events to build a community around the best candidate for a TIC
  • Online/webinars to focus on specific questions

 

Timescales

TSB plan to work to the following timetable:

  • Summer 2011 – Establish online discussions, set up a working committee and hold initial workshops to define the scope and benefits of the TIC
  • Autumn 2011 – Workshops and events to build a community around the best candidate
  • Winter 2011-12 – Development of a business case followed by review and analysis of the case for a TIC

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Framework Programme 8 (FP8) Budget of €140 billion

The Commission is currently wading through more than 2,000 responses to its proposals for the next Framework R&D programme, due to run from 2014 – 2020. With a proposed budget of at least €140 billionthere is much to fight for…

By the time the consultation on the next Framework Research Programme closed on 20 May the Commission had received 750 written responses and more than 1,300 people had filled in an online questionnaire.

The huge number of responses speaks volumes about the importance that people across the EU attach to Framework as the largest single source of funding for R&D in Europe. It also highlights the number of diverging interests that the Commission must accommodate as it wades through the responses in order to give initial feedback at a meeting in Brussels.

But a quick perusal of published responses from national governments, research institutions, lobbying groups, companies and individual scientists reveals a marked unanimity – at least in terms of the headline demands – for more money, for simplification of administration, for a focus on excellence and for Framework Programme 8 (FP8) to help with funding large-scale scientific infrastructures.

If the demand for increased funding is only to be expected, it is perhaps surprising to see the UK government leading the call for FP8 to have more money than its predecessor. Its position paper, “Funding for EU Research and Innovation from 2014,” says EU research and innovation programmes should continue to receive a high – and ideally an increased proportion – of the future EU budget.

The UK position paper, and the other 749 contributions, have been made in response to the European Commission’s Green Paper,  “A Common Strategic Framework for future EU Research and Innovation Funding,” published on 9th February 2011. Here, the Commission proposes major changes to EU research funding, which are intended to make participation easier, increase scientific and economic impact, and provide better value for money.

In calling for more money for FP8, the UK government is in the company of many other bodies, including the European Research Council, which wants a doubling its individual budget, to a level of around €4 billion per year.

Call for simplification

One of the fiercest criticisms of FP7 relates to the time and effort it takes to apply for grants – indeed a cottage industry of consultants has sprung up, specialising in filling in forms and advising people on grant applications. The R&D Commissioner Maire Geoghegan Quinn has already started to simplify procedures in FP7. But as is made clear in comments from bodies such as the European University Association, which points to an, “Urgent need for reform to achieve common terminology and clear and consistent rules and regulations within all EU grants/contracts and their implementation in order to reduce administrative costs at the university level,” there is much room for improvement.

Streamlining administration in FP8 will be important not only to improve on shortcomings in the current FP7, but also because the kinds of projects that are envisaged under FP8 will be inherently more complex, involving more partners in more countries, and across more disciplines and more sectors.

Examples include the proposed European Innovation Partnerships, the first of which -in healthy ageing – has set the ambitious objective of increasing the health span of European citizens by two years; the Knowledge and Information Communities being set up under the auspices of the European Institute of Innovation and Technology (EIT) to deal with large and multi-faceted problems including climate change and energy supplies; and the two €1 billion programmes that are to be set up under the Future and Emerging Technologies (FET) banner, both of which will involve dozens of partners.

Complexity is a problem for industry too

The added complexity that will come from managing the inputs of so many partners in these projects must be offset by simplification at the funding source, as Willem Jonker, CEO of the EIT’s ICT Labs project, and formerly of the Dutch electronics firm Philips, told Members of the European Parliament last week. Although industry has agreed to take part in KICs, there needs to be simplification, “or industry could just as soon go,” Jonker told a meeting of the Industry, Research and Energy (ITRE) Committee, where EIT representatives outlined the state of play and described proposed future activities to MEPs.

