Vapor Distilled — 0 PPM

Water, taken apart
and put back together.

Waltwater is boiled to vapor, leaving every mineral, metal, and microbe behind — then condensed back into water and nothing else. It's the oldest purification method there is, run in a sealed still instead of a cloud.

000
ppm dissolved solids
212°F
boiling point of a still
1
ingredient, by design
The process

Five steps. No additives, no shortcuts.

Distillation is a physical separation, not a chemical one — nothing is added to the water at any point, because nothing needs to be.

01

Heat

Source water is brought to a rolling boil inside a sealed stainless still.

02

Vaporize

Only H₂O molecules turn to steam. Minerals, salts, and metals are too heavy to lift and stay behind.

03

Rise

The steam travels up through a copper coil, physically leaving the boiling chamber — and everything in it.

04

Condense

Cooled along the coil, the vapor turns back to liquid: pure water, reassembled from steam.

05

Collect

The distillate drips into a sealed reservoir and stays sealed until it reaches you.

Why it works

It's the same process that fills a rain cloud.

The ocean is full of salt, but rain isn't. That's because the sun does exactly what a still does: it heats seawater until it evaporates, leaving the salt behind, and the vapor rises and cools until it condenses into clouds. What falls back down is fresh water — nature's own distillation, running on a planetary scale.

Waltwater runs the same cycle on a countertop — a sealed heat source instead of the sun, a copper coil instead of the sky, and a schedule instead of a season. The physics doesn't change. Only the size of the sky does.

Sky Ocean water evaporates, salt is left behind
Sky Vapor rises and cools into a cloud
Sky Cloud condenses and falls as rain
Still Source water is boiled, minerals left behind
Still Vapor rises through a cooled coil
Still Vapor condenses and collects as Waltwater
Compared

How distillation stacks up.

Different purification methods remove different things. This is what actually leaves the water in each one.

Method Dissolved minerals Bacteria & viruses PFAS / heavy metals Typical TDS
Vapor distilled (Waltwater) Removed Removed Removed ~0 ppm
Reverse osmosis Mostly removed Mostly removed Mostly removed 5–50 ppm
Carbon filter (pitcher) Passes through Passes through Partial Unchanged
Untreated tap Passes through Varies by source Passes through 50–400+ ppm
Where it's used

Anywhere mineral buildup is the enemy.

Because nothing is left in it, Waltwater doesn't scale, spot, or interfere with anything sensitive to what's normally dissolved in water.

Drinking water

Clean, neutral taste with nothing else riding along with it.

Infant formula

Pediatric guidance often calls for water with no added minerals or contaminants.

CPAP & steam devices

No mineral scale in the humidifier chamber or iron plate over time.

Espresso & pour-over

No scale buildup in boilers and group heads — a common reason machines fail early.

Lab & medical

A neutral baseline for work that can't tolerate an unknown mineral load.

Auto & marine batteries

Lead-acid batteries specify mineral-free water for topping off cells.

Cooling systems

Reduces scale and corrosion inside radiators and closed-loop systems.

Reptile & aquarium

A clean starting point before remineralizing to a tank's exact spec.

Water with exactly one ingredient.

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