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BRICS’s Strategic Role in Global Fertilizer Markets
Sustainability · Fertilizer Markets
BRICS’s Strategic Role in Global Fertilizer Markets
There is no BRICS fertilizer cartel, no common price and no shared export policy. What there is, is concentration – the bloc contains the largest producer, the largest exporter and three of the largest importers of plant nutrients on earth. That concentration means a domestic policy decision taken in Beijing or Moscow reaches an Egyptian purchase order faster than most buyers expect. This guide explains how that transmission actually works.
Key takeaways
- Within BRICS, three countries – China, Russia and India – account for close to 90 per cent of the bloc’s fertilizer production.
- The bloc is simultaneously a major seller and a major buyer. Brazil, India and China are among the world’s largest importers.
- The biggest recent shocks to global supply came from export restrictions imposed by producing countries protecting their own farmers, not from sanctions.
- European tariffs on Russian and Belarusian fertilizer are escalating on a published schedule that becomes prohibitive by 2028, redirecting rather than eliminating volume.
- For a MENA buyer, the practical defence is supplier diversity, earlier ordering and contracts written around lead time rather than spot price.
The production map inside the bloc
BRICS fertilizer output is not evenly distributed. China contributes more than forty per cent of the bloc’s production, Russia around a quarter and India roughly a fifth – together close to nine tenths of the total. Brazil, despite being one of the world’s heaviest consumers, produces comparatively little and imports the majority of what it applies.
Each of the three leaders occupies a different position in the chain, which is why they behave differently when markets tighten.
Largest producer and largest consumer. Exports are a residual, released only when domestic supply and price are comfortable. Also the largest producer of off-patent crop protection actives.
The largest single exporter across nitrogen, phosphate and potash. Producers have publicly targeted raising their share of the world market toward a quarter by the end of the decade.
A large producer that is nonetheless structurally short. Heavy state subsidy and enormous import tenders make India the buyer whose tender timing can move world urea and DAP prices.
Both the biggest sellers and the biggest buyers
This dual position is what makes the bloc genuinely different from a producer cartel. A cartel wants high prices. BRICS contains members who need them low.
| Member | Net position | What it means for the market |
|---|---|---|
| Russia | Major net exporter, all three nutrients | Its export policy is the single largest swing factor in global availability |
| China | Producer, consumer and intermittent exporter | When exports are curbed, world urea and phosphate tighten within weeks |
| India | Large net importer despite domestic capacity | Tender announcements set short-term direction for urea and DAP |
| Brazil | Heavy net importer | Its planting calendar creates a predictable seasonal demand peak |
| Egypt | Nitrogen exporter, phosphate rock holder, food importer | Competitive urea exporter into Europe and Africa; gas price is the binding constraint |
| Saudi Arabia and UAE | Major nitrogen and phosphate exporters | The Gulf has been the largest regional source of urea and ammonia in recent years |
What actually moves the price
Three forces dominate, and only one of them is geopolitical.
Energy cost. Natural gas is the feedstock for ammonia, and ammonia is the parent of every nitrogen product. A gas price move is a urea price move with a short lag. This is why Egyptian and Gulf producers are competitive: feedstock advantage, not labour cost.
Export policy in producing countries. Governments restrict exports when domestic food price politics demand it. Russia has operated volume caps on fertilizer exports across defined windows, and Chinese nitrogen exports fell by more than ninety per cent year on year in 2024 as authorities prioritised domestic supply. Chinese phosphate has additionally been drawn toward lithium-iron-phosphate battery manufacturing, competing directly with fertilizer for the same raw material.
Freight and route. Sanctions and tariffs rarely destroy volume. They relocate it, and relocation costs money. Russian and Belarusian product redirected from Europe toward Asia, Africa and Latin America travels further, sits in different ports and arrives on a different schedule.
The European tariff wall and where the tonnes go instead
Before 2022, Europe was Russia’s single largest fertilizer customer, taking roughly a quarter of its exports. That relationship is being deliberately unwound. The European Union introduced duties on Russian and Belarusian fertilizer from mid-2025 on an escalating schedule, with the per-tonne charge stepping up each year and reaching a level by 2028 that is intended to make the trade uneconomic.
