All 36 commodity stubs fleshed out with lore context, production chain descriptions, and economic intelligence briefing voice. Key treatments: fusion_fuel (D-187 8:1 ratio), services (location-bound mechanics), brands distinguished from commodities per D-185. Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
24 lines
2.0 KiB
Markdown
24 lines
2.0 KiB
Markdown
# Organic Compounds
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| Field | Value |
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| Name | Organic Compounds |
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| Tier | raw |
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| Elasticity | unit_elastic |
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| Base Price (Tractus) | 35 |
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| Bulk Class | standard |
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| Unit | tonnes |
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| Production Ubiquity | regional |
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| Demand Model | market |
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| Commission Certified | No |
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| Compact Contested | No |
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| Shadow Viable | No |
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| Panic Threshold (weeks) | 0 |
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| Description | Biochemicals, pharmaceutical precursors, biological feedstock. Requires complex biosphere. |
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Organic compounds require a functioning complex biosphere to produce in commercial volumes — not just agriculture, but a mature ecological system capable of yielding biochemicals, enzyme precursors, complex lipids, and the biologically-derived feedstocks that industrial chemistry cannot economically synthesize from mineral sources. This restricts production to older terraformed worlds and naturally habitable planets with sufficient ecological depth. Regional ubiquity reflects this: not rare, but not universal.
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The commodity feeds two production chains. In textile fabrication, organic compounds (0.8t) combined with chemicals (0.2t) yield textiles and composites — the only route for brach fiber processing, which requires biological precursors that chemical synthesis cannot replicate. In chemical production, organic compounds provide the substitution route: a biological pathway yielding 0.8t of chemicals per 1.0t input versus 1.0t from the feedstock route. Lower yield, but available to worlds with functioning biospheres and no chemical feedstock infrastructure.
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At 35 Tractus per tonne, organic compounds command a premium over stone and metallic ore but remain well below the high-value raw materials. The premium reflects the biosphere requirement — geological extraction scales with equipment investment, but biosphere extraction scales with ecological health over centuries. Braemar is the canonical example: brach fiber output is capped by herd biology and habitat, not by investment.
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