Why should I bake baking soda for making ramen noodles?
I see this recipe for ramen noodles ("alkaline noodles") that says to use bicarb / baking soda that is baked in a very slow oven for an hour (250F / 120C) before incorporating into the noodle dough. Is it necessary to bake the bicarb? What does baking do?
The New York Times has an article about baked baking soda, which says that baking transforms the sodium bicarbonate into sodium carbonate (NaHCO3 into Na2CO3?) but this seems strange; does this really work or is it safe? Am I creating hydrogen gas or presumably harmless water vapor and carbon dioxide?
If it is worth doing for some reason, then there are the ancillary questions. How do I know when it's "done" baking? Both seem to be nondescript white powders. Will a different compound result, after dissolving both in water? Are there any safety concerns with sodium carbonate?
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Baking turns bicarbonate of soda into a weak form of lye - sodium carbonate, as you said. It basically makes it a stronger alkali. The actual baking process is safe, but the resulting lye is an irritant and you should avoid getting in on your skin, and definitely avoid it getting it in your eyes.
The difference in texture and colour is noticeable after baking. The texture will be finer, and it will be whiter.
True ramen noodles are made with alkaline/base ph ingredients so they will have a specific, distinctive texture, color & flavor, so yes, using the alkali makes a difference. Serious Eats recently published a home-made noodle recipe that covers these points and a lot more, plus gives a method for creating the sodium carbonate from bicarb that uses accurate weighing & timing to tell when the conversion is finished. It updates McGee's earlier method, improving it for home cooks. The Harold McGee's NYT piece does have a lot more background info on the chemistry so it's a useful read, too.
As other answers have noted, making it in your home oven is very safe, but care must be used when handling the finished substance. It's not too strong a base so the main risk is overdrying/irritating skin (on this list from Sciencing it'd be between Bicarb & Borax in intensity) so minimizing contact is sufficient for most people. If your lungs are especially sensitive (ie if you have COPD or Asthma) it's prudent to avoid being around irritating gases or powders or to use a breathing mask. And, when working with liquid forms I always wear eye covering in case of splashes.
For those who're a bit rusty since their high-school chemistry class days, these articles cover general home chemical safety tips in more detail, listed from least to most detailed:
Household Chemical Products and Their Health Risk Cleveland Clinic
Selection and Use of Home Cleaning Products New Mexico Extension Service
Home Chemical Safety Tips American Society of Safety Engineers
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