HERCULES-B
HIGHER – EFFICIENCY ENGINE WITH ULTRA-LOW EMISSIONS FOR SHIPS
A short presentation
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HIGHER EFFICIENCY ENGINE WITH ULTRA-LOW EMISSIONS FOR SHIPS A - - PowerPoint PPT Presentation
HIGHER EFFICIENCY ENGINE WITH ULTRA-LOW EMISSIONS FOR SHIPS A short presentation HERCULES-B This document, and more, is available for download from Martin's Marine Engineering Page - www.dieselduck.net HERCULES-B Vision HERCULESB (2008
HERCULES-B
A short presentation
This document, and more, is available for download from Martin's Marine Engineering Page - www.dieselduck.net
HERCULES-B Vision
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HERCULES–B (2008 – 2011)
Higher Efficiency Engine with Ultra Low Emissions for Ships
1900 1920 1940 1960 1980 2000 2020 10 20 30 40 50 60 70
Year Specific Fuel Consumption
Towards 10% reduction in SFC Towards ULTRA-LOW Emissions
IMO I IMO II ? IMO III ? NOx Emission Year
HERCULES-B VISION Year 2020 Reduction of fuel consumption and CO2 emissions
Reduction of NOx (Relative to IMO 2000 standard)
Reduction of other emission components (PM, HC)
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I.P. HERCULES Contract EC FP6 + BBW
Towards HERCULES-B
2002 2004 2005 2006 2007 2008 2009 2010 2011 2003 Phase I :45M€ Phase II :33M€
Vision ⇒ R&D Project HERCULES ~80 M€ Budget, 7 years duration I.P. HERCULES
33 M€ Budget 43 months duration 42 Partners HERCULES-B Contract EC FP7
HERCULES-B
26 M€ Budget 36 months duration 32 Partners
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HERCULES - B – Consortium
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MAN DIESEL SE MAN DIESEL A/S WARTSILA Finland Oy. WARTSILA Schweiz AG
MAN DIESEL SAS WARTSILA PROPULSION
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Overview of HERCULES-B Workpackages
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. 7 MATERIALS, AND WEAR WP. EXHAUST E REDUC
XTREME PARAMETER ENGINES
COMBUSTION
TURBOCHAR
STRUCTURE OF THE WORK 56 Subprojects 13 Tasks 7 Workpackages
Extreme Parameter Engines
Combustion
Turbocharging
Exhaust Emission Reduction
Overall Ship Powertrain Optimization
Advanced Materials, Friction & Wear
Electronics and Control
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HERCULES-B Structure of Work
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No WP TITLE TASK TITLE PARTNERS
Task 1.1: Development of engines for extreme load conditions COMPONENTA, TKK, WFI Task 1.2: Mechanical design of engines with extreme parameters BSTG, ECKA, IAV, MD-DK, MD-FR, MD-DE, MIBA, PST, SANDVIK Task 2.1: Combustion process modeling and development ETHZ, PSI, WFI, WCH Task 2.2: Experimental and numerical combustion analysis MD-DK, MD-DE, NTUA-LME, DTU, UNIKARL Task 3.1: High efficiency and low emission TC concepts ABB, ETHZ, PSI, TUT, WFI, WCH Task 3.2: Advanced intelligent turbocharger MD-DE, PBST Task 5.1: Emission reduction methods EMPA, UKU, VTT, WFI, WCH Task 5.2: Emission reduction - Exhaust Gas Recirculation and After-treatment AALBORG, MD-DK, MD-DE, TUM-LVK Task 6.1: Overall ship power train optimization TUDELFT, NTUA-LME, WPNL Task 6.2: Combined cycle with boiler for high pressure side AALBORG, MD-DK 7 Advanced Materials, Friction and Wear Task 7.2: Tribology-Optimization DTU, MD-DK, WCH, FMO Task 8.1: Advanced sensing and reliable adaptive control TUT, VANSCO, WFI, WCH 8 Electronics and Control Task 8.2: Intelligent Engine MD-DE, NTUA-LME, UNISIEGEN 9 Project Management ULEME E.E.I.G. 6 Overall power train
5 Exhaust Emission Reduction 3 Turbocharging 2 Combustion 1 Extreme Parameter Engines
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HERCULES-B Management
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coordinates with coordinates with This document, and more, is available for download from Martin's Marine Engineering Page - www.dieselduck.net
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www.hercules-b.com For more info:
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