Abstract

  1. This technical specification details the structural design rules, hydro-chemical interface parameters, and open control algorithms required to execute continuous eco-autonomous agriculture via bioregenerative nutrient fluidics. Traditional space life-support infrastructures and terrestrial hydroponic setups rely on static soil matrices, passive irrigation lines, or discrete algorithmic dosing schedules that encounter rapid chemical scaling, mineral pooling, and catastrophic structural micro-channel clogging under severe convective or environmental shock profiles.

SPEC-286-CORE resolves these containment failures by introducing an automated, multi-phase biomass transmutation grid. By routing synthesized nutrient-rich working fluids through porous Titanium-Aluminide (TiAl) channels and mapping hydro-chemical transport directly onto the master Covariant Dynamic Sieve (CDS) function, localized chemical scaling is treated as an active viscous boundary input. This active pre-shear valving layout prevents flow stagnation and eliminates nutrient pooling nodes, providing the public domain with an unassailable prior-art blueprint for self-clearing, zero-clog biomass synthesis networks capable of supporting human life indefinitely on low-pressure planetary surfaces.

Creative Commons License

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

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