Environmental Product Declarations (EPDs) are rapidly gaining importance—not only in the construction sector, where the provision of environmental information is already mandatory, but increasingly in many other industries as well. With the new Construction Products Regulation (CPR 2025), the provision of reliable environmental information in accordance with EN 15804 will become a key factor for market access.
The SKZ offers manufacturers two ways to create EPDs efficiently,
in compliance with standards, and at a fixed cost:
Both options provide comprehensive, verifiable, and reliable EPDs for your products –
perfect for construction products, plastic products, and other technical applications.
By the way, CONNIE can also prepare standards-compliant LCAs upon request.
EPDs provide quantified, transparent, and independent information on a product’s environmental impact throughout its entire life cycle—based on ISO 14025 and EN 15804.
They enable:
The demand for EPDs has been rising for years.
With CONNIE, the SKZ has developed a powerful, flexible, and future-proof software tool that significantly accelerates and standardizes the creation of EPDs. CONNIE accesses production-related material and energy flows and automatically calculates all environmental impacts in accordance with EN 15804—including tables, graphs, and complete sets of results. The database is based on Ecoinvent, one of the most recognized life cycle assessment databases worldwide.
At the same time, CONNIE can be flexibly adapted to company requirements and internal structures, making it efficient for company-specific analyses. Depending on customer needs, LCAs can also be generated in accordance with ISO 14040/44.
By the way, CONNIE stands for “Consideration of environmental impacts.”
The combination of in-depth SKZ expertise, years of experience in life cycle assessment, and the digital tool CONNIE enables companies to implement their EPD strategy in a modern, efficient, and standards-compliant manner.
Together, we ensure full transparency regarding environmental impacts—both today and in the future.
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