The following text field will produce suggestions that follow it as you type.

Loading Inventory...

Indigo

Hydrogen Storage In Wind Turbine Towers by National National Renewable Energy Laboratory (Nr, Paperback | Indigo Chapters

From National National Renewable Energy Laboratory (Nr

Current price: $18.99
Hydrogen Storage In Wind Turbine Towers by National National Renewable Energy Laboratory (Nr, Paperback | Indigo Chapters
Hydrogen Storage In Wind Turbine Towers by National National Renewable Energy Laboratory (Nr, Paperback | Indigo Chapters

Indigo

Hydrogen Storage In Wind Turbine Towers by National National Renewable Energy Laboratory (Nr, Paperback | Indigo Chapters

From National National Renewable Energy Laboratory (Nr

Current price: $18.99
Loading Inventory...

Size: 0.09 x 9.69 x 0.21

Buy OnlineGet it at Indigo
*Product information may vary - to confirm product availability, pricing, shipping and return information please contact Indigo
Low-cost hydrogen storage is recognized as a cornerstone of a renewables-hydrogen economy. Modern utility-scale wind turbine towers are typically conical steel structures that, in addition to supporting the rotor, could be used to store hydrogen. This study has three objectives: 1) Identify the paramount considerations associated with using a wind turbine tower for hydrogen storage; 2)Propose and analyze a cost-effective design for a hydrogen-storing tower; and 3) Compare the cost of storage in hydrogen towers to the cost of storage in conventional pressure vessels. The paramount considerations associated with a hydrogen tower are corrosion (in the form of hydrogen embrittlement) and structural failure (through bursting or fatigue life degradation). Although hydrogen embrittlement (HE) requires more research, it does not appear to prohibit the use of turbine towers for hydrogen storage. Furthermore, the structural modifications required to store hydrogen in a tower are not cost prohibitive.; We discovered that hydrogen towers have a "crossover pressure" at which their critical mode of failure crosses over from fatigue to bursting. Above the crossover pressure, however, storage costs rise quickly. The most cost-effective hydrogen tower design would use substantially all of its volume for hydrogen storage and be designed at its crossover pressure. | Hydrogen Storage In Wind Turbine Towers by National National Renewable Energy Laboratory (Nr, Paperback | Indigo Chapters

More About Indigo at St. Vital Centre

Canada's Largest Bookstore. Indigo is the largest book, gift and specialty toy retailer in Canada

Powered by Adeptmind