H2 Storage & Distribution

PSC > Tasks > Special Process Packages > H2 Storage & Distribution

(Referred to by: Joakim Andersson, Stefan Grönkvist- International Journal of Hydrogen Energy, Volume 47, Issue2, 5 January 2022,
Pages 1406)

Hydrogen Storage, Distribution & Mixing

To meet ambitious targets for greenhouse gas emissions reduction, hydrogen has been identified as a clean “green” fuel of interest. In comparison to fossil fuel use, hydrogen source has the following advantages:

Zero CO2 emissions from the combustion process, water as final product;

Obtained from renewable energy sources;

Higher gravimetric energy content;

Wider flammability limits.

Hydrogen can be stored in various storage methods, accordingly to size, physical status and summarized asper as shown in the image above.

PSC has been involved from recognized, international Companies for the project design of Hydrogen storage, distribution system that fed a metallurgic treatment unit.

The designed plant generally consist of two sections:

  • Gas unloading and storage station
  • Gas mixing unit and delivery to users

All hydrogen package is surrounded and under bunker installed with fire firefighting system.

Example of Hydrogen Gas Mixing System
Example of Hydrogen Storage System
Example of Plant Lay-out & Section

Special Process Packages Designed And Assembled

Urea & Ammonia Handling, Dosing & Vaporizing
H2 Storage & Distribution
Light Oil Pumping Station
Crude Oil Pumping Station
Fuel Gas Drying & Conditioning
Solvent Recovery
Liquid - Liquid Extraction and Stripping
Distillation
Evaporation & Concentration
Process Reaction Liquid and Gas Phases
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