Transformer inputUsedCommentsThese nitrogen contents are not for transformer. Just a copy here for your convenience for commentOLR2kg VS/m3/dayNitrogen content in componentsTS24% WWNoTermsUsedCommentsExpressionsVS22.08% WW1N_xc0.0026857143kmole N kgCOD-1Nitrogen content of compositesVolume L4litres2N_I0.003kmole N kgCOD-1Nitrogen content of inertsVolume m30.004m33N_aa0.007kmole N kgCOD-1Nitrogen content of amino acids and proteinsDensity1000kg/m34N_bac0.005435
Nguyen H.H.: Nguyen H.H.:From original reportkmole N kgCOD-1Nitrogen content of biomass

kg VS added daily0.008kg VS/daykg TS added daily0.0086956522kg TS/daykg WW added daily0.0362318841kg WW/dayVolume WW daily0.0000362319m3/dayHRT110.4daysElemental analysisTS240000g/m3VS220800g/m311Fixed Solid (FS)19200g/m3C45% TSTC0.0039130435kg/dayTC108000g C/m3TOC/TC99.00%
Nguyen H.H.: Nguyen H.H.:Assumed%4TOC106920g C/m39TIC90mole HCO3-/m3TKN33.3333333333g/kg TSTKN0.2898550725g/dayTKN8000g/m3Norg/TKN80.00%
Nguyen H.H.: Nguyen H.H.:Assumed to be equal to VS/TS%5Organic Nitrogen (Norg)6400g/m36TAN1600g/m3

TP5.4166666667g/kg TSTp0.0471014493g/dayTP1300g/m37Organic Phosphorus (TP-OrthoP)1196g P/m38Ortho-Phosphate (OrthoP)104g P/m3

CODt290g/kg WWCODt10.5072463768g/dayCODt290000g/m31CODp281300g/m3Soluble COD (CODs)8700g/m33VFA5800g/m32CODs-VFA2900g/m310Alkalinity (Scat)25equ/m3Ref:31Particulate COD (CODp)281300g/m32Soluble COD without VFA COD (CODs-VFA)2900g/m33Volatile Fatty Acids (VFA)5800g/m34Total Organic Carbon (TOC)106920g C/m35Total Organic Nitrogen (Norg)6400g/m36Total Ammonia Nitrogen1600g/m37Organic Phosphorus (TP-orthoP)1196g P/m38Ortho-Phosphate (orthoP)104g P/m39Total Inorganic Carbon (TIC)90mole HCO3-/m310Total Alkalinity (Scat)25equ/m311Fixed Solids (FS)19200g/m3Flow0.0000362319m3/day

Some other factorshydrolysis constantUnits1231Carbonhydratesday-15.220.5-25.222Lipidsday-11.240.1-0.71.243Proteinsday-11.860.25-0.81.864kdisday-10.5Ref:1Biogas prediction and design of a food waste to energy system for the urban environment2Biomethanization of the Organic Fraction of Municipal Solid Wastes3GISCOD: General Integrated Solid Waste Co-Digestion model

CODsource1Particulate CODCODp97.00%of Total COD1g COD/m3Soluable CODCODs3.00%of Total COD1g COD/m3CODs-VFA2.00%of Total COD1g COD/m3Volatile fatty acidsVFARef:1Biogas prediction and design of a food waste to energy system for the urban environment2Biomethanization of the Organic Fraction of Municipal Solid Wastes3GISCOD: General Integrated Solid Waste Co-Digestion model

Sheet2proteinC6H12O3N2 + 6 O2 = 6 CO2 + 3 H2O + 2 NH36C126720.45192g O2/molH112120.0751.2g o2/gO163480.3N142280.175160g/molecarbC6H10O5 + 6 O2 = 6 CO2 + 5 H2O6C12672192g O2/molH110101.185g o2/gO16580N1400162g/molelipid4 C7H11O8P + 31 O2 = 28 CO2 + 22 H2O + 4 PO47.754C127840.33248g O2/mol4H111110.040.976g o2/g4O1681280.504P311310.122541.00g/mole0.8640.77Particulate carbohydrate0.1210.108Particulate proteins0.0150.013Particulate lipids0.891

Sheet3CHONnabdCarbohydrateC6H10O5Theoretical COD calculationn=6CODt =1.185mg COD/mg C6H10O5a=10b=5Total Organic Carbon (TOC)d=0TOCt =0.444g TOC/g C6H10O5

ProteinC6H12O3N2Theoretical COD calculationn=6CODt =1.200mg COD/mg C6H12O3N2a=12b=3Total Organic Carbon (TOC)d=2TOCt =0.450g TOC/g C6H12O3N2

LipidsC7H11O8PTheoretical COD calculationn=7CODt =0.825mg COD/mg C7H11O8Pa=11b=8Total Organic Carbon (TOC)d=0TOCt =0.377g TOC/g C7H11O8P