Auteur Edward J. Anthony
Documents disponibles écrits par cet auteur (6)
Affiner la recherche
Article : texte imprimé
Vasilije Manovic, Auteur ; Edward J. Anthony, Auteur |The carbonation reaction has recently been intensively investigated as a means of CO2 capture from gas mixtures such as flue gas produced during fossil fuel combustion. Unfortunately, this gas−solid reaction is limited due to formation of the so[...]
Article : texte imprimé
Vasilije Manovic, Auteur ; Edward J. Anthony, Auteur |Sintering and a resulting loss of activity during calcination/carbonation can introduce substantial economic penalties for a CO2 looping cycle using CaO-based sorbents. In a real system, sorbent regeneration must be done at a high temperature to[...]
Article : texte imprimé
Manish S. Kelkar, Auteur ; Wei Shi, Auteur ; Edward J. Anthony, Auteur |The ability of simple classical force fields to predict the structure and density of ionic liquids is now well-established. However, it is less clear how accurate such force fields are for a range of other pure and mixture properties of ionic li[...]
Article : texte imprimé
Gemma Grasa, Auteur ; Juan Carlos Abanades, Auteur ; Edward J. Anthony, Auteur |CaO particles from the calcination of natural limestones can be used as regenerable solid sorbents in some CO2 capture systems. Their decay curves in terms of CO2 capture capacity have been extensively studied in the literature, always in experi[...]
Article : texte imprimé
Vasilije Manovic, Auteur ; Edward J. Anthony, Auteur |A series of carbonation/calcination tests consisting of 1000 cycles was performed with CaO-based pellets prepared using hydrated lime and calcium aluminate cement. The change in CO2 carrying capacity of the sorbent was investigated in a thermogr[...]
Article : texte imprimé
Vasilije Manovic, Auteur ; Edward J. Anthony, Auteur ; Davor Loncarevic, Auteur |CaO-based looping cycles are promising processes for CO2 capture from both syngas and flue gas. The technology is based on cyclical carbonation of CaO and regeneration of CaCO3 in a dual fluidized-bed reactor to produce a pure CO2 stream suitabl[...]
