Auteur Vasilije Manovic
Documents disponibles écrits par cet auteur (6)
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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[...]
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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[...]
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Vasilije Manovic, Auteur ; Yinghai Wu, Auteur ; Ian He, Auteur |This paper describes the preparation of composite materials containing both CaO as a reversible CO2 sorbent and CuO, serving as an oxygen carrier, which allows the spent Ca sorbent to be regenerated in a fuel gas stream after it has been used fo[...]
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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
Robert T. Symonds, Auteur ; Dennis Y. Lu, Auteur ; Vasilije Manovic, Auteur |Calcium looping cycles require an oxy-fired calciner burning coal for sorbent regeneration. Thus, in addition to O2 and CO2, the flue gases will include both steam and SO2, and similarly, carbonation of real flue-gases will occur in the presence[...]
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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[...]
