EUVS KH 28 Environmental B Disclosures

How to test B4-B7 applicability and build a site-based evidence map

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Pollution, biodiversity, water and circularity are grouped in the Basic Module, but the reporting trigger differs for each. A company can have no pollutant emissions that it reports to authorities, yet operate next to a biodiversity-sensitive area. It can have low water withdrawal overall, yet one production site in a stressed basin. It can generate waste without operating in a sector with significant material input flows.

A robust reporting process therefore starts with the full site population from B1 and applies four separate tests. The result is not simply “environment applicable: yes/no”; it is a disclosure-by-disclosure record showing trigger, data source, boundary, unit, method, owner, evidence and conclusion.

Figure 1. B4-B7 require separate applicability tests and outputs.

B1 requires geolocation of sites owned, leased or managed. That register should be the starting population for B5 and the control spine for B4, B6 and B7. Environmental datasets often use different names for the same site, so a unique site ID and coordinates are essential for matching permits, protected-area databases, water basins, waste contractor records and production systems.

B4 requires emissions of pollutants to air, water and soil from the undertaking’s own operations when those emissions must be reported to competent authorities under EU or national law, or are voluntarily reported under an environmental management system. If the information is already public, the undertaking may refer to that document through a URL or hyperlink.

The trigger is therefore not “does the site emit anything?” It is whether the undertaking has a pollutant-emission reporting population under applicable law or its EMS. The legal and environmental teams should identify the authoritative return, pollutant, medium, unit, site, period and authority. A cross-reference should lead directly to the relevant information and remain accessible.

B5 applies when the undertaking has sites or locations in or near a biodiversity-sensitive area. Appendix A includes legally or otherwise effectively protected areas - for example Natura 2000, UNESCO Natural World Heritage and Ramsar sites - and scientifically recognised areas such as Key Biodiversity Areas and relevant IUCN ecosystem or species habitats.

“Near” includes overlap or adjacency. If a site is outside and not adjacent, the undertaking may define an area of influence using activity-specific regulation, science-based recommendations and industry practice. This means a fixed global buffer is rarely defensible for every activity. A quarry, logistics depot, office and water-intensive plant can have very different pathways of influence.

B6 first asks for total water withdrawal: all water drawn into the undertaking or facility boundary from all sources. Where production processes significantly consume water, it then asks for water consumption calculated as withdrawal minus discharge from those production processes. The undertaking also separately presents water consumed at sites in areas with water stress.

The Annex defines water stress broadly, including availability, quality and accessibility. A practical method may use recognised basin-level tools. The European Environment Agency’s WEI+ indicator, for example, treats values above 20% as stress and above 40% as severe stress. Those thresholds are an external method choice, not thresholds written into B6; the undertaking should record tool, geography, time granularity, date and limitations.

B7 first asks whether the undertaking applies circular-economy principles and, if so, how. Appendix A frames those principles as eliminating waste and pollution by design, circulating products and materials at their highest value, and regenerating nature. The narrative should describe actual operating practices rather than repeating the definition.

The metrics then cover total waste, hazardous/non-hazardous breakdown, the proportion diverted to recycling or preparation for reuse, and - for sectors using significant material flows - annual mass flow of relevant materials used. Energy sources and water should not be silently mixed into a material-flow figure unless the selected method and final text support that treatment.

Figure 2. The B1 site register connects four different environmental evidence streams.

B4 is prepared from the Site 1 legal return; the public filing is cross-referenced only after the link and reporting period are checked. B5 names Site 2 and the Natura 2000 area. B6 reports total withdrawal, production-process consumption and separately the consumption at Site 2 using the documented stress method. B7 explains actual packaging-reduction and reuse practices, reconciles waste contractor categories and reports mass flow for selected significant materials.

The warehouse is not ignored: it remains in the B1 site population and contributes to water and waste totals where applicable. However, the team does not invent a pollutant disclosure for Site 3 when no B4 legal/EMS reporting trigger exists.

Evidence needed: B1 site register, permit/EMS mapping, public-return copies, GIS analysis, water-meter and discharge records, stress-tool screenshots or extracts, waste transfer records, contractor reconciliation and material purchase/production data.

1. Applying one environmental materiality flag to B4-B7. Use the specific trigger in each disclosure.

2. Reporting measured pollutants that are outside the B4 reporting population without explaining the basis. Identify whether the source is a legal return or voluntary EMS report.

3. Testing biodiversity only at headquarters. Use every site/location in the B1 population.

4. Using a fixed global “near” distance. Document adjacency or an activity-specific area of influence.

5. Calling withdrawal consumption. Consumption is withdrawal minus discharge for the relevant production process.

6. Using country-level water stress without local review. Prefer basin/site and seasonal evidence where available.

7. Counting energy recovery as recycling. Apply waste definitions and destination evidence.

8. Selecting material flows only because data are easy. Document sector significance and relevance.