Concrete actions towards a 1.5°C future

Climecon’s climate work is built on measurable actions, verified data, and determined progress toward the Science Based Targets initiative (SBTi). We drive emission reductions systematically—grounded in facts, measuring impact, and continuously improving over the long term. The 2025 carbon footprint calculation shows that our work is delivering results, particularly where the impact is fastest and most significant.

Direct emissions reduced to zero

In 2025, Climecon reached a major milestone: direct emissions were reduced to zero. Scope 1 emissions are those generated directly from a company’s own operations, such as production and property energy use.

As recently as 2024, direct emissions totaled 12.0 tCO₂e, arising from the use of light fuel oil in production. Moving to more modern facilities enabled the phase-out of fossil fuels and the elimination of direct climate impact from our operations.

“This is a concrete example of how the right decisions create lasting emission reductions,” says Climecon’s Sustainability Specialist, Emma Piha.

Renewable energy makes a visible difference

Energy sourcing decisions are clearly reflected in the results. The transition to renewable district heating reduced market-based Scope 2 emissions by nearly 65% in just one year. Emissions dropped from 153.3 tCO₂e to 54.3 tCO₂e between 2024 and 2025—equivalent to approximately 726,339 kilometers driven by car.

At the same time, location-based emissions increased due to higher overall energy consumption and higher emission factors in the electricity grid. Location-based emissions reflect the emissions associated with energy use based on the production mix of the local energy grid. This highlights the importance of improving energy efficiency and reducing consumption alongside the transition to renewable energy. Compared to the previous year, these emissions increased by 15.7 tCO₂e.

Investments in future emission reductions

In 2025, Scope 3 emissions rose slightly due to strategic equipment investments. Acquisitions for the Pihtipudas factory will improve production efficiency, capacity, and quality over the long term.

According to the GHG Protocol, these investments are recorded as emissions in the year of purchase, but in the long term, they will reduce emissions. Improved energy and material efficiency result in lower emissions per unit produced in the future.

Commitment to measurable impact

We are committed to the Science Based Targets initiative and the Paris Agreement’s 1.5°C goal. Climecon was among the first manufacturers of building products to set an approved climate target through SBTi. The initiative requires rapid and real emission reductions in a company’s own operations—and this is exactly where we have succeeded.

Our total emissions have decreased every year, including a further two percent reduction last year. These results are not isolated achievements, but part of a consistent, science-based pathway toward long-term emission reductions.

 

News

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Climecon has launched a new BricsCAD plugin that integrates the Tuisku.X and Huuva.X selection tools directly into the MagiCAD design environment. HVAC designers often work across multiple systems and transfer data between different software applications. With the new plugin, designers can complete product selection, data management, and modeling within a single environment, reducing manual work and improving design efficiency.

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Reliable environmental data now directly available to designers: Climecon’s EPD data available in MagiCAD Cloud

Climecon’s EPD and GWP data are now available in MagiCAD Cloud. This gives designers quick access to verified, product-specific environmental data directly within their design environment, making it easier to make informed product choices throughout the different stages of a building project.

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Get to know: Esa Huuskonen, Director of Selection Programs

Over the course of 17 years, Esa Huuskonen has built up strong and diverse experience from within the company. He has been involved in nearly every aspect of ventilation design and product development – from leading projects and software development to improving product energy efficiency and performance. Alongside these responsibilities, he has taken on an important role in managing product data within design programs and key systems, where the accuracy and up-to-date nature of technical information are essential.

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