Liquefied natural gas (LNG) has been the fastest increasing fossil fuel in the world energy
market due to its low carbon dioxide emission, high energy density, and ease of transport …

This paper provides a quantitative technical and economic overview of the status of natural-
gas liquefaction (LNG) processes. Data is based on industrial practices in technical reports …

Liquefied natural gas (LNG) is attracting great interest as a clean energy alternative to other
fossil fuels, mainly due to its ease of transport and low carbon dioxide emissions, a primary …

Despite recent falls in oil and gas prices, the LNG industry remains vibrant with several
plants ready for deployment in 2017/2018, and others awaiting final investment decisions …

The particle swarm paradigm is employed to optimize single mixed refrigerant natural gas
liquefaction process. Liquefaction design involves multivariable problem solving and non …

Globally, liquefied natural gas (LNG) has drawn interest as a green energy source in
comparison with other fossil fuels, mainly because of its ease of transport and low carbon …

This paper aims to offer some criterions on selecting liquefaction process for small-scale
mobile LNG plant. To this end, a comprehensive optimization and comparison was …

Deep reinforcement learning approach is considered for the design and optimization of SMR
(Single Mixed Refrigerant) cycles with which the refrigeration power is minimized. Deep Q …

Selection of mixed refrigerant has a significant impact on the performance of the single
mixed refrigerant process for natural gas liquefaction. However, current studies mainly focus …

Natural gas liquefaction processes are energy and cost intensive. This paper performs
thermodynamic and economic optimization of the mid-scale mixed refrigerant cycles …