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Biofuels in Perspective

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NADH 200–6, 207, 210<br />

natural gas 1<br />

nitrogen oxides 28, 228<br />

no-till cropp<strong>in</strong>g 19, 20, 21, 23, 27<br />

adoption rates 22, 24<br />

and greenhouse gas emissions 28–9,<br />

228<br />

transition<strong>in</strong>g to 21–2<br />

oilseeds 2<br />

oxidoreductases 205, 208<br />

palm oil 79, 154, 168<br />

paper <strong>in</strong>dustry 108–9<br />

pesticides 66<br />

PETROBRAS 60<br />

petrochemicals 4<br />

petroleum 1–2, 3<br />

Philipp<strong>in</strong>es 79<br />

plant oil biofuels 117–27<br />

advantages 121<br />

for develop<strong>in</strong>g countries 122<br />

blends v. standalone 119<br />

conversion technology 124–5<br />

eng<strong>in</strong>e suitability 126–7<br />

one tank system 125<br />

selection 127<br />

two tank system 125<br />

cost sav<strong>in</strong>gs 121–2<br />

emission benefits 121, 121<br />

eng<strong>in</strong>e ma<strong>in</strong>tenance 127<br />

historical aspects 118, 119<br />

market<br />

nature of 119–20<br />

penetration 125–7<br />

political aspects 120–1<br />

share of 118–19<br />

pr<strong>in</strong>ciples 118–19<br />

production 123–4<br />

seed choice 123<br />

storage and transportation 124<br />

system requirements 122–4, 123<br />

user profile 125–6<br />

polar content 158<br />

polymer production 10<br />

poplar 16<br />

pre-esterification 90<br />

pretreatment<br />

of biomass feedstock 29–31, 106–8, 106<br />

of cellulosic materials 29–31, 30, 31, 31,<br />

32–3<br />

<strong>in</strong> syngas production 106–8, 106, 110,<br />

113<br />

waste lipid process<strong>in</strong>g 156, 159<br />

process waste 16<br />

ProROL prote<strong>in</strong>s 144–7, 145<br />

pulp <strong>in</strong>dustry 108–9<br />

purification see contam<strong>in</strong>ant removal<br />

Pyrococcus spp. 212–13<br />

ferredox<strong>in</strong> (role) 212–13<br />

NADPH 213<br />

P. furiosus 213<br />

rapeseed oil 77–8, 79, 123, 154<br />

Renewable Energy Act 172–4, 184–5<br />

renewable fuels 2<br />

residues<br />

decomposition 228<br />

utilization 10–11, 44<br />

rice 13<br />

slurries 108<br />

soap 82, 88, 89, 160, 165–6<br />

soil erosion 18–19, 21<br />

soybeans 68<br />

and greenhouse gases 226–8<br />

oil 87, 123, 154<br />

methanolysis 134<br />

stubble 15<br />

sugarcane 56, 62<br />

bagasse 64–5, 177–8, 180, 182<br />

and biogas production 176–7, 177<br />

burn<strong>in</strong>g 63–4<br />

distilleries 177–8<br />

electricity production 65, 66, 180–2<br />

ethanol production (Brazil) 56, 58<br />

area 59, 67, 68<br />

and greenhouse gas emissions 67, 71<br />

harvest<strong>in</strong>g 63–4<br />

macronutrients 180, 180<br />

production<br />

and employment 70, 71<br />

improvements <strong>in</strong> 62–5, 65<br />

and local economy 69–71, 70<br />

research 63–4, 69<br />

trash 64, 65<br />

varieties 63, 73<br />

v<strong>in</strong>asse 178–80<br />

and water consumption 68<br />

Sweden 109, 189<br />

switchgrass 16, 17, 22, 49<br />

Switzerland 189<br />

Index 241

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