Red wine stains are easier to remove fresh than dried. Act quickly — the longer wine sits in carpet fibres, the more it sets. These methods work on most synthetic and wool carpets.
Immediate Action — Fresh Stain
- Blot (do not rub) with a clean white cloth to absorb as much wine as possible — press down firmly and lift, repeat with a clean area of the cloth each time
- Rubbing spreads the stain and pushes it deeper into the fibres
- Pour a small amount of cold water over the stain and continue blotting — dilution helps
- Pour a generous amount of table salt or baking soda over the stain and leave for a few minutes — it draws remaining liquid out of the fibres
- Vacuum up the salt
Dish Soap and Hydrogen Peroxide Method
- Mix 1 tablespoon of dish soap with 1 tablespoon of 3% hydrogen peroxide (available at pharmacies)
- Apply to the stain and let sit for 5–10 minutes
- Blot with a clean cloth — work from the outside of the stain inward to prevent spreading
- Rinse with cold water and blot dry
- Repeat if needed
Test in an inconspicuous area first — hydrogen peroxide can lighten some darker carpets. Safe for most neutral and light-coloured carpets.
Club Soda Method
Pour club soda directly on the stain, let it fizz for a minute, then blot up. The carbonation helps lift the stain from fibres. Effective for fresh stains used as a first response before a cleaning solution is ready.
Dried Red Wine Stain
- Rehydrate the stain by pouring cold water over it and letting it sit for a few minutes
- Apply a paste of baking soda and cold water over the stain
- Let sit for several hours or overnight
- Vacuum, then apply the dish soap and hydrogen peroxide solution
- Blot, rinse, and blot dry
Tips
- Always use cold water — hot water sets the stain into the fibres permanently
- Commercial stain removers (Wine Away, OxiClean) work well for both fresh and set stains
- For white wine or beer: the same blot and dish soap method works, without the hydrogen peroxide step
- Wool carpets: use cold water and mild soap only — hydrogen peroxide can damage wool fibres