Using Wood Well

Interactive tools for analysing timber usage, material composition, and reuse potential in construction projects.

Project Overview

The Using Wood Well (UWW) initiative investigates how timber is used in construction, with the aim of improving material efficiency and supporting circular economy principles. The project analyses building data at multiple scales:

Level 1 (General) examines Wood Usage Intensity (WUI) across 107 timber building projects worldwide, comparing sectors, structural types, and building sizes. Level 2 (Frame) provides granular analysis of frame-level material composition for 9 detailed projects, measuring Use Renewal Rate (URR) and bio-based content. Additional tools support IFC model viewing and material lifespan analysis.

Level 1 — General Building Analysis

L1 Data Explorer

Interactive scatter plot and box plot for exploring WUI across 107 timber building projects. Filter by sector, storeys, and area range.

Level 1

L1 Insights Dashboard

Six-tab storytelling dashboard with KPI cards, category comparisons, distribution analysis, heatmaps, and a comparison tool.

Level 1

Level 2 — Frame Material Composition

L2 URR Explorer

Scatter plot and box plot for frame-level analysis of 9 projects. Explore URR, BIO volume, and WUI at frame and floor level.

Level 2

L2 Insights Dashboard

Six-tab dashboard for URR insights, including URR range charts coloured by BIO volume and mass percentages, country comparisons, and heatmaps.

Level 2

Level 3 — Publication Charts

L3 B&W Chart Library

Black and white publication charts for Level 3 analysis. Includes volume lifecycle, donut breakdowns, and cross-project volume comparisons.

Level 3

Material Data Charts

Charts exploring material productivity, harvest age relationships, and market share distributions across construction material types.

Materials

Other Tools

UWW-IFC Viewer

IFC model viewer for inspecting timber building geometry and construction data from Industry Foundation Classes files.

IFC

Material Lifespan

Analysis tool for material lifecycle data, including density references and expected service life of construction materials.

Materials