|Digital Matter
|AgroChar
A System for Urban Decarbonization
|Team
Sunny Chopda, Praneeth Aashwinay and Faezeh Bolbol Anbaran
|Faculty
Areti Markopoulou, Nikol Kirova
|Project year
2022-23
Agrochar introduces a groundbreaking architectural system that capitalizes on biochar, a carbon-negative byproduct of agriculture. This innovation seeks to revolutionize construction practices by minimizing environmental impacts during material extraction while actively contributing to carbon capture and storage. By employing topological interlocking assembly techniques and post-tensioning methods, Agrochar redefines structural configurations, surpassing traditional construction methods. This approach ensures not only efficiency but also adaptability, offering customized options for longevity and versatility.
Given the wide variety of biochar feedstocks, pyrolysis temperatures, surface areas, and CO2 adsorption capacities possible, it is desirable to improve the understanding of how biochar-based adsorbents could be used for CO2 capture.
To enhance structural integrity and durability, AGROCHAR employs a specific manufacturing process. This involves grinding the biomass to fine particles, followed by meticulous mixing with binders, additives, or fibers. The mould design incorporates a cavity for post-tensioning, streamlining block fabrication. Additionally, an introduction to the filler block is provided, which facilitates the adjustment of arch angles, adding to the system’s versatility
Brick Geometry Development
Prototyping method
Prototype
To enhance structural integrity and durability, AGROCHAR employs a specific manufacturing process. This involves grinding the biomass to fine particles, followed by meticulous mixing with binders, additives, or fibers. The mold design incorporates a cavity for post-tensioning, streamlining block fabrication. Additionally, an introduction to the filler block is provided, which facilitates the adjustment of arch angles, adding to the system’s versatility.
Fabricated Prototype
