Biofuels in Perspective
Biofuels in Perspective
Biofuels in Perspective
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
policy (official) 59–61<br />
production 57–9, 58<br />
anaerobic digestion 180, 181<br />
bagasse/v<strong>in</strong>asse utilization 178–80<br />
costs 61–2, 62<br />
energy efficiency 182<br />
future aspects 73–4<br />
market share 57–9<br />
replication 72–3<br />
coord<strong>in</strong>ation 72<br />
program plann<strong>in</strong>g 73<br />
subsidies 73<br />
state regulation 59–61<br />
and automobile <strong>in</strong>dustry 60, 60<br />
fuel blend composition 60–1, 60<br />
and taxation 61<br />
sugarcane<br />
area 59, 67<br />
research 63–4, 69<br />
susta<strong>in</strong>ability 65–72, 74<br />
and biodiversity 68, 71<br />
and fertilizers/pesticides 69<br />
and food production 67–8<br />
greenhouse gas emissions 66–7,<br />
71<br />
and liv<strong>in</strong>g conditions 66, 69–71, 70<br />
and local economy 69–71<br />
technological development 62–5, 65<br />
ethanol (USA)<br />
federal policy 40–1, 49, 52, 53<br />
Clean Air Act 40<br />
Energy Policy Act (EPACT) 41, 42<br />
vehicle capacity 45–6<br />
<strong>in</strong>dustrial development 39–53<br />
market 41–6<br />
production 41, 42, 47, 105<br />
advanced fractionation process<strong>in</strong>g 48,<br />
48<br />
via biomass gasification 51–2<br />
bioref<strong>in</strong>ery locations 43, 43, 44<br />
from cellulose materials 49–52<br />
corn dry mills 47–8<br />
corn-ethanol technology 46–9<br />
corn wet mills 47, 48<br />
early years 39–40<br />
environmental concerns 52<br />
enzyme technology 49<br />
future prospects 52–3<br />
<strong>in</strong>vestment 52<br />
and transportation 44, 52<br />
ethanolysis 132, 133<br />
Index 239<br />
fatty acid ethyl esters (FAEE) 80<br />
fatty acid methyl esters (FAME) 79, 80,<br />
154<br />
fatty acids 90, 157<br />
and methanolysis 139–41, 140, 141<br />
oxidation 157<br />
removal 160<br />
feedstock see biomass feedstock<br />
fermentation 105, 199–204<br />
biogas production 172–4, 188<br />
of carbohydrates 199, 200<br />
by Thermoanaerobacter 210<br />
see also hydrogen, production<br />
ferredox<strong>in</strong> 211, 212–13<br />
fertilizers 66<br />
emissions 231<br />
nitrogen 28<br />
run-off 52<br />
v<strong>in</strong>asse 69<br />
F<strong>in</strong>land 109<br />
firewood 4<br />
Fischer—Tropsch (FT) method<br />
95–113<br />
chemistry<br />
catalysts 97<br />
feed gas specifications 98–9, 98<br />
pr<strong>in</strong>ciple 96<br />
product distribution 97–8, 98<br />
synthesis 96<br />
economics 110–13<br />
biodiesel production costs 111, 111<br />
biomass harvest<strong>in</strong>g 110<br />
biomass price 112–13<br />
capital <strong>in</strong>vestment 110–11, 111<br />
plant size 112, 112<br />
pretreatment 110<br />
transport 110, 112<br />
historical aspects 96<br />
syngas 96, 99–109, 110<br />
‘flexible fuel’ vehicles (FFVs) 46, 57, 72<br />
food production 66, 68<br />
food v. fuel conflict 66, 67–8, 154, 168<br />
Ford, Henry 7, 39<br />
Fossil Energy Replacement Ratio (FER) 6<br />
fossil energy resources 1<br />
fuels, costs 2–4, 3<br />
genetically enhanced microorganisms (GEMs)<br />
10<br />
Germany 172, 189, 191<br />
biogas production 174–6, 175