What is different under the revised CPR?
The original CPR focused on harmonized technical performance and CE marking.
The revised regulation expands this to include:
- Environmental sustainability requirements
- Digital, machine-readable product information
- Clearer traceability across the value chain
- Alignment with lifecycle-based methodologies
Product information will increasingly need to be available in digital, machine-readable formats rather than relying solely on static documentation.
This directly affects how material data flows into BIM models, lifecycle assessments, and sustainability reporting.
Industry impact in 2026
The CPR is now in force and standardization work and delegated acts will follow, but the framework is active.
At the same time:
- The Corporate Sustainability Reporting Directive (CSRD) is increasing reporting requirements.
- EU Taxonomy alignment depends on verifiable sustainability data.
- The Eco-design for Sustainable Products Regulation (ESPR) introduces broader Digital Product Passport requirements.
Construction stakeholders must now treat material data as core project infrastructure.
What this means for manufacturers
Manufacturers will need to:
- Structure environmental data in consistent formats
- Prepare for Digital Product Passport requirements
- Ensure interoperability with digital platforms
- Maintain traceability across product lifecycles
Early preparation reduces friction later.
Manufacturers who digitize product information in a structured way position themselves for easier integration into design workflows, material databases, and circular procurement processes.
Madaster resources:
What this means for developers and asset owners
Developers and asset owners depend on accurate product data to:
- Perform lifecycle assessments
- Compare design variants
- Calculate embodied carbon
- Align projects with EU Taxonomy criteria
- Prepare CSRD reporting
Without structured material data, these processes become manual and inconsistent.
Madaster supports this through:
Structured material registration ensures data remains accessible surpassing design and construction throughout operation, renovation, and deconstruction.
Digital Product Passports and the built environment
The revised CPR establishes the framework for Digital Product Passports for construction products.
A Digital Product Passport requires:
- Unique product identification
- Environmental performance data
- Technical characteristics
- Information that remains accessible over time
For the built environment, this connects directly to building-level material passports.
When product-level data and building-level data align, reuse, benchmarking, and compliance become measurable and auditable.
Madaster’s approach to digital material registration supports this alignment by linking product data to building components and lifecycle information.
Preparation in practice
Organizations should now focus on:
- Reviewing how product and material data is stored.
- Converting static documentation into structured datasets.
- Ensuring compatibility with BIM workflows.
- Aligning material data with LCA and ESG reporting requirements.
The revised CPR formalizes increasing requirements for digital and environmental transparency in construction product information.
