… In the present article, a 4-E analysis of IGCC plants with 450 MW nominal power using different
heavy oil derivative feedstocks is performed, and the results are compared with data from …

… The purpose of this study was to use the best available energy and extrusion in the LNG
production chain with the ability to be used simultaneously as a fuel plant and to reduce CO 2 …

… (IGCC) based on olive pits as fuel is investigated by conventional and advanced exergy,
exergoeconomic and exergoenvironmental analyses (… present study. With conventional exergy …

… The purpose of this research is performing a techno-economic analysis of the hydrodesulfurization
(HDS) process of HFO. The results show that for removing 85% of sulfur compounds …

… to implement the results of this study within EIA’s NEMS model… IGCC-based power plants
have been operated on petcoke or mixtures of petcoke and coal, and two petcoke-based IGCC …

… The aim of this study is to develop a process integration framework to co-produce methanol
… of heavy oils used in an IGCC plant and he compared these results for these three heavy oils…

… In this study, vacuum residue is employed as a feedstock to produce high grade methanol.
A vacuum residue to methanol (VRTM) process is simulated using Aspen Plus for a methanol …

… undesirables at intermediat t 4 e refin just before … for a heavy-oil-based pcc unit might be
from S950 to $1,100 Per kilowatt of generating capacity, compared wests for a coal-based IGCC …

… clean and environmentally friendly hydrogen fuel in an economical manner. Therefore, this
study analyzed and examined it critically. In this … IGCC Integrated gasification combined cycle …

… this study, GHG emissions were calculated based on direct CO 2 emissions, CH 4 and N 2 O
emissions resulting from fuel … Coal and oil based power plants yield 2–2.5 fold higher CO 2 …