Sector · Construction & Real Estate

Double materiality for construction & real estate.

Construction and real estate undertakings face concentrated impact materiality across embodied and operational carbon, biodiversity and land use, circularity of materials, and workforce safety — overlaid with the EU Taxonomy’s substantial contribution criteria, the revised EPBD, and the Construction Products Regulation. This sector guide outlines the typical material IROs, the regulatory overlay, and the DMA pitfalls observed in Wave 1 filings.

4 of 10
ESRS topics typically material
F41–F43 · L68
NACE codes
~2,100
EU Wave 2 in-scope est.
VALUE CHAIN POSITION · CONSTRUCTION & REAL ESTATE 3 STAGES
UPSTREAM Materials Cement & steel Timber & glass Design services E1 · E4 · E5 OPERATIONS Build & operate Construction sites Workforce safety Building operation Energy & water E1 · E4 · S1 · G1 DOWNSTREAM End-users Tenants Occupiers End-of-life demolition E1 · E5 · S4

Where construction and real estate’s material topics cluster.

All 10 ESRS topics plotted on a dual-materiality map calibrated to the sector. Click any topic for the specific IROs, scoring rationale and disclosure mapping. Switch between typical and heightened scenarios — the latter reflects exposure to major infrastructure projects, operations in biodiversity-sensitive zones, or legacy building portfolios with low energy performance.

Live · Sector Materiality Heatmap
10 ESRS topics · impact vs financial materiality
Impact materiality Financial materiality low high low high
High materiality Medium Low Not typically material
Click any topic on the map to view IROs and scoring

12 illustrative IROs for construction & real estate.

Impacts, risks and opportunities drawn from the topical ESRS and EFRAG IG 1, contextualised to construction and real estate’s operations and value chain. Filter by category.

ImpactE1

Embodied carbon of construction materials

Cement, steel and other carbon-intensive materials dominate the whole-life carbon profile of new build. Impact materiality is typically high irrespective of operational energy performance.

ImpactE1

Operational emissions of building portfolios

Scope 2 and tenant-related Scope 3 emissions from building operation. EPBD minimum energy performance standards drive both impact and financial materiality.

ImpactE4

Land-use change and habitat disruption

Greenfield development, linear infrastructure and site works can drive habitat loss. Proximity to Natura 2000 sites is a material threshold.

ImpactS1

Workforce health and safety on construction sites

Fatal and major injury rates in construction remain among the highest in the EU economy. Severity criterion under ESRS 1 §45 applies.

RiskE1

Stranded-asset risk for low-EPC-rated portfolios

EPBD minimum energy performance standards and investor climate-alignment requirements create stranded-asset exposure for legacy portfolios.

RiskE5

Construction Products Regulation compliance

Revised CPR introduces environmental declarations and digital product passport requirements for construction products. Direct E5 financial materiality driver.

RiskE4

Nature Restoration Law planning conditions

EU Nature Restoration Law places restoration obligations on member states that cascade to developer planning conditions. Affects schedule and cost.

RiskS3

Social licence and planning appeal exposure

Community opposition can delay major projects by years. Social licence shows up as direct financial materiality for developers with exposed pipelines.

OpportunityE1

Taxonomy-aligned CapEx for deep renovation

Deep renovation meeting Taxonomy substantial-contribution criteria unlocks green finance pricing advantage and Article 8 disclosure benefits.

OpportunityE5

Design for disassembly and materials passports

Circular design approaches reduce construction waste, capture residual materials value at end of life, and align with CPR digital passport rules.

OpportunityE4

Biodiversity Net Gain developments

Developments delivering measurable biodiversity uplift command premium planning support and attract nature-finance capital.

OpportunityS1

Safety-led contractor proposition

Superior safety performance is increasingly a pre-qualification criterion on public and major-client work. Opportunity to win contracts through safety culture.

EU regulations that intersect the DMA.

These adjacent EU regulations shape which impacts and financial effects are likely to score as material for a manufacturing undertaking. Read them into the DMA as evidence sources.

Regulation (EU) 2020/852

EU Taxonomy — buildings activities

Technical screening criteria for construction of new buildings, renovation and acquisition/ownership. Direct E1 financial-materiality input through Taxonomy-aligned turnover, CapEx and OpEx KPIs.

Directive (EU) 2024/1275

Energy Performance of Buildings Directive (recast)

Introduces minimum energy performance standards, solar-energy obligations and zero-emission building trajectories. Core driver of building-portfolio E1 materiality.

Regulation (EU) 2024/3110

Construction Products Regulation (CPR)

Revised CPR introduces environmental declarations for construction products and prepares the ground for a Digital Product Passport in the sector.

Regulation (EU) 2024/1991

Nature Restoration Law

Member-state obligations on ecosystem restoration cascade to planning conditions affecting site selection and development design. Affects E4 IROs.

Directive (EU) 2008/98 (as amended)

Waste Framework Directive — construction & demolition

Construction and demolition waste hierarchy, selective-demolition requirements, and end-of-waste criteria for secondary materials. Shapes E5 materiality.

Directive 96/71/EC (as amended)

Posted Workers Directive

Conditions of employment for posted construction workers within the EU. Evidence input for S1 own-workforce and S2 value-chain worker IROs.

Six DMA errors seen in Wave 1 construction and real estate filings.

Patterns drawn from EFRAG’s 2025 implementation review and a review of published Wave 1 construction and real estate CSRD reports. Treat as a pre-flight checklist before the DMA is signed off.

Pitfall 01

Embodied carbon excluded from Scope 3 Cat. 1

Construction and real estate Scope 3 concentrates on purchased goods (cement, steel, glass). Treating embodied carbon as out-of-scope understates E1 impact and financial materiality.

Pitfall 02

EPBD minimum standards not reflected in portfolio materiality

Building-level non-compliance translates into portfolio-level stranded-asset risk. Must flow into E1 financial scoring, not only into technical due diligence.

Pitfall 03

Site-level biodiversity treated as planning issue, not ESRS impact

E4 impact materiality extends beyond planning consents. Proximity to protected areas, dependencies on ecosystem services, and nature-positive opportunities need to be assessed.

Pitfall 04

S1 assessment limited to direct employees

Subcontractor and agency workers dominate actual headcount on most sites. ESRS S1 requires coverage of non-employees under the undertaking’s control.

Pitfall 05

Community engagement conducted only where legally required

ESRS 1 §24 requires engagement with affected stakeholders beyond statutory planning consultation. Informal community engagement is material evidence.

Pitfall 06

Transition plan misaligned with portfolio retrofit plan

A defensible E1 transition plan must reflect the actual retrofit capex plan and EPBD-compliance timeline. Disjoint between the two is a common assurance flag.