Why Bio-Based & Rapidly Renewable Building Materials Matter

Defined as building components derived from natural, living organisms (such as plants, fungi, and bacteria), biomaterials are experiencing a renaissance. Beyond the most obvious material (i.e. timber), we are beginning to see a broad range of such products in the built environment.

One of the key attractions of such materials is that, when specified appropriately, they support sustainable architecture by reducing embodied carbon and dependence on finite resources.

In this session of CPD Live we focus on the use of biomaterials in the built environment. Our speakers begin by explaining the importance of establishing a shared language in this context; and of clarifying what should be included when discussing bio based, rapidly renewable, low embodied energy, or circular materials.

They provide an overview of currently available biomaterials, highlight examples of their use, and outline how they can contribute to carbon reduction, energy efficiency, biogenic storage, and improved life cycle outcomes.

And finally, they look to the future and consider emerging material science, circular-economy models, and regenerative design approaches shaping their capacity to impact next generation construction.

 At the end of this presentation, you should be able to:

• Define the terms ‘bio-based’, ‘rapidly renewable’, and ‘low embodied energy’ in the context of building materials
•  Identify the various biomaterials suitable for commercial interiors, as well as their typical applications
•  Explain why these biomaterials are genuinely sustainable
•  Outline possible future directions for the use of biomaterials in the built environment

(PRACTICE MANAGEMENT AND PROFESSIONAL CONDUCT PC10, PROJECT INITIATION AND CONCEPTUAL DESIGN PC28, PROJECT INITIATION AND CONCEPTUAL DESIGN PC31, PROJECT INITIATION AND CONCEPTUAL DESIGN PC35)