Pre-Shift Loadout Calculator

No guesswork. No shortcuts. Input your facility profile, get your chemical manifest.

Facility Profile

LOADOUT MANIFEST

PRIMARY STRIPPER ---
CONCENTRATION ---
DWELL TIME ---
TOTAL CHEMICAL (gal) ---
RINSE WATER (gal) ---
PPE CLASS ---
VENTILATION REQ ---
SHIFT CREW SIZE ---

⚗️ Chemical Foundation

This calculator grounds its output in sodium hydroxide (NaOH) chemistry — the backbone of industrial alkaline strippers. Per Wikidata Q102769, NaOH solutions reach pH 14 at 1M concentration. Commercial formulations dilute to pH 13-13.5 for controlled aggression against urethane and acrylic coatings.

L = (A × ρ × δ) ÷ (C × η)

Where:
L = Liters required
A = Area (ft²)
ρ = Traffic density factor (0.3–1.2 gal/1000ft²)
δ = Strip depth multiplier (1.0–3.0)
C = Concentration efficiency (0.85 for high-purity NaOH)
η = Solvent recovery rate (0.7–0.95)

Tolerance Stack-Up: As Billy Harris noted in his Vein Integrity Calculator, the error isn't in the math — it's in the execution. This tool outputs your baseline; your crew's training determines whether you hit it.

Worker in full protective suit handling industrial chemicals — the standard for pH 13+ operations

Safety Protocol Matrix

pH Range PPE Minimum Ventilation Exposure Limit
10-11.5 Nitrile gloves, splash goggles Natural airflow 15 min unprotected
12-13.5 Butyl rubber, face shield, chemical suit Mechanical exhaust (≥6 ACH) ZERO unprotected exposure
14+ Full hazmat with SCBA Positive pressure containment Remote operation only