anaerobic_bacterium
Member
- Jul 29, 2023
- 61
for context. the PPeH suggests a chemical reaction involving dehydration of FoA by means of coned H2SO4 to generate impressive amounts of carbon monoxide. i didn't figured how to construct the COgen device to deliver the gas straight into lungs yet, i'll look forward to options from commonly available materials
let's say i've a liter of formic acid and several liters of 35% battery acid. with a gas stove is it possible to boil down the battery acid to coned sulfuric acid (90%>) and what's most optimal way to do so ? i think to pour some acid in a glass jar and put it on a sand bath then apply some heat and check the concentration when the jars contents boiled to 1/3 of its original volume. dipping paper samples in it if they get charred then the acid should be suitable for dehydration. that's my plan to obtain the required reagent i would like to hear suggestions/corrections especially in terms of possible losses
also if the density of pure sulfuric acid is 1.8kg/l then the weight of a liter of boiled down/concentrated sulfuric acid solution(350ml 95%>) should be around 630g~ on weighs amirite ?
let's say i've a liter of formic acid and several liters of 35% battery acid. with a gas stove is it possible to boil down the battery acid to coned sulfuric acid (90%>) and what's most optimal way to do so ? i think to pour some acid in a glass jar and put it on a sand bath then apply some heat and check the concentration when the jars contents boiled to 1/3 of its original volume. dipping paper samples in it if they get charred then the acid should be suitable for dehydration. that's my plan to obtain the required reagent i would like to hear suggestions/corrections especially in terms of possible losses
also if the density of pure sulfuric acid is 1.8kg/l then the weight of a liter of boiled down/concentrated sulfuric acid solution(350ml 95%>) should be around 630g~ on weighs amirite ?
Last edited: