Reformer BRU

Reformer BRU is a production of hydrogen and synthesis gas installation in Germany. In 2025 it reported 16,575 tonnes of verified emissions against 7,483 free allowances.

Key figures

Country

Germany

Activity

Production of hydrogen and synthesis gas

Installation ID

DE 205246

Verified emissions, 2025

16,575 tCO₂e

Free allocation, 2025

7,483 allowances

Allowance position, 2025

9,092 short

Compliance, 2024

A

Permit

14611-0001

Data as of

1 April 2026

Emissions and free allocation by year

Verified emissions Free allocation
Verified emissions and free allocation of Reformer BRUVerified emissions and free allocation from 2013 to 2025.050k100k150k200k2013 verified emissions: 120,493 t2014 verified emissions: 114,243 t2015 verified emissions: 107,443 t2016 verified emissions: 115,121 t2017 verified emissions: 123,185 t2018 verified emissions: 109,033 t2019 verified emissions: 114,304 t2020 verified emissions: 117,068 t2021 verified emissions: 38,999 t2022 verified emissions: 22,533 t2023 verified emissions: 32,883 t2024 verified emissions: 30,119 t2025 verified emissions: 16,575 t2013 free allocation: 69,220 t2014 free allocation: 68,018 t2015 free allocation: 66,801 t2016 free allocation: 65,572 t2017 free allocation: 64,330 t2018 free allocation: 63,075 t2019 free allocation: 61,805 t2020 free allocation: 60,531 t2021 free allocation: 11,025 t2022 free allocation: 12,673 t2023 free allocation: 11,234 t2024 free allocation: 7,483 t2025 free allocation: 7,483 t2013201520172019202120232025
YearVerified emissions (t) Free allocationPosition
2025 16,575 7,483 9,092 short
2024 30,119 7,483 22,636 short
2023 32,883 11,234 21,649 short
2022 22,533 12,673 9,860 short
2021 38,999 11,025 27,974 short
2020 117,068 60,531 56,537 short
2019 114,304 61,805 52,499 short
2018 109,033 63,075 45,958 short
2017 123,185 64,330 58,855 short
2016 115,121 65,572 49,549 short
2015 107,443 66,801 40,642 short
2014 114,243 68,018 46,225 short
2013 120,493 69,220 51,273 short

Verified emissions changed by -86.2% from 2013 to 2025.

Source: European Commission, Union Registry · Data as of 1 April 2026

Allowance position

In 2025, verified emissions exceeded free allocation by 9,092 allowances, which the operator had to obtain.

Illustrative value at the latest reference price of €84.41 (30 September 2026): €767,456. Not the installation's actual cost, which depends on when and how it acquired allowances.

Price source: EU ETS primary auctions · latest price

Compliance status for 2024: A. The number of allowances surrendered by 30 September 2025 was greater than or equal to verified emissions.

CBAM context

This activity falls in the hydrogen sector of the Carbon Border Adjustment Mechanism. Free allocation for products covered by the Carbon Border Adjustment Mechanism is being reduced each year under current EU law.

Free allocation remaining for CBAM-covered products, by year
202620272028202920302031203220332034
97.5%95%90%77.5%51.5%39%26.5%14%0%

Share of free allocation remaining for CBAM-covered products, under Directive (EU) 2023/959, Article 10a. It applies to the benchmarks for those products, not necessarily to an installation's whole allocation, so it is not applied to the figures on this page.

Proposed change

A European Commission proposal of 17 July 2026 would restore 15% of the phased-out free allocation for CBAM sectors from 2028 and extend the end of the phase-out from 2034 to 2038. This is a proposal and not yet law.

More on CBAM: the India CBAM Center and what CBAM is and how it works.

Nearby installations

Production of hydrogen and synthesis gas installations in Germany, largest first.

Questions about Reformer BRU

How much did Reformer BRU emit in 2025?

16,575 tonnes of verified emissions, per EU Union Registry compliance data.

How many free allowances did Reformer BRU receive?

7,483 in 2025.

Did Reformer BRU surrender enough allowances?

Its compliance status for 2024 is recorded as "A": The number of allowances surrendered by 30 September 2025 was greater than or equal to verified emissions.