Lab Instrument // Plant Lipid Saponification In-House Formulation No. 01

Organic Chemistry & Botanical Emulsion

Interact with the formulation reactor below to explore how pure potassium oleate micelles dissolve polymerized cooking oils and surface grease without leaving synthetic petrochemical films.

Formulation No. 01 Calibration
Petrochemical Sulfates (SLS/SLES)
0.00% Zero-Synthetic
Micelle Encapsulation Reactor
Lipid
Core
Spherical Micelle: Hydrophobic tails trap grease; hydrophilic heads bind water for 100% film-free rinse.
Lipid Clearance Velocity
99.4% Saponified
Post-Drying Residue Index
0.00% Pure
Target Calibration: Hardwood & Natural Stone Matrix

At a 1:30 studio dilution, potassium oleate micelles gently lift epidermal foot sebum and settled cooking particulates without stripping polyurethane finishes or leaving behind sticky, dirt-attracting surfactants.

Evaporation & Film Analysis

Lipid Saponification vs. Petrochemical Residue

100% Water-Soluble Lipid Lift

Potassium oleate cleansers encapsulate organic cooking oils within water-soluble micelles. When wiped, the lipid molecules rinse away completely, leaving bare floor pores that evaporate dry in under two minutes with zero sticky build-up.

Post-Wipe Residue Thickness
0.00 nm (Pure)
Dust Re-Attraction Index
0.00% Zero-Stick
Substrate State: Biocompatible Biological Zero
Technical Treatise // Organic Chemistry

In the Weeds: Potassium Oleate Hydrolysis

Potassium Hydroxide Lipid Hydrolysis

Commercial floor cleansers rely on synthetic petroleum sulfates (SLS/SLES) that leave high-surface-tension residues. In Formulation No. 01, we hydrolyze pure non-GMO plant triglycerides with potassium hydroxide (KOH) to produce Potassium Oleate.

Potassium soaps dissolve significantly cleaner in aqueous solutions than hard sodium soaps, leaving a non-tacky, non-corrosive finish that preserves high-gloss marble and engineered white oak finishes.

Synthesis Specs
  • Fatty Acid BaseOleic Acid (C18H34O2)
  • Alkali CatalystPotassium Hydroxide
  • Petroleum Sulfates0.00% Zero-SLS
  • Synthetic Perfumes0.00% Pure Plant

Eucalyptus Globulus Terpene Volatility

Instead of masking household odors with synthetic phthalates, Formulation No. 01 incorporates cold-distilled Eucalyptus Globulus oil rich in 1,8-cineole.

This natural monoterpene physically dissolves airborne volatile sulfur compounds while exerting natural antimicrobial synergy against lipid-coated viruses, leaving your home with a subtle, crisp botanical stillness without triggering VOC monitors.

Botanical Terpenes
  • Primary Terpene1,8-Cineole (>75%)
  • Secondary Terpeneα-Pinene / Limonene
  • VOC Emission0.0 Synthetic VOCs

Hardwood Moisture-Equilibrium Protection

Synthetic all-purpose floor cleaners strip the natural oils from finished hardwood floors, causing micro-checking and premature polyurethane peeling over time.

Our potassium oleate emulsion maintains a gentle, neutral lipid balance that cleanses wood grain pores without stripping calibrated sealers or introducing excess water weight.

Substrate Concordance
  • Wood PenetrationControlled Surface-Only
  • Sealer Stripping0.00% Non-Abrasive
  • Finish CompatibilityMatte / Honed / Satin
Formulation Standards & Verification

Botanical Purity & Substrate Concordance

Select a substrate below to verify lipid dissolution kinetics, non-tacky film evaporation, and total respiratory air preservation.

Substrate Focus: Engineered White Oak 100% Substrate Safe

Unlike commercial floor soaps that leave sticky residue layers, our in-house saponified potassium oleate formulation lifts daily foot sebum cleanly into water-soluble micelles, preserving natural matte floor friction.

Residue Film
0.00 nm
Synthetic VOCs
0.0 ppb
Terpene Base
Eucalyptus
Non-Toxic Air Preservation: 100% plant-derived potassium oleates. Zero petroleum sulfates, quats, or artificial perfumes.
Studio Easter Egg // Micro-Lab

The Micelle Assembler

Encapsulated: 0 / 10 Lipids

Synthesize Biological Zero

Guide the active potassium oleate micelle with your cursor. Guide your hydrophilic shell over the red polymerized cooking lipids to encapsulate and saponify them into water-soluble bio-salts.