Wait, I CAN DO THAT🤔👀👀 #science #food #foodreview #hotdog #sonic ⬇️
Wait, I CAN DO THAT🤔👀👀 #science #food #foodreview #hotdog #sonic ⬇️
⚠️ I didn’t provide exact measurements here because it depends on the brand you use — the acidity can change everything. That’s where something called sodium citrate comes in, but that’s for another video…. And dats tew much!!! So just make edible water bottles DAMMIT
All items are in my bio 👇
• Sodium alginate – 1/4 tsp = ~1 g
• Calcium chloride – 5 g (about 5 × 1/4 tsp)
• 3 bowls, blender, whisk
(All water must be distilled)
Steps (Edible Water Bottles)
1. Bowl 1 → 1 cup water
2. Bowl 2 → 4 cups water
3. Bowl 3 → extra water (for rinsing)
Blend
• Pour 1 cup water into blender (low speed).
• Add 1 g sodium alginate while blending.
• Blend 3 min.
• Pour back into Bowl 1. Rest 30 min (or overnight).
Mix Calcium Bath
• In Bowl 2, whisk 5 g calcium chloride into 4 cups water until dissolved.
Form Bottles
• Scoop alginate solution with a measuring spoon.
• Gently drop into calcium bath.
• Let sit 5–7 min.
• Remove → you now have an edible water bottle!
✨ Pro tip: Add food coloring for fun.
If you want to try ketchup, mustard, or other toppings:
• Use 1 cup condiment + 1/2 cup water to thin it out.
• Same sodium alginate (1 g) & same calcium chloride (5 g).
• Same steps as the water bottles — the sodium alginate always goes in the condiment mixture.
Creating edible water bottles is a fascinating way to blend science and food innovation in your own kitchen. When I tried making these, I found that using distilled water as recommended really makes a difference because impurities can interfere with the gel formation. The key to success lies in the interaction between sodium alginate and calcium chloride; the sodium alginate forms a gel membrane when it encounters calcium ions, creating a thin edible skin that holds the water inside. One thing I learned through experience is that resting the sodium alginate solution for at least 30 minutes (or even overnight) helps the alginate fully hydrate, improving the texture of your edible bottle. Dropping the alginate solution gently into the calcium bath is also crucial to avoid breaking the fragile skin. I experimented by adding a few drops of food coloring to the alginate mixture for a fun twist, and it worked wonderfully, giving the water bottles a vibrant look that's great for parties or visual appeal. Moreover, I tried the condiment version with ketchup and mustard thinned by water, which turned out to be delicious as a dipping snack encapsulated in an edible capsule. If you're interested in adjusting the acidity or thickness, researching sodium citrate—a buffering agent—can be useful to fine-tune your results, especially if you attempt this with different brands or types of ingredients. This home experiment is not only a cool science project but also an engaging way to learn about molecular gastronomy. Give it a try and enjoy the blend of creativity and science right in your kitchen!
I thought you can't use metal on non-stick pans- like....don't that scratch at the pan and release metal shavings(that are incredibly small) into your food