Beyond the need to simplify administration in FP8, there is also a call to streamline the vast array of different funding instruments that have sprung up under the auspices of successive Framework Programmes. Respondents agree that over time, EU research and innovation programmes have multiplied and expanded to the point where there are too many uncoordinated programmes, spreading funding too thinly. A lack of coordination between EU and national funding adds to the complexity and leads to overlap and duplication, argues the European Research Area Board (ERAB), which says, “The overall efficiency of the EU innovation system suffers from a large number of instruments  which are overly complex and have different funding schemes, rules and timetables.”

Focus on excellence

Inevitably, there is a clamour for FP8 to put more focus on excellence. The cheer leader here is the European Research Council (ERC), a great exemplar of how holding to this value – rather than distributing research funding to member states pro rata – can drive the quality of research across Europe as a whole.

Not only has its grantee Konstantin Novoselov reached the pinnacle of scientific excellence in winning the 2010 Nobel Prize for Physics, the ERC says the quality of its peer review is boosting the quality of research funded by member states.

As the President of the ERC, Helga Nowotny explained to the ITRE Committee meeting, some national research funding bodies are reorganising their peer review processes to the same standard as the ERC – Poland is an example here – while others are deciding to fund researchers who get invited for interview at the ERC, but fail to make the cut. On average, the ERC has only been able to fund 13.8 per cent of the applications it has received, leaving many excellent researchers with projects that are ready to roll, but without grants.

Nowotny said the best scientific talent is to be found “all over and across Europe,” but young people “vote with their feet” and move to the best institutions. At present these are in the countries with the highest national R&D budgets, with 50 per cent of the ERC’s grants to date being awarded to researchers based in 40 institutions. But “sticking with the principle of excellence” can drive up quality overall, Nowotny said. The ERC has cast light on the state of national research systems. Member states can see how they compare and what they need to do to improve.

As Jack Metthey, Framework Programme Director, who is responsible for Inter-institutional relations in DG Research told ITRE, “Clearly, the ERC is a success and the key ingredient is excellence – this is a lesson we must meditate and conserve.”

Support for research infrastructure

There are also calls for FP8 to provide greater support for expensive scientific infrastructure with shared access across the EU. This is a key recommendation of ERAB, which sees such large-scale facilities as the building blocks of a single European Research Area. In its position paper ERAB says, “Research Infrastructures require more financial EC support for open accessibility and new construction beyond the preparatory work.”

One reason there are so many responses to the Green Paper is that under FP8 the remit of European Union R&D funding will be formally extended to embrace innovation. Although companies have been involved in FP7 and previous Framework Programmes, the shift from R&D, to Research, Development and Innovation (RD&I) will mean a step change in terms of private sector involvement in FP8.

Avid interest

The EU now needs to synthesise all the contributions it has received to come up with a blueprint to renew, rationalise and redirect its science and research funding. Bringing innovation under this umbrella will inevitably leave a few academic noses out of joint, and there is lot for the Commission to digest over the next week as it works to come up with a concrete set of proposals to be announced next Friday (10 June). At the same time a new name for the Framework Programmes will be announced.

Underlining the high level of interest in the 2014 – 2020 research programme, for anyone who would like to attend the conference but hasn’t registered, it is now too late. As the Commission puts it on the website, “Sorry! Registration is no longer possible, as there was considerable oversubscription due to the public’s avid interest.”

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EU funding for Indian Organisations

The first relationship between the European Union (EU) and India dates from the 1960s and has today developed to cover a wide spectra of areas, including scientific cooperation. Cooperation in Science and Technology (S&T) started in mid-1980s and many joint research projects have been implemented since then. The signature of the first S&T Agreement between EU and India in 2002 marked an important milestone and the renewal of the Agreement in 2007 gave the political endorsement to intensify the Strategic Partnership. The agreement, based on principles of symmetry and co-investment of funds for joint projects by the European Commission and the Government of India, provides new opportunities for researchers and organisations to collaborate across the countries and regions.

In accordance with the S&T agreement, India and the EU’s respective funding programmes for Research and Technological Development (RTD) are open for organisations based in the counterpart. With regards to the Seventh Framework programme (FP7), the European Commission’s funding mechanism for RTD, India is considered as an International Cooperation Partnership Country (ICPC) and can therefore participate and receive funding from FP7 when collaborating with European organisations.

