A large wind turbine is positioned near a canal bordered by lush green trees on one side and a field of solar panels on the other.

Climate

Reducing emissions

3M actively addresses both challenges and opportunities presented by climate change and the energy economy. We take actions to measure and reduce our greenhouse gas (GHG) emissions. We offer our customers a wide range of innovative products that help them improve energy efficiency and reduce their own GHG emissions.

As we aim to continually reduce our GHG emissions, we’ve done extensive work to identify the “math, path, and plan.” Our resulting efforts to reduce our GHG emissions involve:

  • Improving efficiency across our facilities, including our manufacturing equipment and processes
  • Upgrading technologies
  • Increasing use of renewable electricity globally
  • Managing our product portfolio
  • Working across our supply chain to reduce emissions
A banner about 3M's commitment to reducing greenhouse gas emissions as validated by the Science Based Targets initiative.

In 2024, the Science Based Targets initiative (SBTi) validated 3M’s new near-term targets and classified our scope 1 and 2 target as in line with a 1.5 ºC trajectory.

Reduce absolute scope 1 and 2 GHG emissions 52.6% by 2030 from a 2019 base year

Reduce absolute scope 3 GHG emissions 42% by 2030 from a 2021 base year


3M innovation in climate technology

We relentlessly innovate and adapt our technologies to help solve the problems of today and tomorrow — often in direct collaboration with our customers. Whether it’s technology, manufacturing, global capabilities, or our brand, we’re committed to connecting our fundamental strengths to create value for our customers.

A man and a young girl stand on a gravel path in a dry, grassy area, looking at a large wind turbine.

Fueling the hydrogen economy

Our innovation drives advances in clean energy, from clean hydrogen production to safer, more efficient hydrogen fuel cells.

Learn more about the hydrogen economy
A person wearing a navy blue shirt and protective gloves is using a tool to cut a large sheet of material.

Collaborating on carbon capture

3M and Svante are collaborating on a filtration material with the potential to remove millions of tons of carbon from direct-air-capture facilities globally.

Learn more about carbon capture
A close-up view of a mechanical structure with a transparent panel and various components, set  against a backdrop of green foliage.

Enabling more powerful greenhouses

We’re partnering with Voltiris on a multilayer optical film that lets in the light that plants need and reflects the rest for use in power generation. It can generate up to 80% of a greenhouse’s annual electricity need while not negatively impacting crop yields.

Learn more about powerful greenhouses

Managing air quality

3M aims to improve air quality globally while delivering on our customers’ needs and expectations for high-performing products. The manufacture of some of these products inherently releases permitted and allowable volatile organic compounds (VOCs), including through the use of solvent-based materials. Many of our sites are required to track VOC emissions, but even where not required, we voluntarily track VOC usage and significant source emissions to identify opportunities for reduction.



We track and report emissions based on raw material usage, engineering estimates, published emission factors, continuous emission monitoring systems, and stack test data. For many 3M manufacturing processes, various constituents such as nitrogen oxides (NOx), sulfur dioxide (SO2), carbon monoxide (CO), hazardous air pollutants (HAPs), persistent organic pollutants (POPs), and particulate matter (PM) are emitted as products of combustion. These constituents, which are listed on many environmental permits for specific site operations, are tracked and reported externally where required by federal, state, or local regulations for individual sites. 3M internally tracks fuel usage and calculates the combustion emission rates using accepted emission factors.

  • A garbage can icon.

    Implementing and maintaining pollution control

    3M has made significant progress in reducing air emissions at the source, including by reformulating to eliminate emissions and by improving process efficiencies. We also install and maintain air emission control equipment as required by federal, state, and local regulations. We evaluate equipment options, select the most appropriate technology based on site-specific considerations, and commit to properly operating it. Technologies used include thermal oxidization, solvent recovery, carbon adsorption, biofiltration, electrostatic precipitators, baghouses, scrubbers, and cyclones.

  • A weather icon.

    Ozone-depleting substances

    3M has established requirements for how our operations manage their refrigeration appliances containing ozone-depleting substances (ODS) and hydrofluorocarbons in the context of applicable international protocols, local regulations, and current and future economic impacts.


Approach to disclosures and policy

3M endorses voluntary approaches to GHG emissions management. Any mandatory GHG emission reductions should be developed through international negotiations.

3M supports the Task Force on Climate-Related Financial Disclosures (TCFD) recommendations for helping businesses disclose climate-related financial information. In addition, we continue to advance the speed and accuracy of our reporting for topics like GHG emissions to help gather timely feedback and inform our decision-making. Our climate risk process includes disclosures recommended by TCFD. See these disclosures in our 2025 Global Impact Report.