Abstract

  1. This document outlines a standardized, closed-loop biological framework for manufacturing high-tensile structural fibers capable of supporting high-altitude or orbital infrastructure. The pipeline eliminates the requirement for traditional heavy industrial refinery infrastructure by utilizing a re-engineered multi-organism bacterial substrate. Through co-cultured metabolic pathways, engineered microorganisms systematically convert base carbon inputs into volatile propane and ammonia gases. These gases are captured, reacted via ammoxidation, and carbonized to generate advanced carbon-fiber matrices suitable for aerospace tether deployments.

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Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 License.

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