SCRAWL EXPORT: [MAPLE PROTOTYPE: THE 9-GALLON AGGREGATE] [2026-04-03]

Reduction of a 9.0-gallon Acer saccharum aggregate at the place. This was a Prototype Run designed to calibrate thermal engines and test hydraulic logistics before the 15-tap expansion in 2027. The process utilized hardwood fuel—Maple and Beech—for bulk reduction on a Solo Stove, transitioning to propane for precision finishing. The operation terminated in a solid-state transition due to collaborative instrumentation failure and volumetric miscalculation.

Exhibit A: Prototype stand overview. Galvanized buckets with liners and lids secured for hygienic capture.

Glyph: The 40:1 Physics - The liquid volume ratio for Acer saccharum is approximately 40 units of sap to 1 unit of syrup. - To achieve density, water must be evacuated until the sugar concentration reaches 66%. - The 9.0-gallon aggregate required the removal of nearly 8.75 gallons of water to reach the 1.0-quart objective.

Exhibit C: The Annex Bunker. Utilizing packed snow for passive thermal stabilization of the raw aggregate before processing.

Glyph: The Hardwood Engine (Bulk Phase) - Fuel Inventory: Acer (Maple) and Fagus (Beech), with minor Betula nigra (River Birch). - Thermal Logic: High-velocity hardwood fire on the Solo Stove engine used for the first 80% of the reduction. - Engine Status: The wood engine was left to burn out once the liquid reached the 3-inch depth threshold.

Exhibit D: Bulk reduction phase on the Solo Stove. Vessel depth monitoring is critical to prevent scorch-fail.

Exhibit E: Surface triage. Manual extraction of foam and precipitated niter to ensure clarity.

Glyph: The 3-Inch Threshold - Once the liquid depth reached 3.0 inches in the 21-quart vessel, the wood engine was left to burn out. - Asset transferred to Propane for precision control during the final reduction.

Glyph: Collaborative Instrumentation Failure - Audit 1 (Volumetric Veto): The 1.0-quart target volume was insufficient for the hydrometer. The stainless steel test jar required a larger volume of liquid than the pot's remaining depth could provide; the density audit was void. - Audit 2 (Sensor Scale): The 12-inch analog thermometer was a low-fidelity asset. The scale was too coarse to resolve the speed of the final surge. - The Result: The window for liquid syrup at 218.6°F was missed. Thermal runaway occurred.

Exhibit F: Transition to propane. At this volume, the coarse analog scale and hydrometer depth became critical failure points.

Exhibit G: Material evidence of the overshoot. 1/4-inch thickness of maple caramel on a 9-inch plate.

Glyph: The Sandy Asset - Final State: Sandy Maple (Solid-state sugar). - Texture: Hard, non-crumbly, high-density crystallization. - Utility: 100% stable. Designed for "Single-Serve Pod" rehydration in hot fluid streams like morning coffee.

Exhibit I: The Final Ledger Entry. Sandy Maple pods secured in a wide-mouth Mason jar for metered intake.

Species Inventory - Acer saccharum: Present (Extracted/Fuel) - Fagus grandifolia: Present (Fuel) - Betula nigra: Present (Fuel)

Calcium extraction/debt log: 1.5g / 0g