The tonnes do not disappear. They move toward Asia, Africa and Latin America – which is precisely where BRICS members and partner countries are concentrated. Belarusian potash exports, for example, recovered strongly after 2022 by building new routes rather than finding new molecules. Russian producers have been explicit that they see growth in BRICS markets replacing European volume.
For an Egyptian or Gulf buyer this cuts both ways. More redirected supply competes for your market, which is helpful on price. But your own exports to Europe now face a compliance regime that keeps tightening – a subject we cover in detail in our guide to CBAM and fertilizer exports to Europe.
Potash: the most concentrated nutrient of the three
Nitrogen can be made anywhere there is gas. Phosphate rock is geographically limited but spread across several continents. Potash is the outlier: Canada, Russia and Belarus together account for more than two thirds of world exports. Two of those three sit inside the BRICS orbit.
Global potash shipments reached roughly 74.5 million tonnes in 2025 and are forecast to hold in a similar range through 2026, with total mineral fertilizer demand above 190 million tonnes. There is no shortage of potassium in the ground. There is a shortage of places to buy it from, and that is a different kind of risk – one that shows up as lead time and freight rather than as an empty market.
What a distributor in Egypt or the Gulf should actually do
- Map your exposure by nutrient, not by supplierCount how many independent origins you can realistically buy each of N, P and K from. If the answer for potassium is one, that is your weakest link regardless of how many suppliers are on your list.
- Move the decision earlier in the seasonThe cost of holding stock is usually smaller than the cost of buying into a spike. Booking against an agronomic plan rather than a price view is the more durable habit.
- Write contracts around lead timeWhen flows reroute, the binding constraint becomes vessel availability and port congestion, not the headline price. Delivery windows and penalty terms matter more than a small discount.
- Qualify a second origin before you need itProduct registration, customs classification and quality verification all take time. Doing that work during a shortage is doing it at the worst possible moment.
- Separate the price question from the programme questionDecide what the crop needs first, then buy it as efficiently as possible. Buying a cheaper nutrient the soil does not need is not a saving.
Where efficiency beats procurement
Every point above is about buying better. The larger opportunity for most growers in this region is applying better. On the calcareous, high-pH soils common across Egypt, North Africa and the Gulf, a substantial share of applied phosphorus is chemically locked before the crop reaches it, and broadcast nitrogen under irrigation is often a leaching event.
Split applications, banded placement, fertigation and the right nutrient form routinely deliver more usable nutrient per invoice than any procurement strategy. The mechanics are covered in our fertigation guide and in farming calcareous soils. Global markets set what a tonne costs. Agronomy decides how much of that tonne the plant ever sees.
Frequently asked questions
Is BRICS a fertilizer cartel?
No. It has no production quotas, no common pricing and no shared export policy. Several members are large net importers with an interest in low prices, which makes cartel behaviour structurally unlikely. What the bloc has is concentration of supply and, increasingly, shared logistics and settlement infrastructure.
Which BRICS country exports the most fertilizer?
Russia, across all three primary nutrients. China produces more in total but consumes most of it domestically and treats exports as a residual, releasing volume only when domestic supply and price allow.
Why did fertilizer prices spike when China restricted exports?
Because China is the largest producer, even a modest reduction in its exportable surplus removes a large absolute tonnage from the world market. Nitrogen exports fell by more than ninety per cent year on year in 2024 as domestic supply and price stability were prioritised, and world urea tightened as a result.
Do European tariffs on Russian fertilizer affect Egyptian buyers?
Indirectly, and often favourably in the short term. Volume displaced from Europe seeks new homes in Asia, Africa and Latin America, which can improve availability and competition in regional markets. The offsetting risk is that Egyptian exports into Europe face their own tightening compliance costs.
How can a buyer reduce exposure to these swings?
Diversify origin by nutrient rather than by supplier name, qualify a second source before it is needed, book earlier against an agronomic plan, and negotiate on delivery windows as seriously as on unit price. Improving nutrient use efficiency in the field reduces the tonnage at risk in the first place.
Buy on agronomy, not on headlines
The Gate Group supplies growers and distributors across Egypt, the Middle East and Africa, and works with them to build fertilizer programmes that hold up when markets do not.
Related reading: How BRICS is shaping global agriculture · CBAM and fertilizer exports to Europe · MOP vs SOP: choosing a potassium source · Green ammonia and fertilizer production
