Enabling lean design of biomethane gas distribution grids
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article number
00258_2015_01_07
The Dutch gas distribution infrastructure faces several significant changes in the near future. One of the major changes is the production and injection of biomethane into the gas distribution grid. This article introduces a Design Synthesis Tool (DST) that automatically generates biomethane supply chains and gas distribution grids for user-defined regions with biomaterial availability. The tool enables Distribution System Operators (DSOs) in leaning up their biomethane grid development process by increasing design effectiveness through the assessment of many feasible solutions concurrently and improves efficiency by reducing design times drastically.
| Authors | Taede Weidenaar / Juan Jauregui Becker / Sipke Hoekstra / Mannes Wolters |
|---|---|
| Publishing Date | 1 Jan 2015 |
| Format | |
| Zeitschrift | gas for energy - Issue 01 2015 |
| Publisher | DIV Deutscher Industrieverlag GmbH |
| Language | English |
| Pages | 5 |
| Title | Enabling lean design of biomethane gas distribution grids |
| Description | The Dutch gas distribution infrastructure faces several significant changes in the near future. One of the major changes is the production and injection of biomethane into the gas distribution grid. This article introduces a Design Synthesis Tool (DST) that automatically generates biomethane supply chains and gas distribution grids for user-defined regions with biomaterial availability. The tool enables Distribution System Operators (DSOs) in leaning up their biomethane grid development process by increasing design effectiveness through the assessment of many feasible solutions concurrently and improves efficiency by reducing design times drastically. |
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