… the entire plant is found to be 139.6 $/h. In conclusion, the energetic performance of the
multigeneration plant is found to be significantly greater than that of the single-generation plant. …

… energy-supported multigeneration plants can be considered to … energy sources and
multigeneration plants is a significant … , multigeneration plants can be characterized as plants that …

… effect of the developed model, four energy conversion systems which are single-generation
(SG), co-generation (CG), tri-generation (TG), and multi-generation systems are considered …

… is to develop a more efficient plant as well as multigeneration productions. Additionally,
detailed parametric modeling is … approaches to examine this designed plant in the context of …

… To conduct performance analysis and assessment, the thermodynamic examination model
is applied in this research work. Various subsystems are integrated and comprehensive …

… a conventional power generation system to a multigeneration cycle leads to a decrease in …
to convert to multigeneration cycles. For renewable-based multigeneration systems, biomass-…

… In this work, a new configuration multigeneration model is suggested and examined
through thermodynamically and environmental impact assessment, for useful outputs, includes …

… One branch of multi-generation plants treated in the literature … developed in the present
study is a tool for optimizing the design and operation of FMGs by coupling process models with …

… model thermodynamically and perform exergy, economic and environmental analyses as
well as multi-objective optimization of a multigeneration … design of the multigeneration plant. …

… so-called Distributed Multi-Generation (DMG) framework. Typical plant schemes and
components … A general approach to characterization and planning of multi-generation systems is …