India and the EU are strategic S&T cooperation partners and FP7 even presents targeted calls for India in addition to the regular calls. Furthermore, several joint calls are published in cooperation between the EC and the Government of India. The common interest in research priorities is also demonstrated in the perfect match of the thematic priorities in FP7 and in India’s XI Five Year Plan.

For more information on EU-India Strategic FP7 projects, please contact me using the form below.

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European Union and Russia Link for S&T co-operation in the area of the environment

The concept

E-ural is a consortium of partners from Europe and Russia, funded by FP7 support actions, that aims at improving quantity and quality of participation of Russian researchers and SMEs in the “environment (including climate change)” thematic priority of the 7th Framework Programme (FP7).

 

The objectives

  • improve the knowledge among Russian researchers and multipliers on the thematic priority “environment (including climate change)” of FP7;
  • support the Russian national information points(nips) for the environment theme in order to improve skills that will boost the quality of services offered to FP7proposers;
  • improve capacity building and know-how on submission procedures under EU – FPs projects in Russia;
  • raise awareness in Europe of skilled potential partners from Russia to be involved in EU-FPs in the “environment (including climate change)” theme.

 

Services we provide

  • creation of a database with Russian and European keyplayers in environmental research;
  • identification of environmental research needs in Russia;
  • organisation of training activities to educate Russian scientists and multipliers on how to participate in FP7;
  • organisation of thematic workshops to identify cooperation opportunities between Russian and European scientists;
  • organisation of international events to stimulate networking and awareness raising on Russian research excellence;
  • organisation of brokerage events in the environmental sector for matchmaking and consortium building;
  • preparation and dissemination of e-newsletters and news alerts with updated info on new developments of the FP7 environmental thematic priority;
  • provision of support to the Russian national information points(nips) to develop professional high quality services;
  • setting up and maintaining a liaison with Russian policy makers and experts.

 

The expected results

  • increased participation of Russian scientists in the environmental thematic priority of FP7;
  • better knowledge of specific fp7 topics (legal and financial aspects, submission, negotiation procedure etc. );
  • enhanced visibility of the Russian scientific community;
  • identification of environmental research topics of common interest between Europe and Russia;
  • promotion of Russian projects to European counterparts;
  • increased participation of Russian scientists in projects being prepared by the European partners;
  • liaison building between European and Russian experts, researchers, policymakers, national and local authorities in the environmental sector;
  • liaison building and collaboration with other European projects and initiatives in similar or complementary.

 

For more information on the E -URAL project and consortium please visit:  http://www.e-ural.vsu.ru/en

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Emerging Technologies – Wireless Energy Transfer / Wireless Power

Wireless energy transfer or wireless power is the transmission of electrical energy from a power source to an electrical load without interconnecting wires. Wireless transmission is useful in cases where interconnecting wires are inconvenient, hazardous, or impossible. The problem of wireless power transmission differs from that of wireless telecommunications, such as radio. In the latter, the proportion of energy received becomes critical only if it is too low for the signal to be distinguished from the background noise. With wireless power, efficiency is the more significant parameter.  A large part of the energy sent out by the generating plant must arrive at the receiver or receivers to make the system economical.

New research is bringing energy transfer into the wireless world. Soon, a central hub could be charging your batteries, laptop, televisions, electric cars, you name it… right through the air. You might never untangle a wire again. Cool, right?

Wireless energy is built on the principle of resonant coupling. The devices use copper coils that, if tuned to the same frequency, can resonate with one another. One coil is plugged into the wall, and creates an electromagnetic field; another coil nearby resonates with the first field, picking up some energy in the process to fuel your electronics. The magnetic field lets energy flow regardless of obstacles in the way, so the current can travel through walls. Currently, the type of radiation involved can only resonate within a few meters.

Over the past few years, a number of companies have been racing to put wireless energy on the market. Last week, researchers at Intel showcased a wirelessly charged iPod speaker. In 2007, researchers at MIT revealed a similar project that powered a lightbulb remotely. The physicist and project leader Marin Soljacic (winner of a MacArthur “genius grant” Fellowship) went on to found the start-up WiTricity, which is leading the pack in developing a commercially viable product.

