Low-Carbon Materials
Embodied-carbon decisions explained through EPDs, structural systems, envelopes and whole-life trade-offs, with practical low-carbon choices.
A low-carbon material claim is only useful when its unit, scope, geography, strength, service life and building-level consequences are visible.
This collection helps architects compare evidence without treating one product label as a complete carbon strategy. Procurement and project claims still require current, product-specific documentation.
Published stories
- Design for Disassembly: Buildings That Can Change
Reversible architecture needs more than exposed bolts. Plan the layers, access, component records and future decisions that allow a building to remain useful as needs change.
- Low-Carbon Concrete: 7 EPD Checks for Architects
A low number is useful only when its boundary is clear. This seven-check method helps architects compare concrete EPDs fairly and carry a carbon target from concept to delivery.
- Low-E vs Triple Glazing vs Smart Glass: 8 Decisions That Matter
The best glazing is not the pane with the most layers or the darkest tint. It is the verified whole-window system that fits climate, orientation, comfort, daylight, controls and construction reality.
- Rainscreen Facade Design: 9 Details That Keep Water Out
A rainscreen succeeds by expecting water, giving it a clear exit and keeping the inner control layers continuous—especially at windows, parapets, bases and penetrations.
- Mass Timber Architecture: 8 Decisions Before Choosing CLT
Mass timber can shorten assembly and create remarkable interiors, but the decision succeeds only when structure, fire, moisture, acoustics, services and carbon are designed as one system.
- Prefab vs Modular Homes: What Changes Before You Build?
Prefab is not one type of house, and modular is not a synonym for manufactured. This evidence-led guide explains the systems, legal distinctions and design decisions that matter before a project leaves the drawing board.