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6 employment projections 188 6.1 methodology and assumptions 189 6.2 employment factors 190 6.3 regional adjustments 191 6.3.1 regional job multipliers 191 6.3.2 local employment factors 191 6.3.3 local manufacturing and fuel production 191 6.3.4 learning adjustments or ‘decline factors’ 191 6.4 fossil fuels and nuclear energy - employment, investment, and capacities 193 6.4.1 employment in coal 193 6.4.2 employment in gas, oil & diesel 193 6.4.3 employment in nuclear energy 193 6.5 employment in renewable energy technologies 194 6.5.1 employment in wind energy 194 6.5.2 employment in biomass 194 6.5.3 employment in geothermal power 195 6.5.1 employment in wave & tidal power 195 10 6.5.2 employment in solar photovoltaics 196 6.5.3 employment in solar thermal power 196 9.1.4 carbon dioxide storage 232 9.1.5 carbon storage and climate change targets 232 9.2 nuclear technologies 234 9.2.1 nuclear reactor designs: evolution and safety issues 234 9.3 renewable energy technologies 235 9.3.1 solar power (photovoltaics) 235 9.3.2 concentrating solar power (CSP) 237 9.3.3 wind power 239 9.3.4 biomass energy 239 9.3.5 geothermal energy 243 9.3.6 hydro power 245 9.3.7 ocean energy 248 9.3.8 renewable heating and cooling technologies 251 9.3.9 geothermal, hydrothermal and aerothermal energy 254 9.3.10 biomass heating technologies 257 9.3.11 storage technologies 258 energy efficiency - more with less 260 10.1 methodology for the energy demand projections 261 10.2 efficiency in industry 263 10.2.1 energy demand reference scenario: industry 263 10.3 low energy demand scenario: industry 264 10.4 results for industry: efficiency pathway for the energy [r]evolution 265 10.5 buildings and agriculture 266 11.5.1 energy demand reference scenario: buildings and agriculture 266 11.5.2 fuel and heat use 267 11.5.3 electricity use 268 10.6 the standard household concept 270 10.7 low energy demand scenario: buildings and agriculture 272 10.8 results for building and agriculture: the efficiency pathway for the energy [r]evolution 272 transport 275 11.1 the future of the transport sector in the energy [r]evolution scenario 276 11.2 technical and behavioural measures to reduce transport energy consumption 278 11.2.1 step 1: reduction of transport demand 278 11.2.2 step 2: changes in transport mode 279 11.2.3 step 3: efficiency improvements 282 11.3 projection of the future LDV market 288 11.3.1 projection of the future technology mix 288 11.3.2 projection of the future vehicle segment split 288 11.3.3 projection of the future switch to alternative fuels 289 11.3.4 projection of the future global vehicle stock develoment 289 11.3.5 projection of the future kilometres driven per year 290 11.4 conclusion 290 glossary & appendix 291 12.1 glossary of commonly used terms and abbreviations 292 12.2 definition of sectors 292 scenario results data 293 6.6 employment in the renewable heating sector 197 6.6.1 employment in solar heating 197 6.6.2 employment in geothermal and heat pump heating 197 6.6.2 employment in biomass heat 197 7 the silent revolution – past and current market developments 198 7.1 power plant markets in the us, europe and china 200 7.2 the global market shares in the power plant market: renewables gaining ground 202 8 energy resources and security of supply 208 8.1 oil 210 8.1.1 the reserves chaoas 8.1.2 non-conventional oil reserves 211 8.2 gas 211 8.2.1 shale gas 211 8.3 coal 211 8.4 nuclear 220 8.5 renewable energy 221 8.6 biomass in the 2012 energy [r]evolution 228 8.6.1 how much biomass 229 9 energy technologies 231 9.1 fossil fuel technologies 231 9.1.1 coal combustion technologies 231 9.1.2 gas combustion technologies 231 9.1.3 carbon reduction technologies 231 210 11 image A WOMAN IN FRONT OF HER FLOODED HOUSE IN SATJELLIA ISLAND. DUE TO THE REMOTENESS OF THE SUNDARBANS ISLANDS, SOLAR PANELS ARE USED BY MANY VILLAGERS. AS A HIGH TIDE INVADES THE ISLAND, PEOPLE REMAIN ISOLATED SURROUNDED BY THE FLOODS. 12 7 © GP/PETER CATONPDF Image | SUSTAINABLE WORLD ENERGY OUTLOOK
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