The oil extracted tile does not read flow meters on wells in real time. It applies the latest global estimate of liquid fuels production — about 103.4 million barrels per day — and spreads that total evenly across the calendar year.
How the counter works
- Start with 103,400,000 barrels per day.
- Convert to an annual rate: 103.4M × 365.25 ≈ 37.8 billion barrels per year.
- Measure how much of the current calendar year has elapsed.
- Display that fraction of the annual total, updating continuously.
Production in the real world varies by field maintenance, OPEC policy, and seasonal demand. Our counter assumes a smooth average pace so the scale is easy to read at a glance.
Where 103.4 million barrels per day comes from
The anchor figure is the U.S. Energy Information Administration Short-Term Energy Outlook, which reports global liquid fuels production — crude oil, natural gas liquids, condensates, and related petroleum liquids — in million barrels per day. Their 2024 outlook puts average production at roughly 103.4 million barrels per day.
That is broader than crude oil alone. “Liquid fuels” is the standard headline measure for how much petroleum the world is pulling from the ground and processing, because refineries and markets trade the full stream, not just one grade of crude.
The International Energy Agency publishes comparable world supply totals in its Oil Market Report and statistical supplements; recent annual averages sit in the same ballpark — around 100–103 million barrels per day of total supply.
We use the EIA figure as a representative recent annual rate. National agencies revise numbers as more data arrives; treat this as a published estimate, not a live tally from every wellhead.
What this number does not capture
- Natural gas — methane produced and piped separately is excluded; this tile is petroleum liquids only.
- Coal and other fossil fuels — those have their own production statistics and emissions footprints.
- Oil already in storage — the counter models new extraction/production, not inventory drawn from stockpiles.
- Daily volatility — outages, sanctions, and price shocks move real output month to month; a linear counter smooths that out.
Why we show it anyway
Oil extraction is the upstream engine behind transport fuels, plastics feedstocks, and a large share of global CO₂ emissions. Billions of barrels per year are hard to picture until you see them accumulate. Read this counter as a proportional share of a published annual production rate, updated as major energy agencies revise their outlooks.
Further reading
- Short-Term Energy Outlook — global oil (U.S. EIA)
- Oil Market Report (IEA)
- Statistical Review of World Energy (Energy Institute)