I'm looking for a way to convert some date that I have found in some LCA article. In specific, I want to kown if there is a way to convert 0.041 mol H+ in kg of SO2 eq. in the acidification potential. The only things that I've found is an article (Posh et al., 2008) where the author indicate a convertion factor 1.3 kg SO eq. This mean that I've to molitplicate 0.041 for 1.3, but I'm not 100% sure about this.
Abdelhak Maghchiche
Conversion Factor: 1.3 kg SO2 eq. per mol H+ eq. from Posh et al., 2008. Alternative Method: Divide by 32, based on the reaction: SO2 + 0.5 O2 + H2O → H2SO4. Using the Conversion Factor:0.041 mol H eq ×1.3 kg SO2 eq per mol H eq =0.0533 kg SO2 eq 0.041 mol H eq ×1.3 kg SO2 eq per mol H eq =0.0533 kg SO2 eq Using the Alternative Method:0.041 mol H eq ÷32 g SO2 per mol H eq =0.0012825 kg SO2 eq 0.041 mol H eq ÷32 g SO2 per mol H eq =0.0012825 kg SO2 eq
To convert 0.041 mol H+ equivalent to kg SO2 equivalent, you can use the conversion factor provided in the sources:
Conversion Steps
Conclusion
Both methods suggest that 0.041 mol H+ equivalent is approximately equal to:
- 0.0533 kg SO2 equivalent using the conversion factor.
- 0.0012825 kg SO2 equivalent using the alternative method.
Therefore, the correct conversion is approximately 0.0533 kg SO2 equivalent.
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