5 Best Baking Soda Substitutes for Doughnuts

Quick tip: Using baking powder increases the leavening agent amount; doughnuts may be slightly lighter but with a milder flavor impact.

Baking powder contains both an acid and a base, enabling it to release carbon dioxide gas when moistened and heated, which helps doughnuts rise properly. It compensates for the lack of baking soda's alkalinity by providing a balanced leavening system.

To use baking powder effectively, increase the quantity to about three times the amount of baking soda called for, as baking powder is less potent. Watch for over-leavening which can cause a crumbly texture.

Compared to baking soda, baking powder produces a slightly different crumb structure and may result in a less pronounced browning effect, but it maintains the light, airy texture essential for doughnuts.

Quick tip: Potassium bicarbonate mimics baking soda's leavening without sodium, resulting in similar texture and rise with a slightly different taste profile.

Potassium bicarbonate is chemically similar to baking soda and reacts with acids in the doughnut batter to produce carbon dioxide gas, facilitating leavening. It is often used as a low-sodium alternative.

When substituting, use a 1:1 ratio but consider adding a pinch of salt to compensate for the reduced sodium content. Monitor the doughnut's flavor as potassium bicarbonate can impart a mild bitter note if overused.

The final doughnuts will have comparable rise and texture to those made with baking soda, with only subtle differences in taste and saltiness.

Quick tip: Egg whites add mechanical leavening and structure but will change the doughnut’s texture and flavor, making it lighter but less tender.

Whipped egg whites incorporate air into the dough, providing lift through mechanical leavening rather than chemical reaction. This can partially compensate for the absence of baking soda's gas production.

To maximize effectiveness, fold gently to retain air bubbles and avoid deflating the batter. This method requires careful handling and may not produce the same rise as chemical leaveners.

Doughnuts made this way tend to be lighter and more cake-like, with a firmer crumb and a slightly different mouthfeel compared to those leavened with baking soda.

Quick tip: Sourdough adds natural acidity and leavening but requires fermentation time and alters flavor significantly.

Sourdough starter contains wild yeast and lactic acid bacteria that produce gas and acidity, which can react with baking powder to leaven doughnuts. This method introduces complex flavors and a slight tang.

Use this substitute only if you allow fermentation time and adjust hydration accordingly. The process is slower and less predictable than using baking soda.

The resulting doughnuts have a distinctive sourdough flavor and a chewier texture, differing notably from traditional doughnuts but offering a unique artisanal profile.

Quick tip: Ammonium bicarbonate provides strong leavening but can produce a distinct odor and is best for thin, dry baked goods rather than doughnuts.

Ammonium bicarbonate decomposes into carbon dioxide, ammonia, and water when heated, causing rapid leavening. It is traditionally used in cookies and crackers due to its strong gas release.

In doughnuts, the ammonia smell can linger if not fully baked out, and the moisture content can cause uneven texture. Use with caution and ensure thorough baking.

Compared to baking soda, it may cause a drier, crisper doughnut with potential off-flavors, making it a less ideal substitute.