Molecor Reports 3.19% Reduction in Total Carbon Footprint in 2025, Advances Towards Net Zero by 2040
The company strengthens its decarbonization strategy through renewable energy adoption, improved energy efficiency and increased use of recycled PVC, while setting ambitious emissions reduction targets for 2030.
Molecor, a specialist in PVC-O (oriented polyvinyl chloride) technology and sustainable water infrastructure solutions, has reported further progress in reducing its environmental impact, with its total organizational carbon footprint declining by 3.19% in 2025 compared with the previous year. The results, detailed in the company’s newly released 2025 Organizational Carbon Footprint Report, reflect continued improvements in energy efficiency, renewable electricity consumption, resource optimization and circular economy practices across its production facilities.
The latest report reinforces Molecor‘s long-term climate strategy and its ambition to achieve climate neutrality by 2040. By combining operational improvements with initiatives across its supply chain, the company is working to reduce greenhouse gas emissions while maintaining business growth and supporting the transition towards more sustainable industrial production.
The publication of the report also coincides with two important environmental observances: World Energy Saving Day on 21 October and the International Day against Climate Change on 24 October. These occasions highlight the importance of energy conservation, emissions reduction and coordinated action by businesses to address the growing challenges associated with climate change.
Significant Reduction in Scope 1 and 2 Emissions
According to the report, Molecor achieved a 3.19% reduction in its combined Scope 1, Scope 2 and Scope 3 emissions during 2025. The most substantial improvement was recorded in Scope 1 and Scope 2 emissions, which declined by 19.91% compared with 2024.
This achievement is particularly significant because it came during a period of increased business activity and production. It demonstrates the company’s efforts to separate industrial growth from rising greenhouse gas emissions through more efficient operations, energy management and the adoption of cleaner energy sources.
Scope 1 emissions primarily cover direct greenhouse gas emissions from sources owned or controlled by the company, while Scope 2 accounts for indirect emissions associated with purchased electricity and energy. Reductions across these categories indicate improvements in Molecor’s direct operational performance and energy consumption profile.
The company also reported improvements in its carbon intensity indicators, demonstrating progress towards a production model that generates greater business value while reducing emissions relative to its operational activity.
Scope 3 Emissions Remain a Key Decarbonization Priority
Scope 3 emissions continue to represent the largest share of Molecor’s environmental footprint, accounting for more than 90% of its total organizational carbon emissions. These emissions originate from activities across the company’s wider value chain, including raw material procurement, transportation, waste management and other indirect activities.
In 2025, Scope 3 emissions decreased by 1.33% compared with 2024. The reduction was primarily supported by lower emissions associated with fuel- and energy-related activities, alongside improvements in waste management practices.
However, the figures also underline the complexity of reducing indirect emissions, particularly those linked to the production and supply of raw materials. Molecor has identified supplier engagement, sustainable procurement and greater resource circularity as important areas for achieving further improvements.
Going forward, the company intends to strengthen collaboration with suppliers and business partners to encourage lower-carbon production processes and improve environmental performance throughout its value chain.
Renewable Energy Adoption Strengthens Climate Performance
The transition towards renewable energy remains one of the central pillars of Molecor‘s decarbonization programme. In 2025, 46.72% of the electricity consumed by the company came from renewable sources, representing an increase of 11.8 percentage points compared with 2024.
The increased use of renewable electricity has contributed significantly to reducing the company’s indirect energy-related emissions and strengthening its overall environmental performance.
Through its renewable energy initiatives, Molecor avoided the emission of 6,229.98 tonnes of CO₂ equivalent (CO₂e) in 2025. This represented a 9.44% increase in avoided emissions compared with 2024.
According to the company, the emissions avoided through these initiatives were equivalent to 33.79% of the emissions that would otherwise have been generated without the renewable energy measures implemented.
These results demonstrate the contribution of clean electricity to industrial decarbonization and highlight the importance of accelerating renewable energy adoption across energy-intensive manufacturing operations.
Recycled PVC Supports Circular Economy Objectives
Recycled PVC Supports Circular Economy ObjectivesAlongside renewable energy, the circular economy remains another major component of Molecor‘s environmental strategy. The company continues to focus on improving material efficiency, reducing dependence on virgin raw materials and increasing the use of recycled and reprocessed materials in its manufacturing processes.
During 2025, the use of recycled and reprocessed PVC as a substitute for virgin raw materials helped the company avoid 28,631.57 tonnes of CO₂e emissions. This represented an 18.1% increase compared with the emissions avoided through similar measures in 2024.
The results highlight the environmental benefits of incorporating recycled materials into industrial production. By reducing demand for virgin PVC, these initiatives can help lower the emissions associated with raw material production while supporting more efficient resource utilization.
For the plastics industry, improving material circularity is increasingly important as manufacturers face growing expectations to reduce their environmental footprint, optimize resource consumption and support more sustainable product lifecycles.
Molecor‘s approach demonstrates how material recovery, recycling and reprocessing can contribute to industrial decarbonization while reinforcing the role of circular economy practices in the plastics value chain.
Decarbonization Plan Sets Ambitious 2030 Targets
Building on the progress achieved in 2025, Molecor has further consolidated its Decarbonization Plan in line with the objectives of the Paris Agreement and the principles of the Science Based Targets initiative (SBTi).
The plan establishes specific emissions reduction targets for 2030, using different baseline years for operational and value-chain emissions:
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Scope 1 and Scope 2: Reduce emissions by 42% by 2030 compared with 2023 levels.
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Scope 3: Reduce emissions by 20% by 2030 compared with 2024 levels.
These targets provide a framework for the company’s transition towards a lower-carbon business model. The strategy focuses on several interconnected priorities, including renewable energy adoption, industrial energy efficiency, circular economy initiatives, responsible raw material sourcing and collaboration with suppliers.
Achieving the targets will require continued investment in operational improvements and the development of solutions that address emissions beyond the company’s immediate manufacturing activities.
By extending its decarbonization efforts across the value chain, Molecor aims to ensure that sustainability becomes an integral part of its industrial development and long-term business strategy.
Transparency and Accountability in Environmental Performance
To improve transparency and make its sustainability progress more accessible, Molecor has also published an executive summary of its 2025 Organizational Carbon Footprint Report on its official website.
The summary provides an overview of the company’s environmental performance during the year, including its emissions reduction results, renewable energy consumption, avoided emissions and progress in circular economy initiatives.
The publication of the report reflects the growing importance of measurable environmental performance and transparent corporate reporting in the manufacturing sector. As industrial companies face increasing pressure to demonstrate progress towards climate targets, reliable emissions data and clearly defined reduction strategies are becoming essential elements of sustainable business development.
With its 2040 climate neutrality ambition and 2030 emissions reduction milestones, Molecor is continuing to strengthen its environmental commitments. Its latest results demonstrate progress in operational decarbonization while highlighting the importance of addressing Scope 3 emissions, improving material circularity and accelerating the transition to renewable energy.
The company’s continued focus on innovation, resource efficiency and value-chain collaboration will remain central to its efforts to build a more sustainable and climate-conscious industrial model.
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