University College London researchers have said in a new study that the pumping of hydrogen into gas networks poses risks and requires a rethinking of usual blending techniques.
The low molecular mass of hydrogen reduces the penetration of a side-branch flow and increases the buoyancy forces leading to stratification with high hydrogen concentrations on the upper pipe surface, downstream of the branch, the team said.
Tags: Gas, Hydrogen, Research
Recent Posts
Zero-carbon ammonia for shipping faces challenges
Wärtsilä signs lifecycle agreement for 7 Capital Gas LNG carriers
ABS releases report on nuclear LNG carrier design
NTPC develops indigenous catalyst for methanol production
Huangpu Wenchong receives AIP from CCS for ships using methanol and ammonia
Climate change will cause India’s GDP to decline by 24.7% by 2070: ADB
Masdar and EMSTEEL complete project using green hydrogen to produce steel
DNV Grants HHI AiP for ammonia DF large container vessel