China natural gas

China Gas Explorer

Follow China’s gas balance from the headline import number down to LNG, pipelines, production, and calculated demand. Every chart uses monthly actuals submitted to JODI.

Latest actualGas year

China gets natural gas from three places: domestic production, cross-border pipelines, and LNG delivered by ship. This page starts with the combined import picture, then separates the two import channels and finally places them inside the full gas balance.

The controls change every component on the page. Start with the latest gas year, or switch to calendar years if that is how you normally compare the data.

First, line up the seasons

Gas demand is seasonal, so the default view runs from October through September. That keeps one northern-hemisphere winter inside a single period. A calendar-year view splits the same heating season across two labels.

The first chart overlays the five most recent periods. It answers the quickest question in the dataset: are total imports running above or below the same point in earlier years? Hover over a point for its monthly value in billion cubic metres.

Gross imports

Total Imports, Past 5 Gas Years

Then separate LNG from pipeline gas

Total imports combine two physically different markets. Pipeline gas arrives through fixed cross-border infrastructure. LNG arrives by ship and is usually discussed in tonnes, while the wider gas balance is expressed here in billion cubic metres.

The bars keep the reported LNG and pipeline components separate. The two dashed lines show the prior five-year monthly averages for total imports and LNG, so the selected year can be read against a seasonal baseline without mixing partial and complete annual totals.

Import stack

LNG and Pipeline Imports

Imports are only one side of demand

China also produces a large amount of gas domestically. JODI’s calculated demand is gross inland deliveries: production plus imports, minus exports and reported stock change. For China, stock change is reported as zero in this extract, so the result is apparent demand and may include gas moving into storage.

Read this chart as a balance measure rather than a direct meter reading of end use. The residual check in the table below shows whether the published components reconcile with the calculated-demand series.

Balance

Calculated DemandiJODI calculated demand is production plus imports minus exports, adjusted for stock change. China stock change is reported as zero in this dataset, so this is apparent demand and can include gas going into storage.

What happens between the source and the chart

The page does not forecast or fill missing months. It filters the public JODI file to China natural gas, converts the reported volume rows from million cubic metres to bcm, orders the observations on the selected year basis, and displays only submitted actuals.

Data mechanics

How the JODI View Works

  1. Read China `NATGAS` monthly rows from the JODI Gas World Database.
  2. Convert JODI `M3` rows from million cubic meters to bcm.
  3. Order the selected view by gas year from October through September or by calendar year from January through December.
  4. Display only reported JODI actual months.
  5. Check the balance residual: production + imports - exports - stock change - calculated demand.

Use the table when a chart looks surprising

The monthly table exposes every series used above. LNG appears in both bcm and million tonnes, net imports subtract exports from gross imports, and the residual repeats the balance check month by month. Empty cells remain empty rather than being estimated.

Monthly table

JODI Monthly Actuals

MonthTotal ImportsLNG ImportsLNG Imports (mt)Pipeline ImportsProductionCalculated DemandTotal ExportsNet ImportsResidualAssessment

Keep the definitions beside the numbers

The flow codes below are the labels used in the source database. The source panel links to the downloadable CSV, JODI’s item-name reference, and the manual describing how national administrations submit the data.

Definitions

JODI Flow Codes

Sources

Where the Data Comes From