Urea Fact Sheet
Global
urea production reached more than 200 million metric tons in 2025. The market
is rapidly expanding due to agricultural demand, with production capacity
projected to reach around 300 million metric tons by 2030. Urea demand is
heavily driven by agriculture, with Asia-Pacific accounting for roughly 61% of
market share, North America at 10%, Europe at about 7%, and the rest in other
regions.
The
market is projected to grow at a Compound Annual Growth Rate (CAGR) of
3.05%-3.9% through 2029-2034, driven by food demand for a growing global
population. Key production centers include China, India, and the Middle East
(Qatar, Oman, Saudi Arabia), with significant expansions planned to meet
growing demand. More than 80% of urea is used in agriculture, and the rest in
the industrial sector.
Global
Production Giants
Saudi
Basic Industries Corporation (SABIC), a Saudi Arabian company, is a global
chemical and fertilizer powerhouse. Qatar Fertiliser Company (QAFC) is one of
the largest fertilizer producers in the Middle East.
CF
Industries and Koch Fertilizer in the USA, Nutrien, and Agrium (now part of
Nutrien) in Canada are major players in the global fertilizer market in North
America. OCI Nitrogen, Yara International based in Norway, and Borealis, an
Austrian-based company, are giants in Europe.
Sinofert
Holdings Limited (Sinochem Group), Hubei Yihua Chemical Industry, Henan
Xinlianxin Chemical Industry (China XLX Fertilizer), and Yunnan Yuntianhua Co.,
Ltd are from China. IFFCO - Indian Farmers Fertiliser Cooperative Limited,
National Fertilizers Limited (NFL), Chambal Fertilisers and Chemicals Limited
(CFCL), and Coromandel International are major players in the Asian and global
fertilizer market.
How
Urea is Produced
Synthetic
urea is a major product derived from the petrochemical industry, specifically
using natural gas or petroleum feedstocks (naphtha) as the primary raw
material. It is synthesized by combining ammonia (derived from hydrogen in
natural gas/crude oil) and carbon dioxide, rather than being a direct byproduct
of refining, but it is highly dependent on fossil fuels.
Consequences
of Gulf War
One
significant consequence of the Gulf War is the impact on chemical fertilizer
production. Agricultural products require chemical fertilizer, with urea being
a crucial component. The entire world depends on Middle East crude oil for the
production of urea to increase agricultural produce to meet the demand for
food, vegetables, fruits, etc. This war has led to a decrease in the mining of
crude oil and processing of gasoline, resulting in a decrease in the production
of chemical fertilizer. Consequently, the world will face a shortage of
fertilizer, leading to decreased productivity and triggering food shortages
globally.
Effects
on Nepal
Nepal,
which already faces a shortage of chemical fertilizer under normal
circumstances, will experience severe problems with fertilizer availability
during this extraordinary time of war. As paddy is a major food crop in Nepal
and there are only two months left for its cultivation in the months of Aashad
and Shrawan, there will be a severe shortage of food in Nepal due to the
scarcity of fertilizer caused by the war.
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