South Africa stands on the brink of a monumental shift towards clean energy, positioning itself as a potential global exporter of Green Energy in the form of Green eFuels. This transformative leap forms part of the Green Hydrogen Commercialisation Strategy recently approved by Cabinet.
It should be highlighted that this strategy not only prioritises economic growth, but also underscores the nation’s commitment to environmental protection and electricity stability.
At the core of the strategy is the ambitious goal of meeting 7% of the worldwide demand for Green Hydrogen and its derivatives by 2050. This encompassed Green Ammonia, Sustainable Aviation Fuel (SAF), and notably, Green Methanol.
The spotlight now shines on the Vaal Special Economic Zone (SEZ) in Gauteng, designated as the nerve centre of South Africa’s Green Hydrogen ambitions.
A pivotal Blueprint Project is poised to ignite the development of the Green Methanol Corridor, stretching from Gauteng to KwaZulu-Natal (KZN), with Durban Port serving as the pivotal sales point. Beyond its functional purpose, this corridor symbolises South Africa’s steadfast commitment to sustainable development.
Notably, Newcastle and Ladysmith will play a role within this corridor, further cementing their significance in the country’s renewable energy landscape while greatly benefiting from the development.
Playing a vital role in the project’s realisation is Green eFuels Producers (GeFP), a South African company focused on developing projects in the E-Fuel domain. GeFP has partnered with EKONAMI SE which forms part of a German Consortium, to drive the project forward.
Olaf Manning of EKONAMI SE and Chris Heinermann of GeFP spoke with Newcastillian News, providing insights into the project while explaining its significance for the country’s sustainable development.
Discussing the ambitious hydrogen project, Manning began by saying, “There is a specific word we use in our world. It is called additionality. From a bigger perspective, we are not going and building a green energy economy combating and fighting with Eskom for availability. This is not what it is about. Our electricity, which we use, needs to be done in additionally.”
This means that the company will not repurpose solar plants from 20 years ago, but rather assist in enhancing electricity availability through the project.
Heinermann echoed Manning’s sentiments, emphasising the scale of their endeavour, “We are building a hydrogen industry that is almost double in size to Eskom in terms of gigawatts power. While Eskom could be restored, through the Hydrogen industry working in parallel to the state-owned power utility, South Africa could achieve a status of 50% green power.”
Highlighting the economic potential of the project, Heinermann added, “The commercialisation strategy of the government shows that the industry has the opportunity to offer 600 000 jobs which is the same size of our automotive industry.”
Furthermore, the hydrogen project is currently in the development phase, with stakeholders actively engaged in planning, financing, land acquisition, and licensing procedures. It is anticipated that these preparations will be finalised in the coming months, with construction scheduled to commence by March 2025.
The project is expected to span two years in total.
While initial plans focus on the Vaal area, discussions are already underway in Newcastle to incorporate the methanol corridor into the developing city’s landscape, indicating the potential for widespread impact and future expansion of the project. In addition to Newcastle and Ladysmith, Richards Bay will also see major development through the logistics of the project.
Nevertheless, one of the key features of this massive undertaking is its circular system architecture, which maximises environmental and socio-economic benefits.
For example, the use of Sewage Sludge as feedstock for Green Methanol production is set to be a game-changer. Not only does it eliminate reliance on scarce clean water supplies, but it also addresses wastewater treatment challenges, produces fertilisers for local agriculture, and even generates additional clean water for industrial or agricultural use.
Continuing, Heinermann added that the sewage sludge assisted in producing methanol in smaller units, adding to the power generated by the project as a whole. Moreover, he noted that this type of project, if established in a local municipality such as Newcastle, could see an investment of R2 billion.
During the interview, it was stated that the sewer sludge system could assist municipalities with the issue of leaking sewage that tainted rivers and water supplies. With the circular system architecture, clean water would not be required from external sources, with the sewage water being turned into clean water to be reused within the system.
The duo went on to explain that the project incorporates AGRI-PV technology, allowing agricultural activities to coexist with solar energy production. This meant more local produce, more jobs, and a more sustainable use of land. Additionally, by partnering with local energy aggregators, the project ensured a balance between energy export benefits and local energy security.
With this new industry set to create progressive investments, employment and drastically develop South Africa’s energy sector, what are your thoughts?
Share your views in the comment section below.
3 Responses
I view this as a project that will reignite employability in our country as well as to have a super clean environment, I wish everyone involved in this project good luck, strength and healthy to reach maximum completion of the project.
I agree George this is an answer to a prayer I am going to remain positive
Something smelly is useful afterall