An exploration into the symbiotic impact of sonic-tenside (SDBS - sodium dodecyl benzene sulfonate) on biomass disintegration potential and to reduce the energy consumption was studied. At optimized condition (specific energy input 9600 kJ/kg TS; SDBS dosage 0.07 g/g SS), higher percentage of biomass lysis and solids reduction (23.9% and 19.8%) was obtained in blended sonic-tenside disintegration (STD), than sonic disintegration (SD) (17.6% and 9.8%). The bioacidogenic potential (BAP) assay in terms of volatile fatty acids (VFA) production (722 mg/L) was found to be higher for STD, in comparison to SD (350 mg/L). The impact of STD on anaerobic digestion was evident from its methane yield (0.239 g/g COD), higher than SD (0.182 g/g COD). A monetary evaluation of the present study provides a net gain of 2 USD/ton for STD, indicating the profitability of the technique.

研究了声纳（SDBS-十二烷基苯磺酸钠）对生物质崩解潜力和降低能耗的共生影响。在最佳条件下（比能量输入为9600 kJ / kg TS； SDBS剂量为0.07 g / g SS），在混合声波—声速崩解法（STD）中获得了更高的生物质裂解率和固体减少率（23.9％和19.8％）。声波崩解（SD）（17.6％和9.8％）。与挥发性有机化合物（350 mg / L）相比，STD的挥发性脂肪酸（VFA）产生量（722 mg / L）的生物产酸潜力（BAP）测定更高。从甲烷的产量（0.239 g / g COD）可以明显看出STD对厌氧消化的影响，高于SD（0.182 g / g COD）。本研究的货币评估为性病提供了每吨2美元的净收益，