RSC AgroTech, Nanning (2026)

19/08/2026

The Ripple Starts With Fertilizer. How Big Will It Reach the Dinner Table?

A food price shock rarely arrives all at once.
It spreads through the supply chain, like a ripple.
And today, the first ripple is already visible in fertilizer.

J.P. Morgan has warned that disruptions around the Strait of Hormuz, combined with weather risks, could add further pressure to global food systems. Meanwhile, the World Bank expects fertilizer prices to rise by 31% in 2026.

But here is the part that deserves more attention:
The fertilizer shock comes first. The food-price impact can come much later.

Farmers do not immediately pass every increase in fertilizer, fuel and freight costs onto consumers. They adjust application rates, planting decisions, crop choices and margins first.

That creates a time lag.

2026 may be the year fertilizer feels the shock.
2027 may be when more of it reaches farms.
And 2028 could be when the broader food-price impact becomes much harder to ignore.

Goldman Sachs estimates that a very strong 2026 El Niño could eventually push global food commodity prices 15.8% higher, with the full effect only realised in H2 2028.

That is the real concern.
The ripple is already moving.

The question is:
Can agriculture reduce the height of the next wave before it reaches the table?

✅Better fertilizers?
✅Higher nutrient-use efficiency?
✅More local production?
✅Or stronger policy support?

Maybe the answer is not one of them, but all of them working together.

17/08/2026

When Water Becomes the Limit, Is Fertilizer Efficiency Enough?

Agriculture is facing a simple but increasingly important question:
We may apply enough fertilizer, but does the crop have enough water to use those nutrients effectively?

According to the World Meteorological Organization, El Niño is expected to strengthen during August–October 2026, bringing higher temperatures and significant shifts in rainfall patterns. Some regions may also face increased drought risk.

For large-scale farms and agricultural input companies, water management is becoming part of crop nutrition management.

This is why biochemical fulvic acid, as a plant biostimulant, deserves closer attention.

🌱 1. Supporting root development
Water stress can restrict root growth. Research suggests that humic substances and fulvic acid can influence root development and nutrient acquisition, helping crops make better use of available water and nutrients.

💧 2. Supporting water balance
Drought is not only about less water in the soil. It can also disrupt water balance inside plant cells. Fulvic acid may support osmotic adjustment through compounds such as proline and soluble sugars, helping plants maintain cellular water status under stress.

🛡️ 3. Supporting antioxidant defense
Water stress increases reactive oxygen species (ROS), which can damage plant cells. Research has linked humic substances with antioxidant responses involving enzymes such as SOD and CAT, helping plants maintain cellular protection under stress.

So the value of fulvic acid is not that it “replaces irrigation” or simply “stores water.”
A more accurate view is:
Biochemical fulvic acid can function as a plant biostimulant, supporting crops in making better use of available water and nutrients and improving physiological resilience under water stress.

For fertilizer importers, distributors and large-scale farm managers, the question may increasingly shift from:
How much fertilizer should we apply?
to:
How efficiently can the crop use every unit of water and nutrient available?

When water becomes the limiting factor, improving resource-use efficiency may matter as much as increasing inputs.

13/08/2026

For the agriculture industry, this year is shaping up to be another challenging one.

Logistics costs are rising, fertilizer markets remain volatile, and weather patterns are becoming increasingly unpredictable.

In conversations with long-time industry peers, the same questions keep coming up:
How do we keep input costs under control?
How do we protect yield performance?

When the market environment changes, simply applying more nutrients is not always the answer. What matters is how efficiently those nutrients are used, and whether the fertilizer strategy also supports the soil and crop over the longer term.

That is where alternative crop nutrition strategies are gaining attention.

Our NutriFusion Series is designed around this approach. Rather than focusing only on nutrient content, it combines mineral nutrients, organic matter, silicon-calcium nutrition, and yeast-derived bioactive compounds to support a more balanced crop nutrition system.

🌱 Better Soil & Water Management
Its organic matter component helps improve soil structure and water-holding capacity, supporting crops under dry and water-stressed conditions.
🧪 Improved Nutrient Efficiency
The multi-element formulation is designed to support more efficient nutrient utilization and improve the availability of nutrients already present in the soil.
🌾 More Resilient Crop Growth
By combining mineral nutrition with organic and bioactive components, NutriFusion supports healthier and more consistent crop growth under challenging growing conditions.

For fertilizer distributors and agricultural companies, this also means an opportunity to move beyond the traditional “more nutrients = better results” approach and offer customers a more complete crop nutrition solution.

We can't control the global supply chain or the weather.
But we can rethink how we manage crop nutrition.

Check more detail about product here: https://humic-acid.en.made-in-china.com/

12/08/2026

India Just Put 1.7 Million Tons of Urea Into the Market. Why Does It Matter?

