Mineral Water on Locust Creek

 

The story of Clyde McMillion and his mineral venture sits right at the intersection of Pocahontas County karst folklore and empirical Appalachian resourcefulness.

Origins of the Substance: Locust Creek vs. Europe

• The Locust Creek Roots: The foundation of Clyde’s mineral observations began directly in the subterranean limestone environment of the Little Levels. Living inside the Locust Creek cave exposed him daily to active mineral leaching, calcite deposits, and mineral-saturated cave drip-water. Rather than viewing the cave simply as shelter, he treated it as a natural laboratory, observing how trace minerals preserved organic matter and affected local fauna.
  
  
• The Premise Prior to Departure: He did not leave West Virginia empty-handed; he departed with formulated concepts, samples, and a working extraction/solution method derived from his years observing mineral deposits and water filtration in Pocahontas County.
  
  

The Overseas Connection (Switzerland/Sweden)

• Manufacturing vs. Discovery: The journey abroad—most commonly cited in local lore as Switzerland/Sweden—was primarily driven by processing and manufacturing standards. Europe at the time held the specialized laboratory facilities, pharmaceutical refining equipment, and bio-mineral processing techniques required to stabilize and commercialize concentrated mineral and vitamin compounds.
  
  
• Refining the Formula: While abroad, the comparative geology of European alpine caves and thermal springs allowed him to cross-reference his Appalachian observations. However, the core identity of the product was rooted in the raw mineral chemistry he first isolated back home.
  
  

How Locust Creek Prepared Him

• Microclimate & Chemical Equilibrium: Dwelling in a limestone cavern provided an intimate, year-round understanding of constant-temperature environments ($10\text{--}13^\circ\text{C}$ / $50\text{--}55^\circ\text{F}$), humidity control, and natural preservation—conditions identical to those required in pharmaceutical and mineral storage.
  
  
• Empirical Geology: By tracking how groundwater dissolved and redeposited carbonates, magnesium, iron, and trace elements along the cave walls, McMillion gained a practical education in bioavailability and natural filtration long before modern nutritional science popularized bio-available ionic minerals.
  
  

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To pinpoint the exact paper trail of Clyde McMillion's mineral tonic, digging into primary records is the most effective route. Here is how those research angles break down:

Archival Angles to Explore

• Local Press & Obituaries (The Pocahontas Times): Cal Price and later editors frequently covered the personalities of Little Levels and Locust Creek. Contemporary columns and his obituary (from late September 1978, following his death at age 82) offer direct community testimony on his lifestyle, local produce, and tonic remedies.
  
  
• Patent & Trademark Office Records (USPTO / European Registries): If the mineral extraction or formulation was patented or registered under a proprietary trade name either domestically or in Bern/Geneva/Stockholm, searching by inventor name (Clyde McMillion or corporate assignees) helps isolate the exact chemical salts and processing methods described.
  
  
• Land & Geological Surveys (Little Levels / Locust Creek): Local karst hydrogeology records and deed maps around Locust Creek detail the specific cavern formation, limestone composition (Greenbrier Limestone group), and subsurface water flows he utilized.
  
  
• Oral Histories & Folk Accounts: Community recollections from Hillsboro and surrounding Pocahontas County regarding how neighbors obtained his preparations and whether he traded them informally or marketed them commercially.
  
  

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