The main challenges of liquid hydrogen (H2) storage as one of the most promising
techniques for large-scale transport and long-term storage include its high specific energy …

More than half of the input fuel energy to marine engines, tractive diesel engine, and
electricity generators is wasted as exhaust and cooling water heat, at temperatures sufficient …

There are various factors having an impact on the energetic and exergetic performance (ie,
COP and eCOP) of an absorption refrigeration systems (ARS) such as the temperatures of …

Modern cruise ships are energivorous systems and their design is challenging due to
stringent restrictions on the environmental impact recently imposed by the International …

This work presents a steady-state thermodynamic model for absorption refrigeration cycles
with water-LiBr and ammonia-water working pairs for purpose of application on a ship. The …

The interest in employing absorption refrigeration systems is usually related to electricity's
precariousness since these systems generally use thermal rejects for their activation. The …

The absorption refrigeration cycle (ARC) faces challenges considering its decreased
working pressure and COP. By integrating Recompression technology (RAC) into ARC …

The global energy demand is increasing at alarming rates. Until 2040, most of this energy
will still be coming from fossil fuels, which generate pollution and global warming, thereby …

In this study, a novel process configuration for large scale natural gas liquefaction process is
introduced and analyzed. This configuration is based on replacement of vapor compression …

This paper experimentally analyzes thermal performance of an air-cooled type single effect
absorption refrigeration cycle with ammonia–lithium nitrate and ammonia–sodium …