The establishment of new multigeneration processes is comparable and assessable from
the sustainability viewpoint. Indeed, the sustainability approach assists the economic …

District heating and cooling networks distribute centrally generated heat through insulated
pipes to multiple buildings, offering efficiency and reduced emissions, especially when using …

This research introduces a novel multigeneration method that enables the simultaneous
generation of electrical power, fresh water, hydrogen, hot water, and cold water. The energy …

A heat exchanger was integrated to increase the efficiency of a geothermal double flash
cycle and decrease the liquid content at a low-pressure turbine outlet. The liquid cooling …

Microelectronic devices with multifunctional capabilities have become an indispensable part
of the modern life. These devices generate significant thermal energy during continuous use …

Temperature is a critical factor in numerous equipment, industries, and daily life
applications. Heat exchangers are essential devices that help regulate and optimize this …

A novel thermal integration approach is introduced for a biomass-driven gas turbine power
plant that generates electricity, coolant, and liquefied hydrogen. The designed scheme …

Effective cooling solutions become increasingly crucial as micro-electrical devices advance
in complexity and miniaturization. Microchannel heat sinks (MCHSs) are one of the …

The sustainable heat integration method proves to be a highly effective approach in
reducing energy consumption and addressing greenhouse gas emissions while optimizing …

This study presents a novel heat integration model for a gas turbine power plant that
enables sustainability through efficient utility generation and production of fresh water …