Fertilizer Plants for Africa's Growing Agricultural Economies
We will cover why African agriculture is entering one of its biggest fertilizer-capacity buildouts in decades, and what that means for the nations, companies and project teams driving it.
A continent closing the gap
In 2006, the African Union’s Abuja Declaration set a target of raising fertilizer use across the continent from an average of 8 kg per hectare to 50 kg per hectare. Nearly two decades on, consumption has reached only around 18 kg per hectare in most recent estimates — still well under half the target, and a fraction of the roughly 135 kg per hectare global average. Progress has also been uneven: a global fertilizer price shock between 2019 and 2022 set consumption back by an estimated 25% before it began recovering.
In May 2024, African Union member states adopted the Africa Fertilizer and Soil Health Action Plan 2024–2034, committing to triple domestic fertilizer production and distribution by the end of the decade. The plan reflects something the industry has already been acting on for several years: several of the continent’s largest economies are now investing directly in domestic granulation, blending and ammonia/urea capacity rather than continuing to rely on imports.
What makes this moment different from past commitments is that it is backed by real capital and real plants, not only declarations. The five markets below each illustrate a different version of the same underlying shift.
Five countries, five different starting points
| Country | Dominant crops | Current fertilizer picture | What's driving new capacity |
|---|---|---|---|
| Nigeria | Cassava, rice, maize, sorghum | ~100 kg/ha use (among Africa's highest); historically import-reliant on finished NPK, blending locally-produced urea with imported inputs | Dangote Group's push to triple domestic urea capacity; Indorama's expansion of Nigeria's third urea line |
| Ethiopia | Teff, wheat, maize, sorghum, barley | No domestic inorganic fertilizer production until recently; 100% import-dependent for DAP and urea | A new $4B+ Dangote urea complex and an OCP-backed blending partnership, both aimed at import substitution |
| Morocco | Wheat, barley, citrus, olives | Not import-dependent — the opposite: over 70% of global phosphate reserves and a top-five global fertilizer exporter | OCP Group's $13B green-energy expansion through 2028, plus blending units built specifically for other African markets |
| Algeria | Wheat, barley, dates, citrus | Domestic cereal self-sufficiency drive underway (durum wheat production covering ~80% of demand); NPK blending capacity (~200,000–250,000 t/yr) well short of what large-scale cereal self-sufficiency will require | Gas-fed ammonia/urea export capacity already large (Fertial and Sorfert combined); the gap is in domestic-market blended product, not raw nitrogen |
| Egypt | Cotton, wheat, rice, maize, sugarcane | Highest fertilizer application rate of any African country (roughly 540 kg/ha, reflecting intensive Nile Delta irrigation); one of the world's largest ammonia/urea production bases | Continued Abu Qir and MOPCO capacity growth, a planned green-hydrogen fertilizer pilot, and a proposed $7–10B phosphate complex in Upper Egypt |
The pattern worth noticing: Nigeria and Ethiopia are trying to substitute imports with new capacity; Morocco and Algeria already have substantial production but are aiming it at different markets (export and blending-for-others, and domestic self-sufficiency, respectively); Egypt sits at the high-intensity end of the spectrum, where the constraint is less about building new capacity and more about running existing gas-based plants efficiently as feedstock costs rise.
Where equipment decisions fit into this
Each of these buildouts eventually comes down to the same set of physical questions: how granulation is done (drum vs. pan), how the finished product is dried and cooled without caking, how blended NPK formulations are screened and coated to a consistent particle size, and how much of the process can run on locally available feedstock without excessive rework. Ceylan Machine & Process builds rotary drum granulators, dryers, coolers and associated material-handling equipment for exactly these steps, and has cause to look closely at how granulation and drying choices differ across urea-heavy operations (Nigeria, Ethiopia, Algeria, Egypt) versus phosphate/blending operations (Morocco).
Each country page below goes into that detail specifically the crops, the current production gap, the named projects underway, and where a rotary drum or blending line realistically fits into that picture
Frequently Asked Questions
Why is Africa investing in new fertilizer plants now?
African fertilizer use still averages around 18 kg per hectare, well below the 50 kg target set by the 2006 Abuja Declaration and far behind the global average of roughly 135 kg per hectare. In 2024 the African Union committed to tripling domestic fertilizer production and distribution by the end of the decade. Several of the continent’s largest economies are now backing that goal with real capital and new plants.
What is the Africa Fertilizer and Soil Health Action Plan?
Adopted by African Union member states in May 2024, it is a ten-year plan (2024–2034) that commits to tripling domestic fertilizer production and distribution. Its aim is to reduce the continent’s reliance on imported fertilizer.
Which African countries are expanding fertilizer production?
Nigeria, Ethiopia, Morocco, Algeria and Egypt. Nigeria and Ethiopia are building capacity to replace imports. Morocco is expanding production for export and for other African markets. Algeria is focused on domestic cereal self-sufficiency. Egypt is concentrating on running its existing gas-based plants efficiently.
Why did African fertilizer consumption drop in recent years?
A global fertilizer price shock between 2019 and 2022 set consumption back by an estimated 25% before it began recovering.
Which country uses the most fertilizer in Africa?
Egypt has the highest application rate on the continent, at roughly 540 kg per hectare, reflecting intensive irrigation in the Nile Delta. Nigeria is also among Africa’s highest users, at around 100 kg per hectare.
Is Morocco dependent on fertilizer imports?
No. Morocco holds over 70% of the world’s phosphate reserves and is a top-five global fertilizer exporter. OCP Group is investing $13 billion in a green-energy expansion through 2028, including blending units built for other African markets.