BioLoop Series · Gas Extraction

BioLoop | Waste Gas & Resource Recovery

Capturing gas-phase metabolites and CO₂ recapture through specialized sanitary hardware interfaces and extraction manifolds.

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Interface: Toilet Seat Coupling Cycle: Gas Recovery Module: Extraction Manifold

**BioLoop Integration:** The bridge between sanitary hardware and resource harvesting core.

**Seat Interface Coupling:** Establishing a seal for localized gas and moisture capture.

**Extraction Manifold:** Internal ducting system routing harvested gases to processing.

BioLoop represents the architectural integration of resource harvesting within daily utilities. By utilizing a Toilet Seat Interface, the system captures gas-phase metabolites and concentrated CO₂ before they dissipate, feeding them back into the nutrient cycle.

**Figure: BioLoop Gas-Phase Pathway** — Monitoring the bridge between the signal source and the recovery surface.

Architecture & Subsystems

Seat Interface Coupling

The primary collection point designed to form a seal for efficient gas capture during use.

Hardware

CO₂ Recapture

Active filtering layers that isolate and concentrate carbon dioxide for reuse in the BioGlow ecosystem.

Carbon Loop

Extraction Manifold

A specialized internal ducting system that routes harvested gases to the processing core.

Gas Distribution

Metabolite Sensing

Real-time monitoring of gas-phase biological signatures to optimize harvest efficiency.

Monitoring

Modern Integration

Integrating resource-harvesting manifolds into high-end sanitary hardware design.

Interior Design

Interface Coupling

The bridge between the human waste signal source and the recovery system.

Coupling