India has just made a move that could reshape the global urea market.

On July 29, state-owned RCF launched a 1.7 million-ton urea tender: 1 million tons for the west coast and 700,000 tons for the east coast, with shipments due by September 24.

The timing is what makes this interesting.

The Northern Hemisphere’s main fertilizer application season is already behind us. Yet India is stepping back into the market with one of its largest recent purchase requirements.

At the same time, supply remains vulnerable. The Middle East accounts for roughly 35% of global seaborne urea trade, while recent disruptions around the Strait of Hormuz left more than 800,000 tons of urea stranded in the region.

Middle East urea values have also moved back toward $440/t FOB, showing how quickly supply concerns can feed into prices.

So this tender is about more than 1.7 million tons.

It could provide a price floor for the global urea market, even as seasonal demand elsewhere weakens.

And that matters far beyond traders.

Higher fertilizer prices eventually reach farms, affecting planting costs and margins.

Will India’s buying be enough to keep the urea market firm through the next few months, or will new supply eventually outweigh demand?

That is the number worth watching.

05/08/2026

Phosphate Prices Are Rising. But The Bigger Cost May Be Hidden in the Soil.

The phosphate market is facing a challenge that goes beyond fertilizer prices.

It starts with a raw material many people rarely watch:
Sulfur.

Sulfur is a critical input for producing phosphoric acid, the foundation of phosphate fertilizers.

Since disruptions around the Strait of Hormuz affected global supply flows, sulfur markets have tightened sharply.

According to Argus, Qatar’s July sulfur price increased to US$890/t FOB, up US$85/t from June. Meanwhile, third-quarter liquid sulfur contract prices into Tampa reached a record US$705/long ton, reflecting continued supply pressure.

The impact is moving downstream.

Higher sulfur costs increase phosphoric acid production costs, while phosphate supply disruptions continue to limit market flexibility.

Argus expects phosphate supply disruptions to continue into August. Although Chinese exports may gradually return, availability is expected to remain below normal levels, creating additional pressure on global supply.

For farmers, the issue is not only about fertilizer prices.

It is about:
🌱 Higher input costs
🌱 More uncertainty before planting decisions
🌱 Greater pressure on farm profitability

The fertilizer market reminds us of one reality:
A disruption far away from the field can eventually influence decisions made on the farm.

As phosphate prices remain elevated, one question deserves more attention:
How can agriculture improve nutrient efficiency and reduce vulnerability to future supply shocks?

29/07/2026

Nitrogen Market Is Splitting. What Matters More for Buyers: Price or Product Strategy?

The nitrogen fertilizer market is sending a new signal:
Different nitrogen products are no longer moving in the same direction.

Since early July, urea prices have regained strength, while ammonium sulfate has faced continued pressure from weaker export pricing and changing demand patterns.

Recent market assessments showed Egyptian and Algerian granular urea prices rising to around US$448/t and US$471/t FOB, supported by renewed buying activity and stronger market sentiment.

Meanwhile, one factor has attracted particular attention: policy-driven demand.

🇫🇷 France introduced a fertilizer support program covering straight nitrogen fertilizers, mainly including urea and UAN, while ammonium sulfate and NPK fertilizers were excluded from the subsidy scope. This policy difference has encouraged some buyers to shift their focus toward supported nitrogen products.

This raises a broader question for the fertilizer industry:
When choosing nitrogen fertilizers, what are the key factors behind purchasing decisions?

💰 Price competitiveness?
📦 Supply availability?
🌱 Nutrient efficiency?

📋 Product suitability for specific crops?
The market is changing, and different buyers may have different priorities.

We would like to hear from global fertilizer professionals:
What is the most important factor when you select a nitrogen fertilizer supplier today?

22/07/2026

Beyond Price Competition: Does Agriculture Need New Phosphorus Solutions?

For months, the phosphate fertilizer market has been sending a clear signal:
Supply is becoming more expensive and more uncertain.

Since geopolitical tensions disrupted shipping routes around the Strait of Hormuz, phosphate prices have remained firm while other fertilizer segments experienced more volatility.

According to DTN fertilizer market data, U.S. retail prices in May 2026 remained elevated, with DAP averaging around US$914/ton and MAP around US$953/ton.

The pressure is not only coming from demand.
🟡 Sulfur, a critical raw material for phosphoric acid production, has faced significant cost pressure.
🚢 Higher freight, insurance costs, and supply uncertainty are adding another layer of challenges for global buyers.
🏭 Some producers have adjusted operations as raw material economics become increasingly difficult.

But here is the bigger question:
When the industry is competing for lower prices and more secure supply, are we also asking whether agriculture needs new phosphorus solutions?

Phosphorus will always remain essential for crop production.

However, the future may not only depend on producing more phosphate fertilizers.

