settled-reach/wiki/star-systems/GJ-635B/index.md

Clearwater Station

GJ 635B | K-type | east_reach

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System Profile

Star	K0 V · 35.2 ly
Bodies	0 habitable · 2 inhabited
Gates	2 aperture · spur_end
Settlement	wave_2
Industries	fusion_fuel, metallic_ore, lattice_grade_material, hospitality, financial_services, legal_services
Exports	lattice_grade_material, financial_services
Imports	processed_food, electronics, consumer_goods, medical_goods, refined_metals, heavy_equipment
Population	—

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The name is precise and was intended to be. The founders of Clearwater Station — Wave 2 settlers four hundred years ago, Anglo-Australian in cultural origin, practical in self-presentation — named the system for what they had found and intended to exploit: a world whose hydrological cycle produced water of an unusual and measurable purity. The K0V star provides light without excessive ultraviolet loading. The planetary atmosphere, mostly nitrogen with oxygen levels breathable from the start of settlement, has low particulate content. The surface hydrology runs through geological strata that act as a natural filtration medium. When the first settlers ran assays on the groundwater, they described the results as "improbably clean."

Four hundred years later, Clearwater Station's primary export is not water. It is the knowledge of water — the technologies, methods, and equipment developed over four centuries to exploit, maintain, understand, and distribute what the system's natural conditions offered. The irony is that Clearwater Station's water purification expertise is now most valuable in systems where water is difficult: pressurized recycling environments, long-duration transit vessels, outer reach settlements without reliable hydrological resources. The community that started by having clear water became the community that knows more about cleaning contaminated water than anywhere else in the east reach.

The hydroponic research sector developed as a natural extension of the water work: precision water management is the core technical skill of advanced hydroponic cultivation, and Clearwater's institutional knowledge in water chemistry made the transition into high-yield controlled growing environments straightforward. The system now runs three major research facilities — the Water Sciences Institute, the Applied Hydrology Cooperative, and the Clearwater Hydroponic Research Station — that collectively employ approximately 12% of the working population and publish research that is cited in applied engineering contexts across the corridor.

The spur_end topology connects inward to Novaya Zarya (GJ 137) and further to Lam's Prospect (GJ 4285). Clearwater Station sits at the end of this spur as a knowledge-economy system rather than a resource extraction or agricultural one, which is unusual at hop 7 and gives it a demographic character different from most outer reach systems: the population skews toward trained specialists, the educational institutions are well-funded, and the physical infrastructure is maintained to a standard that surprises travelers arriving from other hop-7 systems.

The Anglo-Australian cultural heritage of the founding community has been maintained in the way that Wave 2 systems at this distance maintain cultural continuity: not through formal gatekeeping but through institutional accumulation. The Water Sciences Institute has been running a continuous oral history and technical archive project for over two hundred years. The result is a community with an unusual sense of its own timeline — residents can usually say with confidence what their great-great-grandparents were working on.

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Supply Dependency

Clearwater Station is self-sufficient in food through its hydroponic research base, which produces for local consumption as a secondary function of the research programs. The water purification technology export and research licensing generate the income for manufactured goods and components that route inward through Novaya Zarya (GJ 137). The system's positive trade balance is maintained by the premium pricing that Clearwater's export credentials support — buyers pay for the certification, not just the equipment.

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Faction Notes

The Water Sciences Institute is the oldest and most prestigious of the three research institutions, tracing its founding charter to the third generation of settlement. Its research output is the basis of most of the export licensing revenue. The Institute's current director, Dr. Priya Sundaram-Walsh, inherited a long-running dispute with the Applied Hydrology Cooperative over who controls commercial licensing of jointly developed methods.

The Applied Hydrology Cooperative represents the commercial operators who apply the Institute's research in production and export contexts. The Cooperative argues that it takes on the commercial risk that the Institute avoids and should therefore control licensing terms. The Institute argues that it generates the knowledge being licensed and that commercial control would distort research priorities toward short-term applications. The licensing revenue split is currently 55/45 in the Institute's favor and has been contested at every review cycle for thirty years.

