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Polyhemp: The Carbon-Negative Infrastructure Blueprint
This series analyzes the Polyhemp Integrated Modular Building System, a procurement-ready framework designed to disrupt traditional construction through carbon-negative, agricultural-based materials. We examine the transition from high-emission Portland cement to Class F Fly Ash foundations, which repurpose industrial waste to create more durable, lower-permeability substrates.
Technical Focal Points:
- Structural Mechanics: The implementation of Hemp Fiber Laminate (HFLX) beams, which utilize bio-resins to outperform traditional timber in modulus of elasticity and rupture.
- Advanced Composites: The engineering of HVAR (Hemp Vacuum Assisted Resin Transfer Molding) panels, achieving R-40 insulation values and Class B fire ratings through char-forming biological mechanisms.
- Logistical Scalability: A modular assembly logic that allows a three-to-five-person crew of unskilled labor to enclose a 100-square-foot unit in nine hours using basic tools.
- Environmental Ledger: The quantification of carbon sequestration, with each 1,000-square-foot unit removing approximately 10 tons of CO2 from the atmosphere.
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By Donnie CasonThis series analyzes the Polyhemp Integrated Modular Building System, a procurement-ready framework designed to disrupt traditional construction through carbon-negative, agricultural-based materials. We examine the transition from high-emission Portland cement to Class F Fly Ash foundations, which repurpose industrial waste to create more durable, lower-permeability substrates.
Technical Focal Points:
- Structural Mechanics: The implementation of Hemp Fiber Laminate (HFLX) beams, which utilize bio-resins to outperform traditional timber in modulus of elasticity and rupture.
- Advanced Composites: The engineering of HVAR (Hemp Vacuum Assisted Resin Transfer Molding) panels, achieving R-40 insulation values and Class B fire ratings through char-forming biological mechanisms.
- Logistical Scalability: A modular assembly logic that allows a three-to-five-person crew of unskilled labor to enclose a 100-square-foot unit in nine hours using basic tools.
- Environmental Ledger: The quantification of carbon sequestration, with each 1,000-square-foot unit removing approximately 10 tons of CO2 from the atmosphere.