ARTICLE 01
Why Water Chemistry Matters for Mead
Understanding water chemistry is the key to consistent, delicious mead. Learn what ions do and why they matter.
Mead Water Chemistry
A comprehensive guide to water chemistry for mead makers — from ion fundamentals to building custom water profiles for different mead styles.
10Articles
47Min Total
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A comprehensive guide to water chemistry for mead makers — from ion fundamentals to building custom water profiles for different mead styles.
ARTICLE 02
How to Get Your Water Quality Report
Learn how to find your local water quality report or order a lab test when municipal data isn't available.
ARTICLE 03
Measuring pH: Meters and Calibration
Understanding pH is critical for mead stability. Learn how to use a digital pH meter and why calibration is non-negotiable.
ARTICLE 04
Calcium: The Backbone Ion
Calcium drives yeast health, clarity, and structural mouthfeel. Learn when and how to add it to your mead must.
ARTICLE 05
Magnesium: The Quiet Enabler
Magnesium is essential for yeast metabolism in small doses. Learn how to use it without overdoing it.
ARTICLE 06
Sodium: The Sweetness Enhancer
Sodium enhances perceived sweetness and roundness — but too much ruins a mead. Learn the narrow window where it works.
ARTICLE 07
Chloride: Fullness and Roundness
Chloride adds body, sweetness perception, and a soft mouthfeel. Learn how to use it for full-bodied meads.
ARTICLE 08
Sulfate: Dryness and Crispness
Sulfate accentuates dryness, crispness, and fruit character. Learn how to use it for clean, bright meads.
ARTICLE 09
Bicarbonate: The pH Buffer
Bicarbonate keeps your must from crashing too acidic during fermentation. Learn how to manage pH stability.
ARTICLE 10
Building Your Water Profile
Put it all together — learn how to build a complete water profile from distilled water for any mead style, with step-by-step calculations for 1-gallon batches.