A green hydrogen (H 2) economy requires a sustainable, efficient, safe, and widespread
infrastructure for transporting and distributing H 2 from production to consumption sites …

To inject green hydrogen (H 2) into the existing natural gas (NG) infrastructure is one way to
decarbonize the European energy system. However, asset readiness is necessary to be …

A novel static mixer is designed specifically to blend hydrogen into natural gas pipelines,
and its effectiveness is validated by numerical simulation method. Firstly, the structural …

Blending a specific proportion of hydrogen into a natural gas (NG) pipeline network is an
effective strategy for achieving long-distance, large-scale, and cost-effective hydrogen …

A transient pipeline flow model with gas composition tracking is solved for studying the
operation of a natural gas pipeline under nonisothermal flow conditions in a hydrogen …

Global warming poses a significant threat to the planet, driven largely by carbon emissions
from fossil fuels. Despite international commitments and efforts to reduce carbon emissions …

In order to study the flow blending and transporting process of hydrogen that injects into the
natural gas pipelines, a three-dimensional T-pipe blending model is established and the …

Injecting hydrogen into natural gas pipelines for direct use by end users is an economical
and effective method to realize long-distance transportation of hydrogen. However, the …

如何获得高掺混均匀度和精度的掺氢天然气是天然气管道掺氢输送的核心问题之一.
虽然目前常采用随动流量掺氢工艺, 但国内外尚未见公开报道的实验数据, 氢气和天然气的掺混 …

This study presents a physics-based reduced-order model (ROM) to assess the mixing
behavior of hydrogen and natural gas in pipelines, facilitating the integration of hydrogen …