Production systems represent a significant source of waste heat. The waste heat cannot be
reused often. Many optimization methods can give a solution for waste heat recovery …

The rapid development of computational technology and the increasing energy demand
have improved heat exchanger network (HEN) synthesis. The HEN synthesis involves …

This paper assesses the optimal design criteria of a flexible power and biomass to methanol
(PBtM) plant, conceived to operate both without green hydrogen addition (baseline mode) …

We investigate the optimal operation of multi-energy systems deploying geothermal energy
storage to deal with the seasonal variability of heating and cooling demands. We do this by …

This study explores the prospective techno-economic performance of facilities that produce
low-and net-negative-carbon liquid transportation fuels and electricity with CO 2 capture for …

This paper presents the optimization of organic Rankine cycles (ORCs) for recovering waste
heat from a hypothetical aluminum production plant to be installed in Norway. The case …

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

Coal de-capacity, or capacity cut, is an important part of China's energy transition.
Formulating a quota allocation scheme for coal de-capacity is the key to realizing smooth …

After more than one century from its first use for electric power production, steam cycles are
still the object of continuous research and development efforts worldwide. Indeed, owing to …

Organic Rankine cycles can produce power from various low-to-medium temperature heat
sources efficiently, and may be integrated into industrial processes to recover low-grade …