Industry Economics & Competitiveness

Industrial Nitrogen Price - Finland

Nitrogen prices are part of the Industry Economics & Competitiveness in Finland report | Updated on July 6th, 2026

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Nitrogen Price Chart

Nitrogen Cost in Finland

The chart above illustrates Nitrogen price assessments, in US Dollar Cent per normal cubic meter (USD cent/Nm3), from Jun 2022 through Jun 2023, as described below:

  • contract price, exw: Nitrogen, Finland, contract price, exw, formula
  • cash cost, on-site: Nitrogen, Finland, cash cost, formula, on-site (typical consumer facility)
  • cash cost, off-site: Nitrogen, Finland, cash cost, formula, off-site (large supplier)

In June 2023, the contract price for Nitrogen Gas delivered ex-works in Finland stood at 9.53 USD cent per normal cubic meter, representing a marginal increase of 0.14% compared to May 2023. When measured against June 2022 levels, contract prices for Nitrogen Gas in Finland have declined by 30% over the twelve-month period. As of June 2023, the on-site cash cost for Nitrogen Gas production in Finland reached 7.56 USD cent per normal cubic meter, showing a slight rise of 0.53% from the previous month. Year-over-year comparison reveals that on-site production costs for Nitrogen Gas in Finland have decreased by 31% since June 2022. The off-site cash cost for Nitrogen Gas supplied by large producers in Finland was assessed at 5.27 USD cent per normal cubic meter in June 2023, marking a 0.76% increase from May 2023. Over the past year, off-site supply costs for Nitrogen Gas in Finland have fallen by 36% relative to June 2022 levels.

The figures shown are illustrative and represent a historical sample from Intratec Industry Economics & Competitiveness. For up-to-date monthly competitiveness benchmarks and industrial cost data across 33 countries, subscribe to Intratec Industry Economics & Competitiveness.

Other Utility Costs

Nitrogen is one of 10 industrial utilities priced monthly — reference data for cost analysis, project evaluation, and competitiveness studies

10 Utilities Priced Monthly

Steam, hydrogen, oxygen, nitrogen, and 6 other key process utilities.

Forward-Looking Series

Short-term forecasts on selected utilities.

10-Year Monthly History

A decade of monthly data for trend analysis and modeling.

Beyond Utility Costs

Industrial utility costs are part of the Industry Economics & Competitiveness subscription — a monthly program benchmarking commodities manufacturing competitiveness across 33 countries.

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33 Key Countries

Country-by-country monthly reports covering major industrial hubs — USA, China, Germany, Japan, Brazil, India, and more.

7 Industries Covered

Industry-specific rankings across olefins, aromatics, alcohols & organic acids, polymers, fertilizers, inorganic chemicals, and metals.

Reference Datasets

Country-level datasets for estimating individual cost items — labor, utility costs, plant construction costs, and location factors.

Monthly Updates

Fresh data every month, always reflecting the most recent period available, with short-term forecasts on selected series.

Frequently Asked Questions

Monthly Nitrogen assessments for Finland are part of the Industrial Utility Costs dataset, included on Advanced and Ultimate plans. Nitrogen sits alongside 9 other industrial utilities — carbon monoxide, chilled water, compressed air, cooling water, demineralized water, hydrogen, nitrogen gas, oxygen, process water and steam — each tracked on the same monthly basis.

Every month, on the 3rd business day, for Advanced and Ultimate subscribers. Each release covers the most recent period available at the time of publication.

As a monthly PDF report, with download and print enabled on Advanced and Ultimate plans. The same data is available through the Excel Add-In, Power BI connector, and REST Web API for direct integration into spreadsheets, dashboards, or models.

About Nitrogen

Nitrogen, as a utility, is primarily used for inerting and blanketing in process industries. It prevents oxidation, reduces fire and explosion risks, and preserves product quality by displacing oxygen and moisture in sensitive environments.