In [7], De Wolf and Smeers consider the problem of the gas distribution through a network of pipelines. The problem was formulated as a cost minimization subject to nonlinear flow-pressure relations, material balances and pressure bounds. This model does not reflect any more the current situation on the gas market. Today, the transportation and gas buying functions are separated. This work considers the new situation for the transportation company. The objective for the transportation company is to determine the flows in the network that minimize the energy used for the gas transport. This corresponds to the minimization of the power used in the compressors
This paper demonstrates the problem of calculating a rational piezometric pressure distribution grap...
In this research, known theory and methods for electric networks are translated and applied to gas t...
Through out the world the natural gas resources will be one of the most important sources of energy ...
In [9], De Wolf and Smeers consider the problem of the optimal dimensioning of a gas transmission n...
Le transport de grandes quantités de gaz naturel (GN) est effectué par gazoducs. Des stations de com...
Problems dealing with the design and operations of gas transmission networks are challenging. The st...
The compressor fuel cost minimization problem (FCMP) for natural gas pipelines is a relevant problem...
Problems dealing with the design and the operations of gas transmission networks are challenging. Th...
The natural gas networks require very important investments to cope with a still growing demand and ...
Problems dealing with the design and the operations of gas transmission networks are challenging. Th...
Abstract—Natural gas transmission pipelines are complex sys-tems whose flow characteristics are gove...
This paper deals with a high-pressure gas pipeline optimization, where the problem is to find the de...
As the gas industry has developed, gas pipeline networks have evolved over decades into very complex...
Compressor stations play a crucial role in natural gas networks to maintain required pressure levels...
International audienceIn this paper, we consider the optimal design of a straight pipeline system. S...
This paper demonstrates the problem of calculating a rational piezometric pressure distribution grap...
In this research, known theory and methods for electric networks are translated and applied to gas t...
Through out the world the natural gas resources will be one of the most important sources of energy ...
In [9], De Wolf and Smeers consider the problem of the optimal dimensioning of a gas transmission n...
Le transport de grandes quantités de gaz naturel (GN) est effectué par gazoducs. Des stations de com...
Problems dealing with the design and operations of gas transmission networks are challenging. The st...
The compressor fuel cost minimization problem (FCMP) for natural gas pipelines is a relevant problem...
Problems dealing with the design and the operations of gas transmission networks are challenging. Th...
The natural gas networks require very important investments to cope with a still growing demand and ...
Problems dealing with the design and the operations of gas transmission networks are challenging. Th...
Abstract—Natural gas transmission pipelines are complex sys-tems whose flow characteristics are gove...
This paper deals with a high-pressure gas pipeline optimization, where the problem is to find the de...
As the gas industry has developed, gas pipeline networks have evolved over decades into very complex...
Compressor stations play a crucial role in natural gas networks to maintain required pressure levels...
International audienceIn this paper, we consider the optimal design of a straight pipeline system. S...
This paper demonstrates the problem of calculating a rational piezometric pressure distribution grap...
In this research, known theory and methods for electric networks are translated and applied to gas t...
Through out the world the natural gas resources will be one of the most important sources of energy ...