Our clients provide us with a completed input sheet outlining the sustainability data for their products. This data is typically supported by third party assets, such as Environmental Product Declarations (EPDs), certifications, and other documentation.

Once we receive the input sheet, our in-house architects review the provided data against any relevant documentation. This is to ensure that the data displayed within Archify is accurate and verifiable.

This is also the stage where we determine whether the sustainability claims are ‘supplier declared’ or backed by third party certifications. While we don’t act as a third-party certification body, we strive to provide a clear and accurate representation of our clients' data, be this self-declared or third party verified.

After confirming the accuracy of the data, we upload to the client's Archify profile. We also conduct a final double-check to ensure everything is in order before it goes live.

By following this process, we aim to ensure that only the most accurate, transparent, and reliable sustainability information is made available to the Archify community.

The product data we collect:

The primary material the product is made up of.

Why is this important?

Understanding material composition enables designers to choose more sustainable options. For instance, timber is often more eco-friendly than steel, and certain projects may aim to reduce plastics or harmful substances. This data empowers designers to make informed, responsible material choices.

The product data we collect:

The percentage of the recycled material the product contains.

Why is this important?

Using recycled material significantly reduces energy consumption compared to manufacturing from raw materials and helps minimise waste by repurposing materials, contributing to more sustainable production practices.

The product data we collect:

The country in which the raw materials used in the products originated.

Why is this important?

Locally sourced materials reduce environmental impact, while materials sourced from distant locations can increase emissions. Understanding the origin also helps manage supply chain risks and ensure ethical sourcing practices.

The product data we collect:

Numerical star rating from 1 to 10.

Why is this important?

Energy-efficient products reduce operational costs and have a lower environmental impact. A higher rating also indicates super-efficient products, which can enhance sustainability.

The product data we collect:

The country where the product is manufactured.

Why is this important?

Knowing the product’s country of manufacture provides insight into the emissions associated with shipping it to the project site, enabling architects to make decisions that help reduce transportation-related emissions.

The product data we collect:

Numerical star rating from 1 to 6.

Why is this important?

This helps identify products with better water efficiency, which is crucial in sustainable decision-making and water conservation efforts.

The product data we collect:

Numerical value in years, indicating the expected lifespan of the product.

Why is this important?

A product’s lifespan is a key factor in determining its longterm environmental impact. Even if a product has higher embodied emissions, a longer lifespan can make it more sustainable. This information helps architects make more informed decisions about durability and sustainability.

The product data we collect:

The percentage of recycled content in the product’s packaging.

Why is this important?

Reporting recycled content in packaging helps demonstrate the overall sustainability of a product’s lifecycle, providing architects with clearer insights into its environmental impact and supporting eco-friendly decision-making.

The product data we collect:

Information on how much of the product can be recycled at the end of its life, and whether the material is widely recyclable.

Why is this important?

Using materials that are recyclable at the end of their life supports the circular economy and aligns with the rapidly growing trend in sustainable design, where refurbishment and reuse are prioritised over new builds.

The product data we collect:

Numerical figure representing the product’s embodied carbon, measured in kgC02e per declared unit of measurement, according to international standards.

Why is this important?

Embodied carbon measures the emissions produced during the product’s lifecycle, which can account for a significant portion of a building project’s overall carbon footprint. Reducing embodied carbon is essential for lowering emissions and fighting climate change.