It may also depend on:
🌱 Improving phosphorus use efficiency
🌱 Reducing nutrient losses
🌱 Combining mineral fertilizers with soil-enhancing solutions

Because the most sustainable fertilizer strategy may not be simply finding more resources, but making every kilogram of nutrients work harder.

What do you think? Should the fertilizer industry focus more on expanding supply, or improving nutrient efficiency?

👇 Share your thoughts.

15/07/2026

China Tightens Export Oversight for Ammonium Sulfate. Should Buyers Be Paying More Attention?

China is bringing ammonium sulfate back under mandatory export inspection after eight years outside the statutory export inspection system. Effective July 16, exports will once again be subject to Customs Supervision Condition "B", marking a significant change in China's fertilizer export oversight.

At first glance, it may seem like just another regulatory update.

🌍 But for global fertilizer buyers, the real takeaway is this: supply certainty is becoming just as valuable as competitive pricing.

📦 Additional inspections could lead to longer documentation procedures and customs clearance times, particularly during the initial implementation period, even if overall export volumes remain stable.

📈 As input costs continue to rise, procurement decisions can no longer be driven by price alone.

✅ Reliable supply.
✅ Consistent quality.
✅ Compliant suppliers.
These are becoming critical competitive advantages.

🌱 In agriculture, the most expensive fertilizer isn't the one with the highest price. It's the one that arrives after the application window has passed.

Do you think stricter export inspections will strengthen the fertilizer market over the long term, or create new short-term challenges for global buyers?

💬 I'd love to hear your thoughts in the comments.

08/07/2026

📉 Urea prices have eased, but has the risk really disappeared?

According to Goldman Sachs' latest market report, the answer may be more complicated.
Since shipping through the Strait of Hormuz gradually resumed in mid-June, urea prices have retreated significantly. U.S. Gulf (NOLA) urea prices have fallen from more than US$700/t to around US$350–400/t.

Market sentiment has improved. But the supply chain remains vulnerable.

The Strait of Hormuz is far more than a shipping route for finished fertilizers. It is also a critical corridor for sulfur, ammonia and liquefied natural gas (LNG), all of which are essential to global fertilizer production.
Natural gas alone typically accounts for 60% to 80% of nitrogen fertilizer production costs, while sulfur is indispensable for phosphate fertilizer manufacturing.

In other words, disruptions here affect not only fertilizer deliveries but also global production capacity.

The next key period is Q3.

Between July and September, several major agricultural markets begin seasonal fertilizer procurement:
🌽 Brazil prepares for corn production.
🌾 India builds inventories for rice and sugarcane.
🇪🇺 The European Union starts purchasing ahead of winter wheat planting.

If shipping disruptions return during this period, the challenge may no longer be delayed deliveries or inventory adjustments.

It could become a shortage during the most critical application window.
In agriculture, timing often matters more than price.

This is especially true for nitrogen fertilizers. Once the optimal application window is missed, even a later recovery in fertilizer supply cannot fully offset the yield losses already incurred.

For growers and buyers alike, the discussion is gradually shifting beyond fertilizer prices.
Supply security, nutrient-use efficiency and healthier soils are becoming equally important in building long-term agricultural resilience.

01/07/2026

📈 Agriculture has entered the era of high input costs.
The Real Challenge Isn't Spending More. It's Getting More from Every Dollar.

According to the latest projections from the U.S. Department of Agriculture (USDA), production costs for major crops are expected to continue rising through 2027.

Estimated production costs per acre include:
🌽 Corn: $952
🫘 Soybeans: $701
🌾 Wheat: $428

Since 2005, total production costs have increased by:
• 165% for soybeans
• 146% for corn
• 106% for wheat

The biggest drivers are no longer limited to labor.
Compared with previous USDA estimates, fertilizer costs have been revised upward by 9% to 13%, while fuel, lubricants, and electricity costs are expected to rise by 33% to 41%.

This suggests that higher production costs are becoming a structural reality rather than a temporary challenge.

The more important question is:
If input costs keep rising, can agriculture continue relying on simply applying more inputs to achieve higher yields?

For years, the industry focused on producing more by investing more.
Today, the conversation is shifting toward producing more value from every unit of input.

Across the industry, growers are paying closer attention to:
🌱 Improving nutrient-use efficiency instead of simply increasing fertilizer application.
🌱 Building healthier soils instead of exhausting them.
🌱 Strengthening crop resilience so every investment delivers long-term returns.

The future of farming may no longer be defined by how much we apply, but by how efficiently every input works.

Because the best agricultural investment isn't just next season's yield.
It's the productivity of the land for years to come.

💬 If production costs continue to rise, where do you think agriculture should focus first: fertilizer efficiency, energy savings, or soil management?

RSC AgroTech

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