Why our decaf doesn't taste like decaf
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If you've ever had a cup of decaf and thought, yeah, that tastes like decaf, you know what we mean. There's a flatness to it. A muffled, slightly chemical edge that no amount of cream and sugar can quite cover up. For a long time, that was just the price of admission for drinking coffee at 8 p.m.
It doesn't have to be.
Our Voyager decaf is processed using something called the Swiss Water Process, and it's the reason Voyager doesn't taste like a compromise. It's also why Voyager is the only decaf we make — we only wanted to put one out, and we wanted it to be one we'd actually reach for ourselves.
Here's why that matters.
The problem with most decaf
Most commercial decaf is decaffeinated with chemical solvents — typically methylene chloride or ethyl acetate. The green (un-roasted) beans are soaked or steamed, and the solvent is used to bond with caffeine and pull it out. The process works, technically. The caffeine leaves. But so do a lot of the aromatic compounds and oils that make coffee taste like coffee.
The result is the cup most of us grew up with: thinner body, dulled aromatics, and a vague chemical note that lives in the back of the throat. It's the "decaf taste" you can pick out in a blind tasting.
There's nothing illegal about methylene chloride decaf — the FDA permits residual amounts well below the threshold of harm — but if you've ever wondered why decaf feels like a different drink than coffee, this is most of the answer.
What Swiss Water Process actually is
Swiss Water Process is chemical-free. No methylene chloride. No ethyl acetate. No solvents at all.
Instead, it uses water — and a clever bit of chemistry.
Green coffee beans are soaked in Green Coffee Extract (GCE), a water-based solution that has already been saturated with the soluble flavor compounds of green coffee. Because the GCE is already loaded with everything except caffeine, the only thing it can pull out of fresh beans is the caffeine itself. The flavor compounds stay where they are. The caffeine moves out. The GCE is then filtered through a carbon filter that traps the caffeine, and the cycle continues.
It's slow. It's patient. It's water doing what water does best, which is gently dissolving exactly what you ask it to.
A quick history (the Swiss part is real)
The process was developed in Switzerland in the 1930s and commercialized in the 1980s in British Columbia, Canada, where the Swiss Water Decaffeinated Coffee Company is still headquartered today. Every certified Swiss Water decaf in the world passes through their facility. It's one of the rare cases where the marketing name is also literally where the coffee comes from.
Why Swiss Water preserves flavor
Two reasons.
One: no solvent residue. Because nothing chemical was ever introduced, there's nothing to leave behind. The cup is clean.
Two: the GCE bath is already saturated. Solvent-based methods aggressively scrub the bean of anything they can grab. Swiss Water removes only what isn't already present in the bath — and caffeine is the only thing missing. Aromatic oils, sugars, and the molecules behind chocolate, fruit, and nut notes stay locked in.
You taste the difference. Voyager comes through with caramel, nougat, marshmallow, and dried date — the kind of full, sweet body you'd expect from a regular roast.
Why we chose it for Voyager
Honestly? Because we drink decaf too, and we didn't want it to suck.
Our shop is open into the evening, and decaf orders are real orders — afternoons, after dinner, post-bedtime-routine pour-overs. We needed a bean that holds up next to our caffeinated lineup, not one that apologizes for being there. Swiss Water was the only process that consistently delivered the cup we wanted to serve.
It costs more than solvent decaf. It takes longer. We're fine with that. The math works when the cup is good.
Try a bag
Voyager is our Swiss Water Processed decaf — 11 oz, whole bean, dark roast. Caramel, nougat, marshmallow, dried dates. Brews beautifully as pour-over, drip, French press, or espresso.
It's the decaf we drink. We hope you'll like it too.