Post-Oil Energy Technology: The Worlds First Solar-Hydrogen Demonstration Power Plant Book

The Case for Renewable Energy Processes
Global Trends Global Warming Nonsolar Renewable Technologies Solar Energy Hydrogen Technology The Renewable Energy Economy Costs and Efficiencies Conclusion
Control and Optimization of Energy Conservation and Renewable Energy Processes
Boiler Control and Optimization Building Conditioning Optimization Chiller and Heat Pump Optimization Compressor Optimization Control and Optimization Theory Cooling Tower Optimization Distillation Optimization Fuel Cell Controls Geothermal Controls Heat Exchanger Optimization Hydrogen Process Optimization Power Plant Optimization Pumping Station Optimization Solar Collector Farm Controls Steam Turbine Optimization
Sensors and Analyzers for Renewable Energy Processes
Analyzers Anemometers BTU and Heat Rate Measurement Electric Meters and Peak Shedding Energy Management Systems Explosion Suppression Fire, Flame, and Smoke Detectors Leak Detectors Temperature Weather Stations and Solar Detectors
The Design of the World’s First Full-Size Solar-Hydrogen Demonstration Power Plant
Solar-Hydrogen Demonstration Power Plant The Process
Unique Design Features and Inventions
Profitability Optimization
Optimizing Control Systems
Solar Farm Optimization
Boiler and Heat Storage Optimization
Boiler Feedwater Optimization
Geothermal Heat Pump Optimization
Regenerative Electrolyzer Optimization Hydrogen Liquefier Optimization
Methanol Converter System
Optimized Hydrogen Compression
Conclusions