… In this study, useful products of the multigeneration plant are power, fresh water, drying,
hot water, hydrogen, and ammonia. We have selected to produce hydrogen due to its …

… deals with the development and analysis of an innovative multigeneration plant, which is …
In this section of the examined research, the mathematical modeling of the proposed study …

… in this study were collected from the previous multigenerational experiment (Wang et al.
2023), where the growth environment of the maternal plants differed in each generation due to …

… The significance of this research is the modeling of the system which produces the energy
(… The multigeneration system considered in this study consisted of a biomass plant, a Brayton …

… the applicability of recently developed geothermal-driven multigeneration configurations, …
has been used in the current research to model the processes using the Peng-Robinson …

… model. We also selected 90 families and evaluated the abovementioned traits in the F 2:6
generation. Comparing the accuracy of the multigeneration … to the HD of individual plants, we …

… They developed four electrolyzer models for hydrogen production from wind energy … a multi
generation system is conducted. Energy and exergy losses of the different plant components …

… multigeneration systems and H 2 production options is reviewed, it can be said that the
multigeneration plant … this paper is to develop a new integrated multigeneration plant having the …

… out the modeling and analysis of the transformation of an operational biogas power plant
into a … biogas power plant. In addition, the combustion products in the Afyon Biogas Power …

… , twenty of them regarding solar multi-generation plants: eight of cogeneration, eight of …
for the solar multigeneration schemes are those in which the desalination plant replaces the …