[Stoves] Corn cob burner for making salt
Michael N Trevor
mtrevor at mail.mh
Sat Aug 29 20:09:02 CDT 2015
Good point Frans I think Gertrude Stein said a Rose is a rose is a Rose and in chem class I have been known to say sodium chlo ide is sodium chloride Grin
From: Frans Peeters
Sent: Sunday, August 30, 2015 11:08 AM
To: 'Discussion of biomass cooking stoves'
Subject: Re: [Stoves] Corn cob burner for making salt
Dear,
Coarse salt is more PURE ! Dissolves in 3 days as I use it : 100g till 400 mL / Use 2 times a day 10 mL over the steamed meals .=5g NaCl /day is an EXACT MUST
Fine is faster to use But here spoiled with anticoagulant NaSCN ! FOR SPOILED PEOPLE .
Worth depends for WHOME ….!
For me coarce is worth most . But Kg fine =Kg coarse .NaCl
Regards
F.
Van: Stoves [mailto:stoves-bounces at lists.bioenergylists.org] Namens Crispin Pemberton-Pigott
Verzonden: zaterdag 29 augustus 2015 18:41
Aan: ajheggie at gmail.com
Onderwerp: Re: [Stoves] Corn cob burner for making salt
Understood.
They purification process is done very well. There is a local preference for it but the market is not large.
The big problem is Lombok is stripping trees from other islands, they need so much energy. I saw salt being made with wood, coconut husks, corn cobs and rice hull.
Is fine salt worth more or less than coarse? Who thinks so?
Thanks
Crispin
>Dear Andrew
>
>
>
>I again looked up the concentration according to temperature because the
>saturation level is dependent on the temperature of the water. At 20 °C one
>litre of water can dissolve about 357 grams of salt. I have another
>reference that says 332g but they did not give the temperature. At
>357g/litre (not per kg) it is 35.7% according to the salinometer. The thing
>is that at the boiling point the holding capacity rises so as the salt
>forms, it is higher - about 391 grams (39.1%) per litre.
Yes I see now, sea water is around 35 gram per litre and boiling water
saturates at over 400 grams but I couldn't see where the extra salt
was coming from so assumed they were evaporating from sea water rather
than a more concentrated brine.
So if they were starting with a concentration of 20% salt then they
would only have to evaporate 320 litres of water instead of the 2000
litres I first worked out ( I also misread a decimal point one place
in the saturation point of brine).
AJH
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