Germany industry greenhouse gas emissions
Germany industry greenhouse gas emissions stood at 144.14 million t CO₂e in 2025, according to German Environment Agency (Umweltbundesamt, UBA). It is one of the indicators in the Greenhouse gas emissions table (Value · Annual), with a complete series running from 1990 to 2025. The complete series with an interactive chart, free to download.
This indicator in the Greenhouse gas emissions table
| Indicator | 2025 | 2024 | 2023 | 2022 | 2021 | 2020 | 2019 | 2018 | 2017 | 2016 | |
|---|---|---|---|---|---|---|---|---|---|---|---|
| Total greenhouse gases excluding LULUCF | 648.87 | 649.77 | 669.58 | 749.27 | 762.77 | 730.97 | 798 | 850.14 | 886.28 | 899.03 | |
| Industry | 144.14 | 149.77 | 149.72 | 164.25 | 180.07 | 172.33 | 179.01 | 184.73 | 192.3 | 186.57 | |
| Buildings | 103.37 | 100 | 102.36 | 111.31 | 117.96 | 121.56 | 123.48 | 117.69 | 122.98 | 124.16 |
Understanding germany industry greenhouse gas emissions
Direct combustion in factory kilns and boilers sits alongside chemical process emissions from steel, cement, and chemical synthesis within this manufacturing-focused measure. The boundary incorporates fuel consumed on-site for industrial steam, furnace heat, and mechanical drives across manufacturing and construction. In addition, it accounts for process-related releases where chemical reactions liberate greenhouse gases independently of fuel burning, such as carbonate calcination during clinker production. Power plants that generate electricity for the public grid are excluded and assigned to the energy industry row, while heating in residential and commercial office buildings belongs to the buildings row.
Macroeconomic output cycles in heavy manufacturing dictate the annual trajectory of these numbers, requiring analysts to distinguish cyclical production volume shifts from plant-level efficiency investments. When production slows down or accelerates, fuel throughput and chemical reactions respond in direct proportion. First estimates rely on monthly industrial production data and sample fuel delivery surveys, which are later reconciled against mandatory environmental plant reports and verified facility declarations. When tracking year-on-year changes, comparing combustion emissions alongside chemical process emissions clarifies whether variations stem from reduced fossil fuel burning or technological modifications in materials manufacturing.
Frequently asked questions
- What is the distinction between process emissions and combustion emissions in industry?
- Combustion emissions originate from burning fuels for furnace heat, whereas process emissions arise from chemical transformations during production such as limestone calcination in cement clinker kilns.
- Are emissions from electricity purchased by industrial plants counted here?
- Purchased electricity emissions are excluded from this row and counted upstream in the energy industry sector where power generation occurs.
- How are preliminary industrial emissions figures subsequently revised?
- Initial numbers based on monthly manufacturing indices and fuel sales samples are updated once verified facility emission reports and definitive annual energy accounts are published.