Modelling, simulation and analysis of green gas injection into the gas distribution network

The increase of the average world temperature, as a result of greenhouse gasses, is one of the greatest challenges the world is currently facing and will be facing in the future. One of the many efforts to reduce the increase of carbon dioxide, is to decarbonize the gas network by replacing natural gas with renewable gasses like green gas. Since...

Coupling of isothermal models in gas networks

This work is concerned with the simulation of gas networks using a hybrid modeling approach where different pipes are described withmodels belonging to the isothermal model hierarchy. It makes special emphasis in the coupling of algebraic and transient models and their effects in both steady-state and transient regime. The transient behavior of...

The future of L gas in North West Europe: Using Linear Programming to assess the future robustness of the North West European L gas system under the decline of Groningen production capacity

Accommodating the Green Gas Infrastructure for Road Traffic: A feasibility and conceptual design study of a new distribution system for (Bio-)CNG

The emergence of green gas is a promising development within the Dutch gas market. Green gas is biogas with natural gas quality and can lead to a significant (up to 70%) greenhouse gas reduction. It therefore contributes to several sustainable energy targets and might partly solve some economical and geopolitical issues within the gas market....