From Waste to Resource: Increasing Circularity in Engineered Soils Through Renewable Materials - 1.25 PDH (LA CES/HSW)
Recorded On: 10/06/2024
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- Non-member - $50
- Member - $40
- Student Member - Free!
- Associate Member - $30
Manufactured soils rely on extracting virgin materials. This session delves into an EPA-funded multisector research study on the production and performance of glass-based soil. This research illustrates how the innovative use of renewable materials in public works and GSI projects can reduce their environmental footprints while creating local circular economies.
Learning objectives:
- Understand the impacts of material sourcing for engineered soils.
- Contextualize opportunities and barriers to adoption of renewable materials in public works projects and private development.
- Understand the properties of glass-sand as a component in engineered soils, including its performance in comparison to mined sand.
- Demonstrate strategies for connecting local nonprofits, city departments, and small businesses with landscape architects and with each other.