The Clearwater Elected Council governs the system with an unusual proportion of technically trained representatives — civic service in Clearwater disproportionately attracts people with research or engineering backgrounds, which produces a council that makes decisions carefully and slowly and that has a reputation in the east reach corridor for being very good at evaluating technical arguments and not especially fast at resolving political ones.

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Silence Topic

The Water Sciences Institute has maintained a set of environmental monitoring protocols for the primary aquifer system since its founding, and the full dataset — four hundred years of groundwater chemistry records — has never been released publicly in its unfiltered form. The Institute publishes annual summaries. What the summaries do not show is a multi-decade trend in one specific mineral group — not a contamination, but a natural depletion of certain trace elements from the aquifer — that the Institute's research models suggest will, within a century, alter the measurable character of Clearwater's water in ways that undermine the "improbably clean" claim that grounds the system's entire commercial identity. The Institute has known about the trend for forty years. The council has not been informed.

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Narrative Hook

An Institute archivist cataloguing the four hundred years of monitoring records for a planned public retrospective discovers that the annual published summaries do not match the raw data for specific mineral groups across a forty-year window — and that the discrepancy is systematic, not random.

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Calibration Note

The READ-ONLY System Profile classifies GJ 635B as K0V, making K-type the correct header designation; the briefing suggested G-type but the profile data takes precedence. A K0V star is close to the solar analog end of the K-type range, broadly similar to the Sun in output, which is consistent with the clear-atmosphere, low-UV world character described. Spur_end at hop 7 with wave_2 settlement produces a system that has had four hundred years to develop specialized expertise, which explains the knowledge-economy character unusual for a spur terminus.

The primary world's local name Saikaew (Thai: สายแก้ว, 'crystal streams') predates the Anglo-Australian institutional vocabulary that now dominates the system's published identity. The wave_2 founding cohort included a Thai-heritage community whose name for the primary world was in use before the Water Sciences Institute formalized its English-language nomenclature. Over four centuries, the Thai community was absorbed into the broader knowledge-economy culture, but Saikaew remained the world's living name even as the system came to be known publicly as Clearwater Station. It is the oldest continuously used place-name in GJ 635B.

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Celestial Bodies

Orbit	ID	Name	Type	Inhabited	Pop	Mass	Gravity	Year (d)	Day (h)	Atmo	Biome	Hydro	Economy	Settlement	Industrial
1	GJ635Bb	—	planet	no	—	terrestrial	0.34g	24	19.8	none	barren	—	—	—	—
2	GJ635Bc	—	planet	no	—	terrestrial	0.68g	120	25.4	thin	hot_arid	—	—	—	—
3	GJ635Bd	Saikaew	planet	yes	120K	terrestrial	0.90g	280	27.2	standard	temperate	liquid_water	research	urban_concentrated	technology_export
4	GJ635B-belt	—	asteroid_belt	no	—	—	—	—	—	—	—	—	—	—	—
5	GJ635Be	—	gas_giant	no	—	—	—	1400	12.8	gas_giant	—	—	—	—	—
↳ 5.1	GJ635Be-m1	—	moon	no	—	dwarf	0.08g	5	110.4	—	frozen	—	—	—	—
6	GJ635Bf	—	planet	no	—	terrestrial	0.44g	3600	34.6	trace	frozen	ice	—	—	—
7	GJ635Bg	—	planet	no	—	terrestrial	0.32g	8000	42.8	trace	frozen	ice	—	—	—
8	GJ635Bh	—	planet	no	—	dwarf	0.11g	17000	27.2	none	frozen	ice	—	—	—
9	GJ635Bi	—	planet	no	—	dwarf	0.10g	36000	23.2	none	frozen	ice	—	—	—
10	GJ635B-oort	—	oort_cloud	no	—	—	—	—	—	—	—	—	—	—	—

Stations & Facilities

ID	Name	Type	Orbits	Population	Economy	Governance	Docking	Gate	Districts
GJ635B-oort-S1	Clearwater Station Horizon	horizon	GJ635B-oort	380	transit	—	major	yes	1

Topology

• Hop Distance from Gateway: 7
• Adjacent Systems: GJ 4285, GJ 137