analysis and forecasting of palm olein price over time.
- to understand the long term drivers of price
- to understand the short term drivers of price and recent volatility
- to accurately forecast short term and long term price movements
long term prices are driven by both supply and demand factors.
On the supply side, over the long term I expect to see a relationship between price and
- the total land area under cultivation
- changing production efficiencies per hectare
On the supply side over the short term I expect to see fluctuations driven by:
- weather
- abnormal events: war, pandemic, etc
- government export policy
On the demand side over the long term I expect to see a relationship between price and
- population growth in key import markets: china & india
- economic development (GDP growth of the total economy and per capita) in key import markets: china & india
On the demand side over the short term I expect to see a relationship between price and
- seasonality around harvests, holidays and other events that the market expects to affect price.
- prices of substitute edible oils
- market sentiment
- Build pipeline to automatically collect, and clean data from a mixture of sources.
- aggregate and save the data to a mariadb database hosted on AWS
- analyse the data to understand long term and short term trends in the palm oil market.
- Build models to infer price of palm oil in the long-, mid-, and short-term time horizons
- Inform decision-making whether to buy or hold at spot, or the forward pricing based on predictions
- the Food and Agriculture Organisation (FAO), a part of the UN, has good data. The only issue is that data is mostly annual. It is a good source for the long-term data
- agropost has free data for daily price movements of palm oil
- worldometers has free data for population and economic growth
- world bank also has free data for population and economic growth
- the demand for edible oil has grown enormously over the last 60 years, driven by population growth and economic development
- production & consumption of palm oil has increased more than other edible oils over the period, due to its favourable production costs, relatively low price and high yield per hectare
- palm olein/oil now accounts for the largest share of edible oil production & consumption.
- geo plot country-wise consumption of palm oil (cannot easily get data against consumption)
- geo plot country-wise production of palm oil (production is the proxy for consumption)
- or import data for a country (quanbo)
- temperature pallet
- land cultivation fix
- Total Vegetable oil production by crop fix
- Comparision between veg oil production and land used
- labour shortages in 2020 contributed to a supply constrain. Most malaysian palm oil plantations rely on indonesian labour. With the COVID lockdowns in 2020 there was annecdotally an impact on supply.
- the indonesian government imposed restrictions on exports to control domestic inflation (cost of oil is a key part of their "basket of goods" for measuring CPI).
- the dynamics in related markets like soy, linseed, canola, grapeseed, olive oil and other vegetable oils will have a bit impact on the price of palm oil.
- Weather will have a big impact on supply of all these
- price of palm oil has increased by 300% in 18 months
- what is driving the current spike in palm oil prices?
- there are no obvious structural causes
- this analysis considers two possible scenarios (for now):
- 1, the current price is a bubble driven by short term supply constrains. If this is the case, there is substantial downside risk for buyers purchasing forward, and for suppliers investing based on current prices and returns.
- 2, the current price represents a long term shift in the cost structure of palm oil. If this is the case, palm oil loses a significant competitive advantage compared with other edible oils, and there are likely to be profound repercussions for the supply side of the edible oils market.
- The price dynamic is likely to be driven by the supply side instead of the demand side
- Amount of land used (the biggest contribution to changes in production volumes)
- Changes to yield (the second-biggest contributor to changes in production volumes)
- Disruptions due to COVID-19
- Disruptions due to the Ukraine conflict (increased fertiliser costs, reduction in supply of sunflower and rapeseed oil)
- Political policy (Indonesia imposing export bans)
- Demand side seems to be relatively stable.
- a dispute between malaysia and india let to a shift in demand from malaysia to indonesia.
- the ban on supply to russia will basically kill russian demand.
- food and agriculture organisation
- https://agropost.wordpress.com/2021/12/ for trading price data of palm oil dated back to 2011