THE ROLE OF THE

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Membranes and Hydrogen Storage Devices 165 Autonomy Fuel cell N/a N/A N/A N/A N/A concept only Hy-Wire proof Fuel cell 94 kW/ GM 80 mi/129 km 97 mph/160 km/h 4.4 lb compressed H2 at of concept PEM 5000 psi Advanced Fuel cell 94 kW/ GM 170 mi/270 km ~100 mph/160 km/h 6.8 lb compressed H2 at HydroGen3 PEM 10,000 psi (Zafira van) Diesel hybrid Fuel-cell APU 5 kW/ Hydrogenics N/A N/A Low-pressure metal hydrides electric PEM military truck Sequel Fuel-cell/battery 73 kW/ GM 300 mi N/A 8 kg compressed H2 at hybrid PEM 10,000 psi Equinox Fuel-cell/battery 93 kW/ 200 mi/320 km 100 mph/160 km/h hybrid PEM HydroGen4 Fuel-cell/battery 93 kW/ 200 mi/320 km 100 mph/160 km/h hybrid PEM Provoq Fuel-cell/battery 300 mi 100 mph/160 km/h Compressed hydrogen at hybrid 10,000 psi GM Phonix Fuel-cell/battery 25 kW/ Shanghai GM 125 mi/200 km/h 70 mph/113 km/h Compressed hydrogen (Shanghai) (minivan) hybrid PEM PATAC Honda FCX-V1 Fuel-cell/battery 60 kW/ Ballard Mark 110 mi/177 km 78 mph/130 km/h Hydrogen (stored in metal hybrid PEM 700 series hydride) FCX-V2 Fuel cell 60 kW/ Honda N/A 78 mph/130 km/h Methanol PEM FCX-V3 Fuel-cell/Honda 62 kW/ Ballard Mark 108 mi/130 km 78 mph/130 km/h 26 gal of compressed hydrogen ultracapacitors PEM 700 series at 3600 psi —continued
166 The Role of the Chemist in Automotive Design table 11.1 (continued) Fuel cell manufacturers and vehicle data Fuel cell Fuel cell automaker vehicle type engine type size/type manufacturer range (mi/km) maximum speed Fuel type FCX-V4 Fuel-cell/Honda 85 kW/ Ballard Mark 185 mi/300 km 84 mph/140 km/h 130 L compressed H2 at ultracapacitors PEM 900 series 5000 psi FCX Fuel-cell/Honda 85 kW/ Ballard Mark 220 mi/355 km 93 mph/150 km/h 156.6 L compressed hydrogen ultracapacitors PEM 900 series at 5000 psi Kiwami concept Fuel cell N/A N/A N/A N/A Hydrogen FCX concept Fuel cell 100 kW/ Honda 270 mi/434 km 100 mph/160 km/h Compressed hydrogen vehicle PEM PUYO concept Fuel cell N/A N/A N/A N/A N/A vehicle FCX Clarity Fuel cell 100 kW/ Honda 354 mi/570 km 100 mph/160 km/h Compressed hydrogen PEM Hyundai Santa Fe SUV Ambient- 75 kW/ UTC fuel cells 100 mi/160 km 77 mph/124 km/h Compressed hydrogen pressure fuel PEM cell UTC fuel cells 250 mi/400 km N/A Compressed hydrogen 75 kW/ PEM Santa Fe SUV Ambientpressure fuel cell UTC fuel cells 185 mi/300 km 93 mph/150 km/h Compressed hydrogen 373 mi/600 km 102 mph/165 km/h Compressed hydrogen UTC fuel cells 185 mi/300 km 150 km/h Compressed hydrogen Tucson Fuel cell 80 kW/ PEM i-Blue concept Fuel cell 100 kW/ PEM Kia Sportage Fuel cell 80 kW/ PEM
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THE ROLE OF THE CHEMIST IN AUTOMOTI
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CRC Press Taylor & Francis Group 60
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Contents Preface...................
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Contents ix 6.6 Thermal Properties
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Contents xi 11.4 Glass Microspheres
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The Author Herman Phlegm was born i
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2 The Role of the Chemist in Automo
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10 The Role of the Chemist in Autom
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3 3.1 IntroductIon Component Materi
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Component Materials in Automobiles
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6 6.1 IntroductIon Engineering Poly
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Engineering and Structural Polymers
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100 The Role of the Chemist in Auto
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8 8.1 IntroductIon Seal and Gasket
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Seal and Gasket Design 113 table 8.
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Page 209 and 210: 192 Index heat exchanger designatio
Page 211 and 212: 194 Index Power train, 95 Power tra
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THE ROLE OF THE

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