Ailoop

Case study · Distributor FDES configurator · Natural stone

How the natural stone sector distributes its FDES with the DimACV configurator

Ailoop built DimACV for the CTMNC: a collective distributor FDES configurator that lets each manufacturer generate an FDES (the French EPD format, Fiche de Déclaration Environnementale et Sanitaire) matching its natural stone product and its delivery to the construction site.

The DimACV configurator open on a laptop resting on a block of stone in a quarry, next to a printed collective FDES for natural stone building paving.

Ailoop built DimACV, the CTMNC’s collective FDES configurator, for seven types of natural stone products, from solid stone to road kerbs.

The project at a glance

Client
CTMNC
Sector
Natural stone
Scope
Seven product types, from solid stone to roads
Solution
Collective distributor FDES configurator
Deliverables
FDES PDF · INIES XML · Excel

The CTMNC, technical centre of the natural stone sector

The CTMNC (Centre technique de matériaux naturels de construction, the technical centre for natural building materials) is the industrial technical centre of the clay brick and tile sector and the ornamental and building stone sector. It works on R&D, standardisation, quality, innovation, the environment and the sharing of knowledge.

Under its 2024–2027 Objectives and Performance Contract, it supports the transformation of these sectors around the industry of the future, the circular economy and the digital transition.

CTMNC logo

The seven product types covered by DimACV

  • Solid stone
  • Cavity wall
  • Thin stone wall cladding
  • Building paving
  • Road paving setts
  • Road paving slabs
  • Road kerbs

How does the natural stone sector get an FDES matching each product and each construction site?

The natural stone sector is marked by a wide variety of products, dimensions and installation configurations.

Traditional FDES creation, often one-off and individual, did not allow consistent, practical distribution across the whole sector.

Each manufacturer therefore had to be able to calculate the environmental impacts matching its actual product and its delivery to the construction site, within a framework shared by the whole sector.

What the FDES had to reflect
  • Natural stone productOne of the seven types covered
  • Actual characteristicsType of stone, dimensions, installation, finishes…
  • Construction siteDelivery distance

FDES matching the manufacturer’s product

Why did Ailoop choose a collective distributor FDES configurator for the sector?

The CTMNC wanted every manufacturer in the sector to have INIES-compliant FDES, suited to the variety of their products and to actual market uses.

The collective distributor FDES configurator met this need: the sector’s environmental model and its scope are defined and verified upstream, then each manufacturer generates the FDES for its product while staying within that scope.

  1. CTMNC’s needFDES for the whole sector
  2. ConstraintsVariety of products, dimensions and installations
  3. Chosen solutionCollective distributor FDES configurator
  4. WhyOne shared verified model, applied by each manufacturer

Our FDES configurators for natural stone

  • Collective distributor FDES configurator
  • Business web application

DimACV, an FDES configurator designed for the natural stone sector

Seven product types, their business parameters and the sector’s environmental model brought together in a single web application, open to manufacturers.

See our FDES configurators

The DimACV configurator on screen: the stone parameter entry step, the generated collective FDES and the INIES verified FDES badge.

How does the DimACV configurator work?

Starting from the sector’s environmental model, the manufacturer generates its FDES in three steps.

01 — Choose the product

The manufacturer starts by selecting the type of product it wants to declare, from the seven types covered by DimACV.

Step 1 of the DimACV configurator, “Choose the product”: solid stone, cavity wall, thin stone wall cladding, building paving, road paving setts, road paving slabs and road kerbs.

02 — Enter the product characteristics

The form adapts to the selected product and lets the user enter the parameters needed for the environmental calculation.

  • Type of stone
  • Dimensions
  • Density
  • Installation method
  • Finishes
  • Delivery distance to the construction site

Depending on the product, the form only shows the parameters that apply to it.

The delivery distance to the construction site is built into the data used to calculate the environmental impacts of the product.

Each choice is linked to the data and rules of the sector’s LCA model built into the configurator.

Step 2 of the DimACV configurator, “Fill in the parameters” for a cavity wall: general project information, type of stone, thickness, length, height and density.

03 — Generate the results

Once the product characteristics and the delivery distance are entered, the configurator generates the FDES matching the manufacturer’s product.

  1. Product
  2. Characteristics
  3. Delivery to the construction site
  4. Matching FDES

Which deliverables does the DimACV configurator generate?

Cover of a collective FDES generated by the DimACV configurator for solid stone, with the INIES verified FDES badge.

FDES in PDF format

The document brings together the product’s life cycle assessment data, including environmental impacts, use and end-of-life scenarios, and the essential technical information.

INIES XML

The export in the XML format standardised by INIES lets the FDES environmental data be used in building LCA software.

Excel data

The Excel file contains, for each stage, the values of all the environmental indicators.

Under the hood

From the sector’s data to automated FDES generation

Ailoop turned the sector’s data and environmental model into a business application that generates the related deliverables automatically.

  1. Sector data

    Natural stone product data and transport data.

  2. Environmental model

    Integration of the LCA expertise and the DimACV project rules.

  3. Business application

    Parameter entry and automated calculation of the results.

  4. Deliverables

    FDES · INIES XML · Excel

Who did what on the DimACV project?

WeLOOP — Environmental expertise

  • Product data
  • LCA modelling
  • Calculation algorithms
  • FDES expertise

Ailoop — Digitalisation

  • Structuring of data and business rules
  • Application development
  • Integration of the calculations
  • Deliverable generation

The DimACV project combines environmental modelling, data structuring and software development to turn a sector’s LCA model into an FDES configurator that all its manufacturers can use.

A collective FDES for the whole natural stone sector

types of natural stone products covered
7

DimACV now enables the whole natural stone sector to distribute INIES-compliant FDES whose data can be used directly in building LCA software.

parameters to describe the product and its delivery
6
deliverable formats
3
  • An FDES matching the product

    Each FDES reflects the type of stone, dimensions, installation, finishes and delivery distance of the product declared.

  • A collective approach

    One methodological framework for every manufacturer in the sector, instead of one-off individual studies.

  • Ready-to-use FDES

    The FDES are INIES-compliant and their data can be used directly in building LCA software.

The DimACV project in brief

Ailoop built DimACV for the CTMNC: a collective distributor FDES configurator covering seven types of natural stone products. It lets each manufacturer generate an FDES matching the characteristics of its product and its delivery to the construction site, then produce the related PDF, INIES XML and Excel deliverables. The product data, LCA modelling and calculation algorithms were produced with WeLOOP.

Other FDES configurators built by Ailoop

  • MEISER

    MEISER: FDES configurator for gratings and industrial flooring

    A distributor FDES configurator built by Ailoop for MEISER’s press-locked gratings, electroforged gratings and industrial flooring.

    Discover the project MEISER

What if your sector organised the distribution of its FDES too?

We can analyse your products, your data and your environmental model to determine which type of configurator suits your sector.