 

MIT's wireless lightbulb.  Credit: Science 

MIT’s wireless lightbulb from 07. Credit: Science

The godfather of wireless energy transfer was Nikola Tesla, a brilliant and fascinating figure in the history of electrical engineering. In the late 1800′s, Tesla showed that electromagnetic energy could be transferred wirelessly. He also postulated that some day, all of our electronics would be able to harvest energy that is naturally present in space. That’s probably a little further down Intel’s pipeline.

But wireless energy transfer is far from perfect. The coils still need to be shrunk down so they can be easily integrated into everyday electronics (unless you want giant metal rings all over your house). The distance limitation is a major hurdle, with the fields limited to a few meters at this point. The energy transfer isn’t the most efficient process; MIT researchers transferred about 45% of the energy input, while Intel’s recent project showed an 80% transfer. That kind of energy loss poses a significant roadblock to the commercial viability of these technologies, as energy ain’t free.

A WiTricity image of how the fields work 

A WiTricity image of how the fields work

Everyone is racing to work out these kinks and become the first company to put something on the market. Intel hasn’t announced any pipeline for their wireless tech; WiTricity’s business development guy claims that they’ll have something ready within 18 months. Regardless of who wins the race, Soljacic holds a patent on the research that started it all, which could let WiTricity play the old intellectual-property card. But what about Tesla’s grandkids?

Speaking of kids, wireless energy could help to make the household a safer place: no more wires for children to trip over, drop in the bathtub, or chew on. Okay, I don’t have kids, but I imagine they cause all sorts of trouble with wires.

Sci-fi depictions of the future always riff on how the technology will be fueled. I always loved the idea of the future being powered through the giant steam ducts hidden behind every wall in Terry Gilliam’s Brazil. The 80′s and 90′s made an insurmountable tangle of wires seem like a more likely scenario. But now, wirelessness prevails. And if Tesla was right, maybe we can even lose the wall outlet.

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Overview of FP7 call 8 in ICT workprogram 2011 – 2012 (agreed version)

Call title: ICT call 8

Call identifier: FP8-ICT-2011-7
Date of publication: 26 July 2011
Deadline: 17 January 2012, at 17:00.00 Brussels local time
Indicative budget71,72: EUR 785.5 million

Called topics:

Objectives Funding schemes
Challenge 1:
Pervasive and Trusted Network and Service Infrastructures
ICT 2011.1.1 Future Networks (page 13) IP/STREP, NOE, CSA
ICT 2011.1.2 Cloud computing, Internet of Services and Advanced Software Engineering (page 16) IP/STREP, CSA
ICT 20011.1.4 Trustworthy ICT (page 19) IP/STREP, NoE, CSA
ICT 20011.1.6 Future Internet Research and Experimentation (FIRE)(b), (c), (e) (page 22) IP, STREP, CSA
Challenge 3:
Alternative Paths to Com­ponents and Systems
ICT 2011.3.1 Very advanced nano electronic components: design, engineering, technology and manufacturability (page 42) IP/STREP, CSA
ICT 2011.3.2 Smart Components and smart systems integration (b) IP/STREP
ICT 2011.3.5 Core and disruptive photonic technologies (a), (c), (d) IP, STREP, ERANET Plus, CPCSA
Challenge 4:
Technologies for Digital Content and Languages
ICT 2011.4.4 Intelligent Information Management IP/STREP, CSA
Challenge 6:
ICT for a Low Carbon Economy
ICT 2011.6.1 Smart energy grids IP/STREP, CSA
ICT 2011.6.3 ICT for efficient water resources management STREP
ICT 2011.6.7 Cooperative systems for energy efficient and sustainable mobility IP/STREP, CSA
Challenge 8: ICT for Learning and Acc to Cultural Resources ICT 2011.8.1 Technology- Enhanced Learning IP/STREP, NoE/CSA
Challenge 9:
Future and Emerging Technologies
ICT 2011.9.6 FET Proactive: Unconventional Computation (UCOMP) STREP
ICT 2011.9.7 FET Proactive: Dynamics of Multi Level Complex Systems IP/STREP CSA
ICT 2011.9.8 FET Proactive: Minimizing energy Consumption of Computing to the Limit (MINCON) STREP
ICT 2011.9.12 Coordinating Communities, Identifying new research topics for FET Proactive initiatives and Fostering Networking of National and Regional Research Programmes (a), (b), (c), (d) CSA
ICT-2011.9.14 “Science of Global Systems” STREP
Challenge 10:
International Cooperation
ICT 2011.10.3 International Partnership building and support to dialogues (a) CSA
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Framework Programme 7 (FP7) Budget Breakdown

