Headline indicators

Total renewable freshwater resources
11.00 km³/yr
2022
Where this number comes from
DerivedMedium confidence2022

Source: World BankWorld Development Indicators, World Bank WDI indicator ER.H2O.INTR.K3. Licence: Open — attribution required (attribution required).

Method: Renewable internal freshwater resources: the long-term average annual flow of rivers and recharge of groundwater generated from precipitation within the country. Internal resources exclude inflow from upstream countries, so this is the measure of self-sufficiency rather than of total availability. Originating body: FAO AQUASTAT. The World Bank publishes its datasets under CC BY 4.0, but relayed third-party material may carry the originator's own terms — verify with them before commercial reuse.

Retrieved 24 August 2026.

Renewable freshwater per person
621 m³/person/yr
2022
Where this number comes from
CalculatedMedium confidence2022

Source: World BankWorld Development Indicators, World Bank WDI indicator ER.H2O.INTR.PC. Licence: Open — attribution required (attribution required).

Method: Renewable internal freshwater resources divided by population. Because the population denominator updates annually while the resource figure is a long-term hydrological average, movement in this series is largely population change rather than hydrological change. Originating body: FAO AQUASTAT and World Bank population estimates. The World Bank publishes its datasets under CC BY 4.0, but relayed third-party material may carry the originator's own terms — verify with them before commercial reuse.

Retrieved 24 August 2026.

Total freshwater withdrawal
8.23 km³/yr
2022
Where this number comes from
ReportedMedium confidence2022

Source: World BankWorld Development Indicators, World Bank WDI indicator ER.H2O.FWTL.K3. Licence: Open — attribution required (attribution required).

Method: Total annual freshwater withdrawn for agricultural, industrial and domestic use. Withdrawal is not consumption: much of what is withdrawn is returned to the source catchment. Originating body: FAO AQUASTAT. The World Bank publishes its datasets under CC BY 4.0, but relayed third-party material may carry the originator's own terms — verify with them before commercial reuse.

Retrieved 24 August 2026.

Agricultural share of withdrawal
3.2%
2022
Where this number comes from
ReportedMedium confidence2022

Source: World BankWorld Development Indicators, World Bank WDI indicator ER.H2O.FWAG.ZS. Licence: Open — attribution required (attribution required).

Method: Agricultural withdrawal as a percentage of total freshwater withdrawal. Originating body: FAO AQUASTAT. The World Bank publishes its datasets under CC BY 4.0, but relayed third-party material may carry the originator's own terms — verify with them before commercial reuse.

Retrieved 24 August 2026.

Industrial share of withdrawal
70.2%
2022
Where this number comes from
ReportedMedium confidence2022

Source: World BankWorld Development Indicators, World Bank WDI indicator ER.H2O.FWIN.ZS. Licence: Open — attribution required (attribution required).

Method: Industrial withdrawal as a percentage of total freshwater withdrawal. Countries differ in whether thermoelectric cooling is counted here, and where it is the share reflects cooling arrangements rather than manufacturing intensity. Originating body: FAO AQUASTAT. The World Bank publishes its datasets under CC BY 4.0, but relayed third-party material may carry the originator's own terms — verify with them before commercial reuse.

Retrieved 24 August 2026.

Municipal share of withdrawal
26.5%
2022
Where this number comes from
ReportedMedium confidence2022

Source: World BankWorld Development Indicators, World Bank WDI indicator ER.H2O.FWDM.ZS. Licence: Open — attribution required (attribution required).

Method: Domestic and municipal withdrawal as a percentage of total freshwater withdrawal. Originating body: FAO AQUASTAT. The World Bank publishes its datasets under CC BY 4.0, but relayed third-party material may carry the originator's own terms — verify with them before commercial reuse.

Retrieved 24 August 2026.

Safely managed drinking water
100.0%
2024
Where this number comes from
ModelledMedium confidence2024

This is not a direct measurement. Output of a numerical or statistical model rather than a measurement.

Source: World BankWorld Development Indicators, World Bank WDI indicator SH.H2O.SMDW.ZS. Licence: Open — attribution required (attribution required).

Method: Population using an improved drinking water source that is accessible on premises, available when needed, and free from priority contamination — all three simultaneously. Modelled from household surveys and censuses, not counted. Originating body: WHO/UNICEF Joint Monitoring Programme. The World Bank publishes its datasets under CC BY 4.0, but relayed third-party material may carry the originator's own terms — verify with them before commercial reuse.

Retrieved 24 August 2026.

Safely managed sanitation
97.5%
2024
Where this number comes from
ModelledMedium confidence2024

This is not a direct measurement. Output of a numerical or statistical model rather than a measurement.

Source: World BankWorld Development Indicators, World Bank WDI indicator SH.STA.SMSS.ZS. Licence: Open — attribution required (attribution required).

Method: Population using improved sanitation facilities not shared with other households, where excreta are safely disposed of in situ or treated off site. Originating body: WHO/UNICEF Joint Monitoring Programme. The World Bank publishes its datasets under CC BY 4.0, but relayed third-party material may carry the originator's own terms — verify with them before commercial reuse.

Retrieved 24 August 2026.

How water is used

Freshwater withdrawal by sector — Netherlands
Share of total freshwater withdrawal. Withdrawal is not consumption: much of what industry and energy withdraw is returned.
Freshwater withdrawal by sector — NetherlandsAgriculture: 3.22%. Industry: 70.2%. Municipal: 26.5%0255075%AgricultureAgriculture: 3.22%3.2IndustryIndustry: 70.2%70.2MunicipalMunicipal: 26.5%26.5

Sector shares are reported for varying reference years by country, and countries differ in whether thermoelectric cooling is counted as industrial withdrawal.

View the data behind this chart
SubjectValue (%)Notes
Agriculture3.22
Industry70.2
Municipal26.5

In regional context

Renewable freshwater per person, regional comparison
Neighbouring countries in the same region, ranked.
Renewable freshwater per person, regional comparisonAustria: 6,083 m³/person/yr. Switzerland: 4,603 m³/person/yr. France: 2,933 m³/person/yr. Luxembourg: 1,531 m³/person/yr. Germany: 1,286 m³/person/yr. Belgium: 1,027 m³/person/yr. Netherlands: 621 m³/person/yr02,5005,0007,500m³/person/yrAustriaAustria: 6,083 m³/person/yr6,083SwitzerlandSwitzerland: 4,603 m³/person/yr4,603FranceFrance: 2,933 m³/person/yr2,933LuxembourgLuxembourg: 1,531 m³/person/yr1,531GermanyGermany: 1,286 m³/person/yr1,286BelgiumBelgium: 1,027 m³/person/yr1,027NetherlandsNetherlands: 621 m³/person/yr621.4

A national per-capita average conceals seasonal and regional distribution entirely.

View the data behind this chart
SubjectValue (m³/person/yr)Notes
Austria6,083
Switzerland4,603
France2,933
Luxembourg1,531
Germany1,286
Belgium1,027
Netherlands621

Measured here

Hydrionis holds records from 402 monitoring locations in Netherlands, read directly from the national network rather than reported at country level.

402
Monitoring locations
111,725
Values held from them
2025–2025
Record spans
What the Netherlands monitoring network measures
MeasurementLocationsValues
River level32895,050
Mean river flow11516,675

See the Netherlands monitoring network — where the stations are, and what each one measures.

Coverage for this place