Integration of different energy infrastructures (heat, electricity and gas vectors) offers great
potential for better managing energy sources, reducing consumption and waste as well as …

This paper provides a review on the most relevant research works conducted to solve
natural gas transportation problems via pipeline systems. The literature reveals three major …

The paper develops a statistical model for optimizing the Hydrogen-injected Natural gas (H-
NG) high-pressure pipeline network. Gas hydrodynamic principles are utilized to construct …

The purpose of flow allocation is to give full play to the transmission capacity of the pipeline
network system and complete the transportation task with less operation cost. When the flow …

Natural gas is usually transported by pipeline networks. This paper presents a multi-
objective optimization model in optimizing the operation of natural gas pipeline networks. A …

The “dual carbon goal” and “one country network” indicate the greater challenge of
balancing supply and demand in natural gas pipeline networks. This paper proposes an …

Operation optimization is an effective but quite challenging way to reduce the energy
consumption of large-scale pipeline networks. The thermal-hydraulic performance of natural …

This paper develops an MILP model for designing multi-period natural gas transmission
network to determine the connections of pipeline and the sites of compressor stations with …

The pipeline network plays a crucial role in oil and gas transportation because of its safe
operation and cheap cost. However, the construction and operation of pipeline networks …

It is the primary responsibility of a gas pipeline company to satisfy the gas demand of
customers and ensure the economical operation of its pipelines. This paper presents a …