Gas Turbines of the Future by mgb63241

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									G6-P18-Poster.xp 24-09-2001 10:15 Page 1




                                                 Gas Turbines of the Future
         Providing Cleaner Power for Europe and the World
                                                                                                 (www.came-gt.com)

       Objectives                                                                             In the Combustion Cluster:
                                                                                              • Flame Sensors for gas turbine engine cycles (FLAMESEEK)
                                                                                                  The Project aims to improve combustion systems for mixed air-steam com-
       The Thematic Network – Cleaner and More Efficient Gas Turbines (CAME-GT)
                                                                                                  bustion
       brings together research projects in gas turbine technology from Framework IV,
                                                                                              • Prediction and control of Combustion instabilities in tubular and annular gas
       Framework V and national programmes. The objectives are to increase the effi-
                                                                                                  turbine combustion systems (PRECCINSTA)
       ciency of gas turbine plant whilst at the same time reducing green house gas
                                                                                                  The objective is to understand, control and predict the causes of instability
       emissions. Achieving these objectives will help preserve the eco-system and
                                                                                                  in lean-mix combustion
       assist the EU to achieve its commitment to the Kyoto target of 8% reduction in
                                                                                              • Low NOx Combustor for high efficiency gas turbines (FLOXCOM)
       CO2 emissions whilst maintaining the quality of life of its citizens through the
                                                                                                  The objective is to develop an innovative multiple fuel combustor for small-scale
       supply of adequate amounts of power. Bringing together researchers from
                                                                                                  gas turbines, suitable for operation at high temperature with low NOx levels.
       across the EU and pre-Accession Countries will enable the gas turbine sector in
                                                                                              • New Combustion systems for gas turbines (FLAMME)
       the EU to remain competitive in world markets helping to secure employment
                                                                                                  The project aims to validate the performance of new pre-mix combustion
       and promoting social cohesion with less favoured regions.
                                                                                                  systems.
       The Network will operate through Workshops and Conferences and will disse-
       minate information through its web site www.came-gt.com
                                                                                              In the Systems Cluster:
                                                                                              • Research and development of high efficiency components for an inter-