At the EU Competitiveness Council Meeting held in Brussels on 24th June, the Council of the European Union reached, by qualified majority a political agreement on the FP7 proposal. They also reached a unanimous political decision on Euratom (2007 – 2011). The agreement on FP7 included some modifications to the indicative budget breakdown of spending across FP7, as per the modified Commission FP7 proposal that followed the European Parliament’s First Reading.
 
The overall FP7 budget of €50,521m remains the same. The changes represent small increases to most Thematic areas in the Cooperation Specific Programmes, with the exception of Security and Space which sees a reduction of 78 million € compared to the Commission’s modified FP7 proposal and separate budget lines for the first time. The People Specific Programme sees an additional €1 million, whilst the Capacities Specific Programme sees the most changes. It receives an overall reduction of €74 million, but the detailed distribution shows a reduction in the Research Infrastructures and Science and Society programmes, and an increase in all the other programmes, plus the addition of a budget line for ‘Coherent development of research policies’.

The Council agreed the following indicative breakdowns across the Specific Programmes, with indicative figures from the Commission’s modified proposal in parentheses where this represents a change:

•     Co-operation €32 365 million (€32 292 m) 

•     Ideas €7 460 million   

•     People €4 728 million (€4 727 m) 

•     Capacities €4 217 million (€4 291m ) 

•     Non-nuclear actions of the JRC € 1 751 million 

The proposed breakdown for the Co-operation Specific Programmes is as follows:

•     Health €6 050 million (€5 984 m )  

•     Food, Agriculture and Biotechnology €1 935 million   

•     Information and Communication Technologies €9 110 million   

•     Nanosciences, Nanotechnologies, Material and new Production Technologies €3 500 million (€ 3467 m) 

•     Energy €2 300 million (€2 265 million)  

•     Environment (including Climate Change) €1900 million (€1 886 m)  

•     Transport (including Aeronautics) €4 180 million  

•     Socio-economic Sciences and the Humanities €610 million (€ 607 m)  

•     Security €1 430 million  

•     Space €1 350 million (€2 858 m with Security and Space in total, representing a reduction of € 78m across these themes) 
 
The breakdown for the Capacities Specific Programme is as follows:

•     Research infrastructures €1 850 million (€(2 008 m )  

•     Research for the benefit of SMEs €1 336million  (€1 266 m)  

•     Regions of Knowledge €126 million   

•     Research Potential €370 million (€350 m) 

•      Science in Society €280 million (€359 m)   •     Coherent development of research policies €70 million (not included in the  Commission’s modified FP7 proposal)
 
•     Activities in International co-operation €185 million (€182 m)

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Framework Programme 7 (FP7) – Innovative Medicine Initiative

The Innovative Medicines Initiative (IMI) is Europe’s largest public-private initiative aiming to speed up the development of better and safer medicines for patients.

IMI supports collaborative research projects and builds networks of industrial and academic experts in order to boost pharmaceutical innovation in Europe.

IMI is a joint undertaking between the European Union and the pharmaceutical industry association EFPIA.

With a €2 billion euro budget, IMI supports collaborative research projects and builds networks of industrial and academic experts in Europe that will boost innovation in healthcare. Acting as a neutral third party in creating innovative partnerships, IMI aims to build a more collaborative ecosystem for pharmaceutical research and development (R&D). IMI will provide socio-economic benefits to European citizens, increase Europe’s competitiveness globally and establish Europe as the most attractive place for pharmaceutical R&D.
 
