exOiloSum = sum(exOilo); exEliSum = sum(exEli); exEloSum = sum(exElo); exHeiSum = sum(exHei); exHeoSum = sum(exHeo);
% Total production of vehicle fuel ( biogas to buses and cars) in core system % Total consumption of electricity % Total production of electricity % Total consumption of heat as district heat or steam % Total production of heat as district heat or steam
% Distance trucks sum distCoSum = sum(distCo); % Total km travelled by collection trucks distTTSum = sum(distTT); % Total km travelled by ordinary trucks distSprSum = sum(distSpr); % total distance travelled by tractor and spreader toan from field asnd on field % Distance bus & car sum distBusSum = sum(enOilo(:,1:3))/guBiogasBusMJperKm; distCarSum = sum(enOilo(:,4:6))/guBiogasCarMJperKm;
% Total km by busses using biogas as fuel % Total km by cars using biogas as fuel
% Nutrients sum nuNSprSum = sum(nuNSoil(:,1:4)); nuPSprSum = sum(nuPSoil(:,1:4)); nuKSprSum = sum(nuKSoil(:,1:4)); nuSSprSum = sum(nuSSoil(:,1:4)); % Up- and downstream processes % ----------------------------------------------------% Energy enOilUS(:,1) = enOiliUSDwChemProdTo(end); %Chemicals added during drinking water generetion (toilet) enOilUS(:,2) = enEliUSDwChemProdTo(end); %Chemicals added during drinking water generetion (toilet) enOilUS(:,3) = enEliUSDwPumpTo(end); %Chemicals added during drinking water generetion (toilet) enOilUS(:,4) = enOiliUSDwChemProdBDT(end); %Chemicals added during drinking water generetion (BDT) enOilUS(:,5) = enEliUSDwChemProdBDT(end); %Chemicals added during drinking water generetion (BDT) % Exergy exOilUS(:,1) = exOiliUSDwChemProdTo(end); %Chemicals added during drinking water generetion (toilet) exOilUS(:,2) = exEliUSDwChemProdTo(end); %Chemicals added during drinking water generetion (toilet) exOilUS(:,3) = exEliUSDwPumpTo(end); %Chemicals added during drinking water generetion (toilet) exOilUS(:,4) = exOiliUSDwChemProdBDT(end); %Chemicals added during drinking water generetion (BDT) exOilUS(:,5) = exEliUSDwChemProdBDT(end); %Chemicals added during drinking water generetion (BDT) % Chemicals mbiFeCl3PreSSp = mboExtrasPreSSp(:,1); mbiFeCl3PreSSpMBR = mboExtrasPreSSpMBR(:,1); mbiCleaningChemVsep = mboVSEPextrasMBR(:,4); mbiCSourceAnoxSp = mboAnoxExtrasSp(:,1); mbiFeCl3SandFSp = mboSandFExtrasSp(:,1); mbiPolyThickSp = mboExtrasThickSp(:,1); mbiDewPolySp = mboExtrasDewAdSp(:,1); mbiDewPolySpMBR = mboExtrasDewAdSpMBR(:,1); mbiFeCl3SandFSw = mboSandFExtrasSw(:,1); MtrlAddUS(:,1) = mbiUSAddConsIc(end,1); % Ca(OH)2 (Incineration) MtrlAddUS(:,2) = mbiUSAddConsIc(end,2); % CaCO3 (Incineration) MtrlAddUS(:,3) = mbiUSAddConsIc(end,3); % polyflock (Incineration) MtrlAddUS(:,4) = mbiUSAddConsIc(end,4); % TMT (Incineration) MtrlAddUS(:,5) = mbiUSAddConsIc(end,5); % urea (Incineration) MtrlAddUS(:,6) = mbiUSToDwChemCl2(end); % Cl2 (Drinking water generation, toilet) MtrlAddUS(:,7) = mbiUSToDwChemLime(end); % Lime (Drinking water generation, toilet) MtrlAddUS(:,8) = mbiUSToDwChemCO2(end); % CO2 (Drinking water generation, toilet) MtrlAddUS(:,9) = mbiUSToDwChemAlSO4(end); % AlSO4 (Drinking water generation, toilet)
55