A simple guide to understanding Environmental Product Declarations in flooring.
Why EPDs Matter
Sustainability has become something of a buzzword in the flooring market. Claims of environmental responsibility are widespread, though often vague or inconsistent. As a result, there is a growing demand for greater transparency in hardwood flooring.
A “green-friendly” label is no longer enough and, in many cases, has lost much of its meaning. Environmental Product Declarations (EPDs) have emerged in response to this need, providing standardised, third-party verified data that outlines the environmental impact of a product.
EPDs are a valuable tool for understanding the environmental footprint of a hardwood floor, but their true value lies in knowing how to read the data they present.
What is an EPD?
Before looking at how to interpret the data, it helps to understand what an EPD actually is and what it is not.
An EPD is a standardised document that communicates the environmental impact of a product over its entire life cycle. It is based on a Life Cycle Assessment (LCA), which evaluates everything from raw material harvesting and manufacturing through to transport, use, and end-of-life.
Importantly, EPDs are not marketing tools or “green labels.” They do not rank products, nor do they make claims about sustainability performance in isolation. Instead, they provide a consistent, third-party verified dataset that allows for transparent comparison between products assessed using the same methodology.
In short, an Environmental Product Declaration (EPD) provides comparable, objective, and third-party verified information about the environmental performance of products across their full life cycle.
Reading EPD Data
An EPD is organised around the full life cycle of a product, meaning it accounts for environmental impacts at each stage of its journey. This includes harvesting of raw material, manufacturing, transport and distribution, installation and use, and end-of-life scenarios such as disposal, recycling, or reuse. This structure provides a more complete picture of environmental impact rather than focusing on a single point in time.
Within these stages, data is broken down into key environmental impact categories. These commonly include carbon footprint (or global warming potential), energy consumption, water use, resource depletion, emissions to air, water, and soil, and overall waste generation.
Because this information is presented in structured tables and technical formats, it can feel dense at first glance. However, this structure is exactly what allows EPDs to provide consistent, comparable information across products and manufacturers.
How to Interpret an EPD Without Getting Lost in the Data
Now that we understand how an EPD is structured, the next step is learning how to interpret what it shows. While the tables and categories can initially feel like information overload, the goal is not to analyse every figure in isolation, but to understand the broader patterns within the data and use those insights to make more informed comparisons.
Here are three things to keep in mind when reviewing an EPD:
- Focus on life cycle stages, not isolated data points
The most useful insights come from where impacts occur across the product’s life cycle. Rather than focusing on individual figures, it is more meaningful to consider whether impacts are driven by material sourcing, manufacturing, or transport. This helps identify where the environmental footprint is actually generated.
- Compare like-for-like products only
EPDs are only meaningful when comparing products assessed using consistent methodology. Differences in product types, system boundaries, or assumptions can significantly affect results, so careful comparison is essential, particularly for specifiers and designers using EPDs to inform decisions.
- Look for overall trends, not “perfect scores”
EPDs are not ratings or certifications, and they do not rank products. Instead, they show different environmental profiles depending on how a product is made and sourced. There is no single “best” result, only different impact distributions. The value lies in transparency rather than scoring.
Practical Application for EPDs
Understanding how to read and interpret an EPD is only useful if it leads to more informed decision-making. In practice, EPDs are most valuable not as standalone datasets, but as tools that support clearer material selection, more consistent product comparisons, and greater transparency throughout the specification process.
With standardised, third-party verified data, comparing like-for-like products becomes significantly more straightforward. In a market often crowded with inconsistent sustainability language, EPDs provide a reliable framework for evaluating environmental performance and moving beyond vague “green” claims.
Ultimately, the value of an EPD lies in its ability to support decision-making guided by project priorities, whether that means reducing carbon impact, improving sourcing transparency, or understanding the full life cycle footprint of a material.
Forestry Timber’s EPDs
Building on this framework, Forestry Timber has recently completed new Environmental Product Declarations, strengthening its commitment to transparent, standardised environmental reporting.
These EPDs provide third-party verified data on the environmental performance of Forestry’s products across their full life cycle, offering a consistent and structured way to understand impact. In practice, this means each product is assessed using the same methodology as others across the industry, allowing for clearer comparison and more reliable interpretation.
For specifiers and designers, this level of consistency is particularly important. It ensures material decisions are based on comparable data rather than differing assumptions or unverified claims, supporting a more informed and transparent specification process.
To view Forestry Timber’s EPDs, click here.
While EPDs can initially appear complex, their purpose is to bring clarity to environmental performance through standardised, verified data. The challenge is not the lack of information, but how it is interpreted.
When read in context, focusing on life cycle stages, comparable methodology, and overall impact patterns, EPDs become a practical tool for clearer decision-making in flooring specification. Ultimately, they help translate complex environmental data into a more transparent and consistent understanding of product impact.
To explore EPD interpretation in greater detail, watch the informational video linked below.
Watch the Video: How to interpret Environmental Product Declarations ↗