       Problems to be solved                                                                      cooled, recuperated CHP gas turbine for combined heat and power (CHEP)
                                                                                                  The aim of the project is to design and test critical and innovative compo-
       In the last 15 years there has been an enormous increase in the power and effi-            nents for an ICR machine in the range 200-350kW.
       ciency of gas turbine plant. Before 1990, gas turbine/steam turbine combined
       cycles rarely exceeded 100MW output and struggled to reach 45% efficiency.
                                                                                              • Thermo-economic optimisation of whole gas turbine plant (GT-POM)
                                                                                                  The object is to develop a computational tool to allow the concurrent inte-         Progress to date
       With the increasing availability of natural gas in the 1990s, gas turbine technolo-        gration and optimisation of gas turbine system performance, lifecycle costs
                                                                                                                                                                                      The Thematic Network held its first Combined Cluster Workshop in Brussels in
       gy has progressed rapidly and an order has recently been announced for a com-              and environmental impact
                                                                                                                                                                                      February 2001. All the projects in the Network (except FLAMME, which has
       bined cycle plant with 60% efficiency. Sizes have also increased and 450MW             • Combined cycle power plant with integrated low temperature heat (LOTHECO)
                                                                                                                                                                                      only recently started) made presentations of their objectives and programmes.
       from a gas turbine and a steam turbine on a single shaft are now common.                   The aim is to develop a system, which makes use of low temperature waste
                                                                                                                                                                                      The workshop was attended by representatives from 12 of the 15 member
       As gas turbines increase in efficiency and reduce their emissions there are                heat for the evaporation of water droplets in wet gas turbine cycles.
                                                                                                                                                                                      states of the EU and national programmes from Germany, Sweden, UK, Italy
       numerous technical problems to be solved to maintain progress. Advances in
                                                                                                                                                                                      and the Netherlands were presented. A web site has been set up (www.came-
       thermodynamics, fluid mechanics, heat transfer, materials, structural analysis,
                                                                                                                                                                                      gt.com) and a report of the meeting and the presentations are available on the
       control, instrumentation, risk assessment, cost reduction and design are all vital
                                                                                                                                                                                      site. The Second Combined Cluster Workshop is scheduled for 4th October
       to achieve the targets set by the Framework programme for gas turbines. The
                                                                                                                                                                                      2001 in Brussels. Representatives from all member states have been invited
       FPV Targets for gas turbines are:
                                                                                                                                                                                      together with a small number of researchers from the pre-Accession Countries.
                                                                                                                                                                                      The draft Agenda is published on the Web site and information will be added,
        Type of Gas Turbine         Combined Cycle/     Advanced Open         Small Gas                                                                                               as it becomes available.
                                    Advanced Cycle          Cycle              Turbine
        Efficiency Medium Term %           >60
                                                                50               35
        Efficiency Long Term %             >65
        Availability %                                         >90                                                                                                                    The future for gas turbines
        Reliability Medium Term %                               95
        Reliability Longer Term %                               97
                                                                                                                                                                                      All projections for energy use, predict a sound future for gas turbine plant so
                                                                                                                                                                                      long as the plant continues to use fewer resources by becoming more efficient
        NOx Emissions (ppmv)                                   <25
                                                                                                                                                                                      and reducing emissions by becoming cleaner. This sets major challenges for
        Fuels LHV %                                     <25 of natural gas
                                                                                                                                                                                      gas turbine researchers and designers. Future gas turbines will need to reach
                                                                                                                                                                                      50% efficiency in single cycle and over 65% in combined cycle. There will be
       Targets for the reduction in cost of electricity for gas turbine plant have been set                                                                                           a trend towards Zero Emission Plant (ZEP), with no emissions to atmosphere
       at between 1-2%/annum.                                                                                                                                                         and any output (e.g.CO2) disposed of in an environmentally benign way. Even
       At the same time as progress was being made on the largest gas turbines, dere-                                                                                                 higher efficiencies will be achieved by combining gas turbines with fuels cells,
       gulation of the electricity market in a number of countries has started a trend                                                                                                once the latter have reached suitable scale, cost and reliability, and gas tur-
       towards distributed power, and has increased emphasis on small (5-30MW)                A Strong Partnership                                                                    bines will continue to contribute to renewable energy through the increasing
       and medium sized gas turbine plant (30-150MW)                                                                                                                                  use of bio-fuels from waste and dedicated crops.
                                                                                              The Network is led by major European gas turbine companies, ALSTOM
       A further development relates to small machines, where ceramic components                                                                                                      All these developments will not happen by accident and their achievement will
                                                                                              Power, Siemens, MGB, Rolls Royce and Ansaldo. They are supported by DLR
       and complex cycles, including regenerators, have been used to reach efficien-                                                                                                  set major challenges to gas turbine researchers and designers. Future gas tur-
                                                                                              of Germany, Vrije Universiteit of Brussels, Gastec NV of the Netherlands. Just
       cies of over 40%. Gas turbines are now also penetrating the renewables mar-                                                                                                    bine RTD in Europe will develop within a European Research Area, which will
                                                                                              recently the Network has been joined by the Ljubljana Turboinstitut of Slovenia
       ket using biomass fuels from waste and crops such as willow coppice.                                                                                                           bring together EU and national programmes within member states of the EU
                                                                                              to begin the introduction of pre-Accession Country researchers into the
                                                                                                                                                                                      and extend to researcher from pre-Accession countries.
                                                                                              Network. The Technology Clusters are led by ALSTOM Power, Siemens and

       Top Research Projects                                                                  MGB. Gastec and RR are responsible for a Workpackage covering exploita-
                                                                                              tion and dissemination of research results; VUB is running the Workpackage on
       CAME-GT co-ordinates RTD projects from the Framework V EESD programme                  Training of gas turbine researchers and Ansaldo a Workpackage covering pre-
       covering gas turbine technology. The projects are grouped in Four Clusters as          normative research for gas turbines. The Network is co-ordinated by ALSTOM
       follows:                                                                               Power who are also responsible for the RTD Strategy Workpackage.


       In the Turbomachinery Cluster:
       • Design and off-design optimisation of highly loaded industrial gas turbine
           stages (DAIGTS)
           The objective is to improve turbine efficiency by 4%, to help move small-
           medium gas turbines into the 35% efficiency target
       • Development of innovative techniques for compressor aero-mechanical desi-
           gn (DITCAD)
           The project aims to enhance the characteristics of heavy-duty gas turbines
           by the introduction of advanced axial compressor designs.


       In the Materials Cluster:
       • CMC Integration and demonstration for gas turbine engines (CINDERS)
           The objective is to develop technology to allow use of CMC combustors with
           an internal wall temperature of 1450C
       • Advanced long life blade coatings (ALLBATROS)
           The aim is to increase the efficiency, reliability and maintainability of gas
           turbine blades and vanes by developing and evaluating new high-resistant
           coatings.




                                                                                              Programme : FPV Energie                                                                 Partners : ALSTOM Power (Co-ordinator)
                                                                                                                                                                                      Rolls Royce - MGB - DLR - VUB - Gastec - Siemens
       References : ENK5-CT-2000-20062                                                        Title : Thematic Network – Cleaner and More                                             Ansaldo Ljubljana Turboinstitut
                                                                                              Efficient Gas Turbines (CAME-GT)

								
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