This article provides a sector overview of the Fertilizer Companies. Fertilizer companies are an excellent investment vehicle for investors looking in the agricultural space. The world population continues to grow and with that comes the added stress on resources such as arable land, water table, pests and land overuse. In order keep up with the demand of feeding the world, farmers have had to resort to using genetically modified crops coupled with liberal use of fertilizers.
My previous articles in the Sector Overview garnered plenty of interest as you readers found it valuable. So, without further ado, here’s a sector overview for the Fertilizer Companies.
Why Invest in Fertilizer Companies
- The short version is Food Security (also, see Malthusian Catastrophe). The long version follows 🙂
- Growing population – In 1900, we had a global population of 1.6B. Today, we stand at a massive 7.3B people. By 2050, that number is expected to grow to 9.5B!
- Not only is the population growing, but humans are living longer due to advances in healthcare. In 1900, life expectancy for US male was 46.3 years and US Female was 48.3 years. Today, in 2015, the life expectancy at birth for US male is 76.4 years and US Female is 81.2 years. That’s an increase of 65% and 68% for male and female respectively in the past 115 years. As we make more advances in technology and overall healthcare extending our lifespans, reducing deaths due to curable diseases – this puts more demand on food producers.
- This rise in population also brings some astonishing numbers when it comes to farming. In the next 40 years, humans will need to produce more food than we did in the last 10,000 years combined (source).
- Global warming/Climate Change, coupled with the growth in population, has resulted in large swathes of land in losing its arability. This puts extra stress on arable land to continue being productive. Note that climate change manifests itself in various different forms, but by far the most important factor is the (fresh) water availability for farming needs. Following charts from PotashCorp show how the arable land per capita is expected to continue the decline we have observed over the decades. Coupled with the loss of renewable water for farming, this puts higher demand on agricultural and industrial purposes.
- It is not just humans who need more feed. There is increased demand from animals as well. As the population shifts to more protein-heavy diets (last week, China’s middle class passed the US, now at 108M people) especially in emerging markets such as China, more farmed grains are routed towards feeding livestock. For e.g., each kilogram of pork requires 6kg of feed, usually processed soy or corn. Given the scarcity of water and land in China, the country imports massive amounts of global soy and corn.Currently, China consumes 28% of the world’s soybean and 22% of the world’s corn (source). Read more about the increased pork consumption in China as the population becomes more wealthy.
The Components of Fertilizer Industry
The three main components in the fertilizer industry are: Nitrogen, Phosphate and Potash. Together, they are popularly termed NPK.
Nitrogen occurs naturally in air and is one of the most abundantly available element – making ~78% of Earth’s atmosphere. But it must be converted for use by agriculture and industry. As a fertilizer, nitrogen speeds the growth of plants and is critical to crop yield. As a major component of chlorophyll, nitrogen also keeps plants green. Industrial nitrogen products are used to make plastics, carpets, batteries and more.
Product form: Ammonia, Urea
Made from ancient marine fossils, phosphate rock is combined with acids for use in fertilizer, feed and industrial products. By aiding in photosynthesis and cell division, phosphate fertilizer speeds crop maturity and increases yields. As a feed supplement, phosphate is necessary for skeletal development and aids in animal muscle repair.
Product form: DAP, MAP, Phosphoric Acid
Mined from natural mineral deposits left by ancient evaporated seas, potash is primarily used as a crop nutrient. Potassium strengthens plant stalks and roots, enhances water retention and helps crops fight disease and injury. In addition to improving yields, potash adds flavor, color and texture to foods. Potash is also used to make industrial goods ranging from food products to soaps. Canada is the largest producer and has the highest reserves of Potash in the world. Russia comes a close second. More details here.
Product form: Standard and Granular Potash
The charts above show the amount of NPK is expected to rise over the coming years and Nitrogen taking the bulk of the fertilizer industry segment.
Geographically, China (where agriculture makes 9.4% of GDP) is the largest user of all NPK resources.
Crop-wise, most fertilizers are used on grains with a smaller portion going towards oilseeds, fruits and vegetables.
Sector overview – Fertilizer Companies
There are a lot of fertilizer companies in the world – but for the sake of this article, I consider the ten largest companies only.
Note: All numbers presented are in US$.
The following chart lists the ten largest fertilizer companies in the world and provides a great perspective breakdown of which of the NPK elements each company focuses on. The Ammonia refers to Nitrogen, Phosphoric Acid refers to Phosphate, and KCI refers to Potash.
- See my other Sector Overview articles
- Fertilizer 101 from Potash Corp’s website is an excellent resource to understand the space
- World Population projections
- Investing in Agriculture
- Empire of the Pig
- Food Security
Disclosure: Long AGU. My full list of holdings is available here.