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Home / Sustainability / Planet
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Planet

We are committed to reduce greenhouse gas emissions in line with the latest climate science and the Paris Agreement’s goal of limiting global warming to 1.5°C above pre-industrial levels.



 

Our ambitions

Climate neutrality

To have climate neutral operations (Scope 1 and 2) by 2030, by using climate neutral energy and neutralize residual emissions.

Eco design

To develop our products with eco design in mind, including a long lifetime, low carbon footprint and high recyclability.

Transparency

To calculate the product carbon footprint of our products produced in-house and share with our customers upon request.

Key metrics

 

Baseline 2022

 Result 2023

Goal 2030

Scope 1 GHG emissions, tCO2e

962*

1,125

558

Scope 2 GHG emissions (Market-based), tCO2e

11,906*

11,953

6,905

Scope 3 GHG emissions, category 1, 3, 4, 6, 9 tCO2e

417,714*

289,701

 

Climate intensity, Scope 3, tCO2e/MSEK Sales

64*

39

31

Climate neutral operations [%]

32*

32

100

Share of sales volume of in-house produced products with calculated carbon footprints, %

61

59

100

Recycled, reused or renewable materials in products produced in-house, %

13

10

25

 

* The new base year 2022 has been updated compared to previous published results, due to improved data quality, method improvements, and emissions added from the companies acquired during 2022 that had a material impact on the base year figure.

See in-depth descriptions and comments in our Sustainability Report. 

Progress-towards-climate-neutrality-and-science-based-targets-EN

Progress towards climate neutrality and science-based targets

A close-up of an industrial machine that produces a micro duct. The machine has a metallic exterior and water flows around the orange duct.
Our own operations

How we get there

  • Increase the use of climate neutral energy in our facilities and production sites.
  • Energy efficiency, e.g. use excess heat from production to heat facilities.
  • Transition to electric, hybrid, and/or biofuels for internal logistics vehicles, stationary equipment, and company cars. E.g. electrification of vehicle fleets and forklifts, replacing natural gas boilers and furnaces with heat pumps.
  • Embedding circularity into our operations, product design, packaging and logistics services, e.g. drum return programs.
  • Product design with less material consumption, increase recycled, reused and/or renewable materials in our products and packaging.
  • Circular water use, e.g. with closed water cooling systems.
  • High resource efficiency across our operations. These levers are also applicable to many of our suppliers.
A person in a warehouse aisle, holding boxes, surrounded by shelves filled with organized boxes and bins.
Our value chain

How we get there

  • Request strategic suppliers to declare their product carbon footprint and work towards the 1.5°C target.
  • Support suppliers to reduce their product carbon footprint.
  • Evaluate carbon footprint of purchased materials and products prior to sourcing decision.
  • Optimization of pack sizes and drums, coordinating product deliveries, improving forecasting,
    and establishing local production to reduce goods transport.
  • Use low-carbon transport alternatives.
  • Partnering with strategic organizations on ecosystem health.
  • Phasing in novel products that use less resources, and materials with lower carbon footprints.
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Sustainability Roadmap 2030

View all three focus areas, Planet, People, and Ethics, in our Sustainability Roadmap guiding our path to 2030. 
See the Roadmap