Wartsila Oyj Abp · OMXHEX:WRT1V
Wartsila Oyj Abp — Wärtsilä — Investor Day (September 2001)
18 slides from Wartsila Oyj Abp's investor day presentation, Sep 20, 2001
Slide 1: Technology Division, Capital Markets Day 20.9.2001
Prof. M E Kleimola Group Vice President Technology Division Capital Markets Day 20.9.2001
Slide 2: Technology Drivers
Technology Drivers Fuels and Emissions Customer Needs New Technologies 8IGLRSPSK]
Slide 3: Main focuses during recent decades
Main focuses during recent decades SUSTAINABLE DEVELOPMENT 2000’s QUALITY OF LIVING 1990’s VIRTUAL PRODUCTS 2010’s CUSTOMER FOLLOW-UP 1980’s 8IGLRSPSK]
Slide 4: Wärtsilä R&D Units
Wärtsilä R&D Units Vaasa Helsinki Technology Zwolle Division Turku Winterthur Trieste Mulhouse 8IGLRSPSK]
Slide 5: R&D expenditure of machinery companies
R&D expenditure of machinery companies 4.7 4.3 R&D % of sales 3.5 3.3 3.2 2.5 Deere Mitsubishi Wärtsilä Cummins Caterpillar MAN Corporation Heavy Ind. Corporation Engine Corporation Corporation 8IGLRSPSK]
Slide 6: World energy consumption scenario
World energy consumption scenario 100 Traditional biomass Commercial biomass Hydro Other 80 Solar Nuclear 60 Gas 40 Oil 20 Coal 7SYVGI--7%;)' 1900 1950 2000 2050 2100 8IGLRSPSK] =IEV
Slide 7: Fuel alternatives for reciprocating engines
Fuel alternatives for reciprocating engines Bio Oils Orimulsion Dual Fuel Natural Gas Syngas H2 Heavy Fuel Diesel Oil Synthetic Diesel Fuel 1980 1990 2000 2010 2020 8IGLRSPSK]
Slide 8: Renewable sources of energy in EU 2010
Renewable sources of energy in EU 2010 Biomass 74 % Solar Thermal 2% Wind 4% Geothermal Hydro 3% Photovoltaics 17 % 0% Renewables 12 % of total energy (182 Mtoe) 8IGLRSPSK] Source: European Comission, ENERGY FOR THE FUTURE: RENEWABLE SOURCES OF ENERGY, White Paper for a Community Strategy and Action
Slide 9: Hydrogen fuel
Hydrogen fuel n Environmental impact very favourable n Can be used in gas engines , n Iceland is building world’s first hydrogen economy n Will be derived from bio fuels, chemical prosesses, fossil fuels and water 8IGLRSPSK]
Slide 10: Climate change is obvious
Climate change is obvious n Amount of global greenhouse Q Q gases are higher than at any time in the past 400 000 years Q n CO2 accounts for over 80 % of φ global warming n 97 % of CO2 comes from burning coal, oil and gas 8IGLRSPSK]
Slide 11: Carbon dioxide production in typical plants
Carbon dioxide production in typical plants CO2 in g/kWh produced electricity 800 750 600 600 Gas Turbine Plant Gas Turbine Plant Steam Plant 450 Diesel Plant Diesel Plant Fuel: Coal Fuel: Gas Fuel: Gas Fuel: Oil Fuel: Oil n Wärtsilä product n Non-Wärtsilä product 8IGLRSPSK]
Slide 12: Focus on emissions in engine-driven power plants
Focus on emissions in engine-driven power plants CO2 8IGLRSPSK]
Slide 13: Electrical efficiency in power generation
Electrical efficiency in power generation 80 60 Solid Oxide Fuel Cell Efficiency [%] Diesel Engine 40 Gas Engine Gas Turbine 20 Photovoltaics Steam Engine 0 1 10 100 1000 10000 Nominal power [kW] 8IGLRSPSK]
Slide 14: Efficiency development of Wärtsilä engines
Efficiency development of Wärtsilä engines )JJMGMIRG] 8IGLRSPSK]
Slide 15: NOx emission compliance of Wärtsilä products
NOx emission compliance of Wärtsilä products 8IGLRSPSK]
Slide 16: Common Rail technology enables clean smoke
Common Rail technology enables clean smoke 8IGLRSPSK]
Slide 17: Direct Water Injection
Direct Water Injection n Nitrogen oxides (NOx) formed inside engine cylinder n NOx emission a function of combustion duration, gas temperature and pressure Water Fuel n Wärtsiläs primary method for reducing NOx 8IGLRSPSK]
Slide 18: Summary
Summary n Wärtsilä focuses its R&D on environmental issues and sustainable development n Wärtsilä has significantly increased the efficiency of engines during recent decades and implemented best available technology to lower exhaust emissions n Wärtsilä and Carnival Corporation have received an awar