GreenH2 Fertiliser Business Plan › Section 3 › Industry & Market Analysis

The Project sits at the intersection of three large, structurally
growing markets: South African nitrogen fertilisers, the regional and
global ammonia market, and the emerging low-carbon hydrogen economy.
Each is supported by clear, sourced demand drivers and by an unusually
favourable national policy environment.

3.1 South African and African fertiliser market

The African fertiliser market was valued at approximately US$54.8
billion in 2025 and is projected to reach US$83.1 billion by 2031, a
compound annual growth rate of about 7.2%.^[1] Within this,
South Africa is identified as the fastest-growing national market on the
continent, expanding at roughly 6.4% per year, driven by
commercial-farming modernisation and export-oriented crop
production.^[1] The country’s own fertiliser market is
estimated at around US$1.3 billion (2024) on a narrow product-value
basis, with the broader value chain valued by industry participants in
the R35–45 billion range once distribution and blended products are
included.^[2]

Critically for GreenH2, the country is structurally import-dependent.
Nitrogen products account for about 56% of fertiliser import value and
64% of import volume, and urea is consistently the single most imported
fertiliser at roughly 40–42% of imports.^[3] Fertiliser
imports were valued at about US$824 million in 2023, after a 2022 peak
exceeding US$1.5 billion, sourced principally from Saudi Arabia, Russia,
Qatar, China and Oman.^[4] This exposes South African farmers
to global price shocks and rand depreciation — precisely the volatility
that domestic, locally-fed production is designed to dampen.

Figure 2

3.2 Demand drivers

• Food security & population: a growing
  population and government food-security programmes sustain structural
  nitrogen demand; precision agriculture raises application efficiency
  without reducing aggregate need.
• Commercial & export agriculture: expansion
  of high-value, export-oriented crops (citrus, nuts, grains) intensifies
  fertiliser intensity per hectare.
• Mining & explosives: ammonium nitrate is the
  backbone of bulk mining explosives; South Africa’s deep and surface
  mining sector provides durable, contracted demand.
• Regional exports: South Africa already exports
  fertiliser to Zambia, Zimbabwe, Namibia, Botswana and Eswatini, a
  natural secondary market for surplus output.^[4]

3.3 Ammonia and the global low-carbon transition

Global ammonia demand is rising on three fronts: traditional
fertiliser use, its emerging role as a zero-carbon marine fuel, and its
function as a hydrogen carrier for intercontinental energy trade. Blue
ammonia — produced from hydrocarbons with carbon capture — is
increasingly viewed as a bridge product that lets existing feedstock and
infrastructure serve decarbonising export markets while green-hydrogen
supply chains mature. For GreenH2, merchant ammonia provides both a
domestic explosives-sector outlet and an export-linked, hard-currency
revenue stream.

3.4 The South African hydrogen economy

South Africa’s Hydrogen Society Roadmap, approved by Cabinet in 2021,
designates green hydrogen as a strategic national industry, targeting
around 500,000 tonnes of hydrogen production per year and roughly 10 GW
of electrolysis capacity in the Northern Cape by 2030, with an estimated
20,000 jobs created annually by 2030.^[5] The Green Hydrogen
National Programme has been gazetted as a Strategic Integrated Project,
attracting a pipeline valued at more than R800 billion and conferring
expedited approvals on qualifying developments.^[13]

Flagship comparators underscore the scale and bankability of the
sector. The Hive Hydrogen Coega Green Ammonia Project in the Eastern
Cape — an approximately R105 billion, 1 million-tonne-per-year
green-ammonia facility — secured Strategic Integrated Project status,
environmental authorisation and an initial development commitment from
the SA-H2 Fund, and is expected to avoid around 2.6 million tonnes of
CO₂ per year while creating over 20,000 jobs.^[7][8] GreenH2’s
blue-ammonia, import-substitution model is complementary: lower capital
intensity per tonne, an anchored domestic offtake, and a pathway to
green production as renewable supply scales.

3.5 Carbon policy as a tailwind

South Africa’s carbon tax entered its more stringent Phase 2 in
January 2026. The headline rate rose to R236/tCO₂e in 2025 and is
legislated to climb to R308 in 2026 and R462 by 2030, while tax-free
allowances are progressively withdrawn.^[9][10] For a
conventional (grey) nitrogen producer this is a rising cost; for
GreenH2, integrated carbon capture converts that liability into an
advantage — reducing taxable emissions and generating offset credits
that can be monetised on the JSE’s carbon market.

Table 1. Legislated South African carbon-tax
trajectory (R per tonne CO₂e).

Source: National Treasury; Carbon Knowledge Hub
(2025–26).

3.6 PESTLE analysis

Table 2. PESTLE assessment of the operating
environment.

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