Active Green Hydrogen Projects

Processing Data from Weather, Variable Renewable Electricity and Linepacking (using the pipeline network as storage) a Simulation for the potential to deploy electricity for electrolysis to produce Green Hydrogen  was developed. An example Classification Statement was compiled.

Processing Data from current and forecast Variable Renewable Electricity a Simulation was developed for the application of Green Hydrogen to the heating challenge facing Helsinki and other use cases to 2035. An example Classification Statement was compiled.

This Case Study evaluates the building of dedicated electrolysis and associated infrastructure for Green Hydrogen production. Using Capacity Factors for Solar PV, and Onshore and Offshore Wind Generation, an example Classification Statement was compiled.

Processing Data from a large sample set of current and forecast Variable Renewable Electricity a Simulation for the potential to deploy electricity for electrolysis to produce Green Hydrogen  was developed. 

Processing Data from a  sample set of Variable Renewable Electricity a Simulation for the potential to deploy electricity for electrolysis to produce Green Hydrogen  was developed. 

Processing Data from a  sample set of Variable Renewable Electricity a Simulation for the potential to deploy electricity for electrolysis to produce Green Hydrogen  was developed. 

 Green Hydrogen Solutions, through its Special Purpose Vehicle (SPV) Company GHS Green Hydrogen ELIDZ (Pty) Limited, is developing a greenfield green hydrogen project located in the East London Industrial Development in the Eastern Cape Province of South Africa.   

 Green Hydrogen Solutions is developing a project aimed at providing rapid infrastructure for hydrogen production at the point of requirement. This project will seek to enable bunkering of hydrogen initially and later ammonia, which will be combined with an ammonia export project under development.