This work proposes a multiperiod synthesis methodology to optimize simultaneously the
utility systems, Rankine cycles and Heat Exchanger Networks considering different expected …

This work tackles the simultaneous synthesis and design of heat exchanger networks (HEN)
integrated with complex utility systems, such as Heat Recovery Steam Cycles or Organic …

This work presents a general and systematic methodology for the techno-economic
optimization of Rankine cycles. The proposed superstructure for Rankine cycles allows to …

This work proposes a novel approach for the simultaneous synthesis of Heat Exchanger
Networks (HEN) and Utility Systems of chemical processes and energy systems. Given a set …

The research theme of this work is the optimization of the heat integration and heat recovery
in energy systems and chemical processes, specifically, the optimal synthesis and design of …

Heat exchanger network synthesis (HENS) has progressed by using mathematical
programming-based simultaneous methodology. Although various considerations such as …

A novel superstructure-based approach for synthesizing sustainable trigeneration systems
(ie, heating, cooling, and power generation cycles) integrated with heat exchanger networks …

A new methodology for the global optimization of heat exchanger networks is presented,
based on an outer approximation methodology, aided by physical insights. The problem is …

The synthesis of heat recovery networks traditionally results in an optimal or suboptimal
solution for the supplied set of streams and simplifying assumptions. In the current work, the …

This work presents a systematic approach toward the design of Organic Rankine Cycles
(ORC) for the generation of power from multiple heat sources available at different …