Hive Hydrogen GM Colin Loubser
Photo by: Creamer Media's Marleny Arnoldi
Energy company Hive Hydrogen’s incoming R105-billion green ammonia plant in the Coega Industrial Development Zone, in Gqeberha, will create major opportunities for green industrial development and economic diversification in Nelson Mandela Bay.
The Nelson Mandela Bay Business Chamber (NMBBC), as an active facilitator of economic growth in the bay, is positioning itself to unlock all emerging opportunities as a result of Hive Hydrogen’s investment, as well as other companies’ investments, including those of automotive majors Volkswagen South Africa and Stellantis.
During a Nelson Mandela Bay Manufacturing Showcase hosted on June 6 and 7, Hive Hydrogen GM Colin Loubser affirmed the largest-ever inward investment in South Africa will establish one of the world’s largest green ammonia plants.
The plant is targeted to produce more than one-million tons of ammonia a year for export from 2029 and will comprise renewable-energy plants totalling 3 700 MW in the first phase,with more phases of expansion to follow.
The total investment envisioned for Hive Hydrogen in Gqeberha is estimated at $20-billion across four phases and will ultimately comprise 27 GW of renewable-energy developments. Construction on the first phase will start in 2026.
“The spin-offs in job creation, renewable-energy generation and desalinated water to be fed into the local grid, and up- and downstream economic opportunities, are substantial,” says NMBCC CEO Denise van Huyssteen.
The Phase 1 investments in the green ammonia plant will result in 20 000 direct and indirect jobs created in Nelson Mandela Bay, which the chamber aims to expand through opportunities in the supply chain and downstream. Loubser confirms the green ammonia plant will employ about 6 000 people permanently.
The plant will also create opportunities for the country as a whole to become a leading producer of green hydrogen for export.
South Africa aims to capture 4% of the global green hydrogen market share by 2050.
Green ammonia is typically used for clean fuel manufacturing in the maritime industry, which Loubser says is becoming increasingly necessary given the shipping sector’s massive carbon emissions; green fertiliser; and mining explosives. Green ammonia is an ideal storage solution for renewable energy.
Hive Ecosystems, as an environmental restoration arm of the business, has acquired 8 308 ha of degraded land with the aim of restoring vegetation and storing carbon, and thereby gain carbon credits.
Hive Ecosystems MD Japie Buckle says global efforts to combat climate change are increasingly focused on capturing carbon permanently in the soil and plants, and from this develop a market whereby projects that achieve this can use and trade carbon credits.
A plant that captures significant amounts of carbon in semi-arid thicket areas of the world, particularly the Eastern Cape, is the spekboom. This vegetation type has been proven to sequestrate high volumes of CO2 over time.
Buckle explains that more than 1.18- million ha of thicket vegetation in the Albany thicket biome in South Africa is regarded as moderately to severely degraded, compared with 209048 ha that is regarded as “intact”.
“The potential to expand the restoration of tickets through the carbon market business model is massive,” he states.
The thicket biome in the Eastern Cape has been decimated by overgrazing by animals such as Angora goats, creating vast areas of low value farmland. Spekboom thickets used to cover 1.4-million hectares across the dry areas of the Eastern Cape.
These degraded farmlands have a very low carbon base, increasing the potential carbon gains through spekboom planting
.