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Official page · Batch № VA-001
Clean by design.
An exceptionally clean vodka created through advanced distillation, precise separation, and a belief that better spirits begin with better chemistry.
Why Valence is different
Vodka is usually sold by how many times it was distilled. We care about how precisely it wasseparated. Valence is not clean because we filtered away the evidence — it is clean by design.
Undesirable light and heavy compounds are directed away from the finished spirit — not filtered out after the fact.
Purity should feel like smoothness, not absence.
The clean center of the run keeps subtle character where it belongs.
A clean base lets every other ingredient speak clearly.
Neat or chilled, there is nothing to hide behind — by design.
Measured, monitored, and verified. Every run.
The process
Vodka is often described by how many times it has been distilled. We focus instead on how precisely it has been separated.
Every finished product begins with the quality of its raw material. We evaluate the spirit base before it ever enters the purification system.
Different compounds behave differently as temperature and pressure change. The column takes advantage of those differences — separating more precisely than a typical single-column pass.
Light compounds travel with the vapor and are drawn off the top. Heavy compounds stay with the liquid and leave from the bottom. Neither reaches the finished product.
Temperatures, pressures, and densities are monitored continuously. The process is adjusted with data, not guesswork.
Analytical measurement tells us the spirit is clean. Sensory evaluation tells us it is right. Every batch gets both.
The finished spirit is collected from the controlled center of the separation — then bottled. Each bottle is the intersection of engineering and human judgment.
The Valence concept
In chemistry, valence describes an atom's capacity to form bonds. That is what this vodka is designed to do — connect precision with creativity, science with craft, and a clean spirit with whatever comes next.
The specimen
Not a fictional laboratory built for marketing — a real working distillery, where every bottle is collected from the controlled center of an advanced separation process and verified before it ships.
Inside the experiment
Valence Vodka is the first result of a larger investigation into how spirits are purified, aged, extracted, blended, and experienced.
How advanced purification changes smoothness, aroma, texture, and cocktail performance.
Not faster whiskey for its own sake — a study of how flavor actually develops in the barrel.
Botanicals, fruit, grain, wood — and how temperature, pressure, and time change what they give up.
Small runs built to test one specific idea. Some may never be made the same way twice.
The serving lab
A clean base lets everything else speak clearly. Start neutral — then change one variable.
Sample 01 — no variables
Chill a small glass in the refrigerator (not the freezer) along with the bottle for at least an hour. Pour 1.5 oz (45 ml), smell before you sip, and let the glass warm slightly as you go — the aroma opens as the temperature rises.
Sample 02 — variable: dilution and CO2
Fill a tall glass with ice. Add the vodka, then pour the soda gently down the side to preserve carbonation. Give it one slow stir, express the citrus peel over the surface, and drop it in.
Sample 03 — variable: vermouth, trace
Add the vodka and vermouth to a mixing glass with plenty of ice. Stir for a full 30 seconds — the goal is deep chill plus measured dilution, both of which are ingredients here. Strain into a chilled cocktail glass and finish with an expressed lemon peel or olives.
Sample 04 — variable: citrus oil, expressed
If using fresh peels instead of extract, muddle them gently with the syrup in the mixing glass first, then remove. Add the vodka (and extract, if using), fill with ice, and stir 20 seconds. Strain into a chilled coupe, add the two dashes of soda, and express the final lemon peel over the surface — watch the drink go faintly hazy as the oils meet the water.
New batches, new questions, new results. Follow along — or better, run the experiments yourself and log what you find.
