Materials for a Regenerative Future
Cross-laminated timber offers warmth, strength, and speed of assembly, while locking atmospheric carbon into long-lived buildings. A neighborhood library clad in timber smells faintly of forest; kids instinctively touch the columns, finding nature’s calm in a space designed for community learning.
Materials for a Regenerative Future
Supplementary cementitious materials like fly ash or calcined clays can reduce embodied carbon without compromising durability. A riverfront promenade used low‑carbon concrete with local aggregates, cutting emissions while celebrating regional geology in subtle, sparkling textures under morning light.