This study suggested a novel integrated trigeneration system for crude helium (He), liquefied
natural gas, and methanol production. This proposed system consisted of a cryogenic-based …

In this paper, five conventional LNG processes were investigated by energy and exergy
analysis methods. On the basis of the energy analysis, three‐stage process of Linde AG and …

The advancement in hydraulic turbine (HT) technology was exploited for energy and cost
benefits in natural gas liquefaction. Replacing the conventional Joule–Thompson (JT) valve …

Modern society requires large amounts of materials which lead to emissions of greenhouse
gases. Effective climate policy should focus on not just energy efficiency but material …

The use of biomass gasification for partially or totally replacing methane in the integrated
syngas and ammonia production plant is compared with the performance of the …

The increasing share of renewables in energy systems requires energy storage
technologies to handle intermittent energy sources and varying energy sinks. Liquid air …

This paper presents an exergy and environmental assessment of a 1000 metric t/day
ammonia production plant based on the steam methane reforming (SMR) process, including …

This study unfolds the advanced process configuration modification in the evolution of a dual
mixed refrigerant (DMR) process for natural gas liquefaction, followed by its optimization …

An exergy modeling and optimization of an industrial ammonia unit based on steam
methane reforming (SMR) process is presented. The base-case unit produces about 1000 t …

Fluid catalytic cracking is an important, expensive, and energy-consuming unit that produces
light olefins, gases, and naphtha from heavy residues. This study aims to increase light …