IMI supports research projects in the areas of safety and efficacy, knowledge management and education and training. Projects are selected through open Calls for proposals.
The research consortia participating in IMI projects consist of:

  • large biopharmaceutical companies that are members of EFPIA,
  • and a variety of other partners, such as:
  • small- and medium-sized enterprises,
  • patients’ organisations,
  • universities and other research organisations,
  • hospitals,
  • regulatory agencies,
  • any other industrial partners.

The European Commission’s Seventh Framework Programme contributes €1 billion to the IMI research programme. That amount will be matched by mainly in kind contributions (consisting mostly of research activities) worth at least another €1 billion euro from member companies of the European Federation of Pharmaceutical Industries and Associations (EFPIA).

Please get in touch for more information.

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FP7 Project – ISLE : International Standards for Language Engineering

Project Objectives

EU-US cooperation on HLT standards will build on joint preparatory work, to support all IST themes, HLT RTD and national projects, and HLT industry, by developing, disseminating and promoting widely agreed and urgently demanded HLT standards and guidelines for infrastructural language resources, tools exploiting them and LE products. The work builds on the successful LRE/LE EAGLES (Expert Advisory Group for Language Engineering Standards), to tackle standards for multilingual lexicons, natural interaction and multimodal resources (new area requiring early standardisation) and evaluation guidelines for MT. Work is organised in 3 EAGLES Working Groups and several subgroups of experts, drawn from academia and industry to build consensus at international workshops. ISLE standards and guidelines will be validated in RTD and national projects, disseminated widely, yield maximum impact for minimum cost and enhance user experience of the information society through standards-based HLT.

OBJECTIVES
To develop HLT standards, in an international perspective within EU-US International Research Cooperation. To extend work of two previous successful projects on HLT standards, LRE/LE EAGLES (Expert Advisory Group for Language Engineering Standards), thus continuing necessarily long-term standards work, and tackling innovative areas where standards are strongly required. To support HLT research and the HLT industry by developing, disseminating and promoting widely agreed and urgently demanded HLT standards and guidelines for infrastructural language resources as well as tools and LE products that exploit them. To build on joint preparatory EU-US work of the past 2 years towards setting up an international HLT standards oriented initiative. To promote EAGLES, initially the focus of individual EC projects, as an internationally active body for HLT standardisation. To contribute directly or indirectly to all IST key actions.

DESCRIPTION OF WORK
ISLE targets the 3 areas of multilingual lexicons, natural interaction and multimodality (NIMM), and evaluation of HLT systems. These areas were chosen not only for their relevance to the current HLT call but also for their long-term significance. For multilingual computational lexicons, ISLE will: extend EAGLES work on lexical semantics, necessary to establish inter-language links; design standards for multilingual lexicons; develop a prototype tool to implement lexicon guidelines and standards; create exemplary EAGLES conformant sample lexicons and tag exemplary corpora for validation purposes; develop standardised evaluation procedures for lexicons. For NIMM, a rapidly innovating domain urgently requiring early standardisation, ISLE will develop guidelines for: the creation of NIMM data resources; the interpretative annotation of NIMM data, including spoken dialogue in NIMM contexts; the annotation of discourse phenomena, and a specification and first implementation of multimodal annotation tools. For evaluation, ISLE will work on: quality models for machine translation systems and maintenance of previous guidelines – in an ISO based framework (ISO 9126, ISO 14598). There will be intensive interaction among the groups, as several topics lie within the sphere of interest of more than one group, thus broadly-based consensus will be achieved. The working groups and their sub-groups will carry out the work, according to the already proven EAGLES methodology, with experts from both EU and USA, working and interacting within a strongly coordinated framework. Responsible partners will recruit members from the HLT community (from both academia and industry) to participate in subgroups. Several international workshops are foreseen as a means of achieving consensus and advancing work. Results will be widely disseminated and published, after due validation in collaboration with national, EU and US HLT projects.

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