Green hydrogen potential causes Germany to court West African countriesMay 26, 2021
Nations in that part of Africa have the capacity to meet 1500 times Germany’s 2030 H2 demand.
The German Federal Ministry of Education and Research (BMBF) has identified West Africa as having tremendous green hydrogen production potential.
BMBF views West Africa as a climate-friendly force to be reckoned with, particularly in H2.
According to BMBF estimates, green hydrogen production in West Africa could meet Germany’s needs for the clean fuel 1500 times over by 2030. BMBF has spearheaded a new project called “H2 Atlas: Atlas of the Potentials of Green Hydrogen Production in Africa”. Through that project, it determined that West Africa’s availability of wind and solar energy would given the region an annual green H2 production capacity of 165,000 TWh. Moreover, it also determined that the project currently would be able to produce 120,000 TWh of that amount for under $3 (€2.50) per kilogram.
To provide context as to the opportunity that presents, green H2 currently produced in Germany costs between $8.56 (€7) and $12.23 (€10) per kilogram.
The green hydrogen feasibility study has revealed that West Africa is well suited to clean energy production.
The BMBF feasibility study started last year and will run into next year. It involves an investment of $6.9 million (€5.7 million) and seeks to identify the best locations for the country’s H2 production. The project also involves testing that production, as well as transportation and processing in Africa.
Initial results for the 15 West African Economic Area (ECOAS) countries revealed that a massive three quarters of West African land is appropriate for wind turbines. Moreover, the electricity production from wind energy in the region costs about half the amount it would in Germany.
Additionally, solar power systems can also be economically operate d on about one third of the West African region.
In support of developing West African green hydrogen production, a new master’s graduate program on clean H2 technology will begin in September. The purpose of the program will be to train local scientific specialists. The first three waves of the program are expected to train about 180 students attending four universities in Côte d’Ivoire, Togo, Senegal, and Niger.
Very interesting. Where can we find out more about the education program mentioned? We would be interested in part-taking.
How do you plan to store and transport Green Hydrogen from Africa to Germany. Hydrogen cannot be shipped in present day natural gas pipelines because it corrodes the pipeline. Electrical transit wires from Africa to Germany? Doubtful. Green Hydrogen can be produced using “on site” HyGEAR units produced by Xebec Adsorption. These units convert Renewable Natural Gas to Green Hydrogen at the end user site of the hydrogen. No costly and dangerous long distance transport of hydrogen. The hydrogen is “Green” because it comes from a renewable energy source, Renewable Natural Gas—the only Carbon Negatrive, Near Zero Emission fuel. RNG is chemically identical to fossil natural gas and can be stored and transported in existing natural gas pipelines. Unlike natural gas, RNG is not a fossil fuel, requires no drilling or fracking. It is produced from animal waste, municipal waste, landfill gas, and organic food and industrial waste. These waste sites are everywhere and the captured biogas from these wastes can be processed into Renewable Natural Gas using the “on site” Biostream unit from Xebec Adsorption. It’s not Rocket Science