Hydrogen Peroxide cleaned burnt sugar from my pan

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Discussion Overview

The discussion revolves around the effectiveness of hydrogen peroxide in cleaning burnt sugar from a stainless steel pan, exploring the chemical interactions involved and the potential for similar applications on other burnt substances or different types of cookware.

Discussion Character

  • Exploratory
  • Technical explanation
  • Conceptual clarification

Main Points Raised

  • One participant describes their experience of using hydrogen peroxide to clean burnt sugar from a pan, noting significant success compared to baking soda.
  • Another participant suggests that stainless steel may act as a catalyst in the reaction between hydrogen peroxide and carbonized sugar, complicating the request for a simple explanation.
  • A follow-up question asks if the results might differ with enamel or other types of cookware, indicating a potential variable in the cleaning process.
  • Several participants express curiosity about the applicability of this method to other burnt substances beyond sugar.

Areas of Agreement / Disagreement

Participants generally agree on the effectiveness of hydrogen peroxide for cleaning burnt sugar, but there is uncertainty regarding the role of stainless steel as a catalyst and how this might affect results with different materials.

Contextual Notes

The discussion lacks detailed chemical explanations and does not resolve the complexities of the interactions between hydrogen peroxide, carbonized sugar, and different cookware materials.

Who May Find This Useful

Individuals interested in cleaning techniques, particularly those dealing with burnt cookware, and those curious about the chemical properties of common household substances.

NTL2009
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I did something really stupid, and walked away from a sugar solution I was heating on the stove (4 parts water, 1 part table sugar for humming bird feeders). I got distracted, and the sugar was burnt onto the pan, carbonized, really bad.

Some came off in chunks, but a thick layer adhered to the stainless steel pan. I had a cover on the pot at the time, I assume the lack of oxygen kept it from flaming?

The web had many recommendations for baking soda and water at a simmer. I was skeptical, but figured I had little to lose, baking soda is cheap and pretty safe. Almost no effect, even though I gave it a couple tries and left it simmer for 20 minutes or more.

Then I see recommendations for Hydrogen Peroxide. OK, that sounds a little riskier, but not too dangerous. I was skeptical at this point, but I added ~ 1/4" of the generic 3% stuff to the pot, and as it reached a simmer, about half of it lifted right off. Alright! Another 5 minutes of simmering and swirling and ~ 99% was off, and little wiping removed the rest. Looked like new.

I assume the people reporting success with the baking soda merely had a thick, cooked, hard syrup that would still react with water? What I had was carbon, charcoal like stuff (yes, there was a lot of smoke, and two alarms were beeping - it was bad).

I'm not well versed in chemistry, any simple explanation of what happened with Hydrogen Peroxide, heat and carbonized sugar?
 
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NTL2009 said:
stainless steel
A catalyst for decomposition of hydrogen peroxide, making your request for a "simple explanation" a bit more complex.
 
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So you are saying the stainless steel acted as a catalyst between the hydrogen peroxide and the carbonized sugar? And people may have had different results in, say an enamel (or other) lined pan?

If so, and a simple explanation isn't possible, that's OK, I would not understand a complex explanation! That would be good enough - thanks.
 
I wonder if this would work on anything else burned in a pan, not just sugar...
 
DaveC426913 said:
I wonder if this would work on anything else burned in a pan, not just sugar...
Or in a non-stainless steel vessel (seems the SS acts as a catalyst?)? Fortunately, I haven't had a badly burnt pan since then, but if/when I do I will try it, and try to remember to post back here.
 

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