I. Russia: Port Expansion to Boost Mineral Fertilizer Exports by 8–12% Following the completion of the expansion at Russia’s Ust-Luga Port Favor terminal, the country’s export capacity for mineral fertilizers is expected to increase by 8–12%. The terminal is open to all fertilizer producers and offers a key advantage in handling efficiency compared with non-specialized ports. At present, Russia still lacks sufficient dedicated port infrastructure for mineral fertilizers. The

In 2025, China’s fertilizer imports and exports showed a clear pattern of strong growth in export volumes and values, alongside a slight decline in imports. Urea exports recorded particularly sharp growth, while phosphate fertilizer exports continued to contract. Domestic policy priorities focused on securing internal supply had a profound impact on the global phosphate fertilizer market structure. Looking ahead to 2026, the global phosphate fertilizer supply outlook is broad

I. Why Is Magnesium Essential in Aquaculture? In aquaculture practice, many production problems do not originate directly from diseases, but from more fundamental and often overlooked factors—imbalances in waterborne minerals. Issues such as failed molting in crustaceans, increased mortality after stress events, unstable water quality, and disrupted algal communities are frequently linked to deficiencies or improper ratios of basic ions such as magnesium in the culture water.

From December 26, 2025 to January 9, 2026, China’s domestic fertilizer market operated around the core theme of “price stability and supply assurance for phosphate fertilizers.” On the raw material side, clear divergence was observed: phosphate rock remained largely stable, sulfur fluctuated at high levels, while sulfuric acid and synthetic ammonia stayed broadly stable. The potash market continued to operate under a tight supply–demand balance, with prices holding firm at el

In agricultural production, phosphate fertilizers are essential to crop growth and development. What many may not realize is that the starting point of most common phosphate fertilizers is often a pale yellow, brittle crystal or powder — sulfur . With a global annual output of approximately 70 million tons , around 80% of sulfur supply comes as a byproduct of petroleum refining and natural gas processing , making it deeply intertwined with the global energy landscape. Sulfur