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It is because metal bowls can react to acids and taint the flavour allegedly. Can't say I have ever found it to be an issue.
 
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briantrumpet

briantrumpet

Über Member
It is because metal bowls can react to acids and taint the flavour allegedly. Can't say I have ever found it to be an issue.

OK, thanks. Even my mum knew I was a PITA for always asking 'why?' Thing is, I'm quite good at being obedient (or just plain remembering something) if I understand the reason.

Looks like my stainless steel should be fine, which would also explain why stainless steel implements are fine too.

https://www.savorysuitcase.com/lemons-interactions-with-metals-and-cookware/
 
OK, thanks. Even my mum knew I was a PITA for always asking 'why?' Thing is, I'm quite good at being obedient (or just plain remembering something) if I understand the reason.

Looks like my stainless steel should be fine, which would also explain why stainless steel implements are fine too.

https://www.savorysuitcase.com/lemons-interactions-with-metals-and-cookware/

It's a bit of a pointless recommendation in recipes, as pretty much any mixing bowl or kitchen container will more than likely be glass/ceramic or stainless.
 

First Aspect

Well-Known Member
It is because metal bowls can react to acids and taint the flavour allegedly. Can't say I have ever found it to be an issue.

Hence my reference to chemical kinetics. I'm struggling to believe that there is either sufficient contact time or surface area for there to be significant corrosion in the time taken to make hummus.

This kinda reminds me of debates about effects on the flavour of tea or whisky.
 
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briantrumpet

briantrumpet

Über Member
Hence my reference to chemical kinetics. I'm struggling to believe that there is either sufficient contact time or surface area for there to be significant corrosion in the time taken to make hummus.

This kinda reminds me of debates about effects on the flavour of tea or whisky.

I must admit I was hoping you'd reply with your chemical hat on. I guess it would also make a difference if, like my s/s bowls, the metal is polished, as that would reduce the contact area.

No idea why I found it so memorable, but my first proper maths teacher's PhD was on 'surface co-absorbtion', which I would guess would be in your area of expertise.
 

First Aspect

Well-Known Member
I must admit I was hoping you'd reply with your chemical hat on. I guess it would also make a difference if, like my s/s bowls, the metal is polished, as that would reduce the contact area.

No idea why I found it so memorable, but my first proper maths teacher's PhD was on 'surface co-absorbtion', which I would guess would be in your area of expertise.

Kind of. But 20+ years on I can't claim any expertise I'm afraid.

This one just seems to be little more than: acid corrodes iron, iron is in steel, lemon contains acid, hummus contains lemon - therefore - hummus corrodes steel.
 
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briantrumpet

briantrumpet

Über Member
Kind of. But 20+ years on I can't claim any expertise I'm afraid.

This one just seems to be little more than: acid corrodes iron, iron is in steel, lemon contains acid, hummus contains lemon - therefore - hummus corrodes steel.

I never really got beyond those toy chemistry sets with which you could make minute amounts of soap, and probably Semtex if you got past the soap-making.

Oh, I did do O-level chemistry, but we never really bonded.
 

First Aspect

Well-Known Member
Top marks for dreadful punnery. I can tell you are in your element.
 
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briantrumpet

briantrumpet

Über Member
Too tall for Rick Chasey, and too much hair, but...

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