Liquefaction: Analysis and Assessment


Corey Hanson (Editor)

Series: Environmental Science, Engineering and Technology
BISAC: TEC021000

Due to its high energy density, liquid hydrogen is one of the best alternative fuels. As such, Liquefaction: Analysis and Assessment introduces hydrogen liquefaction techniques and provides an outlook concerning common methodology. Basic and conventional cycles used for hydrogen liquefaction are reviewed, and industrial in-service hydrogen liquefaction plants are discussed.

The severe accident at the Fukushima Dai-ichi nuclear power plant demonstrated that the phenomena caused by an earthquake may actually cause more disastrous consequences than the vibratory ground motion itself, one of these phenomena being soil liquefaction. The authors propose that an analysis of the liquefaction hazards and consequences should be performed for the safety analysis of nuclear plants.

Lastly, the authors address how uncertainties in the liquefied natural gas market are growing as new producers, including the United States and Australia, emerge. In an effort to tackle these market uncertainties, process optimization is an essential part of the liquefied natural gas project. In this instance, an exergy-based method is demonstrated and assessed for both thermodynamic and cost objectives.

Table of Contents

Table of Contents


Chapter 1. Large-Scale Hydrogen Liquefaction Processes
(Majid Aasadnia and Mehdi Mehrpooya and Tatiana Morosuk, Renewable Energies and Environment Department, University of Tehran, Iran, and others)

Chapter 2. Liquefaction Hazard and Nuclear Power Plant Safety
(Tamás János Katona, University of Pécs, Hungary)

Chapter 3. Simulation and Optimization of the Propane Pre-Cooled Mixed Refrigerant (C3MR) Process Using Exergy-Based Method
(Eko Primabudi, Liliana Calderon and Tatiana Morosuk, Institute for Energy Engineering, Chair of Exergy-Based Methods for Refrigeration Systems, KT Building, Berlin)

Chapter 4. Bibliography

Chapter 5. Related Nova Publications


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