This research was carried out with the aim to evaluate the anaerobic digestion (AD) of llama and dromedary dungs (both untreated and trampled) in batch mode at mesophilic temperature (35 °C). The biochemical methane potential (BMP) tests with an inoculum to substrate ratio of 2:1 (as volatile solids (VS)) were carried out. The methane yield from trampled llama dung (333.0 mL CH₄ g⁻¹ VS_added) was considerably higher than for raw llama, raw and trampled dromedary dungs (185.9, 228.4, 222.9 mL CH₄ g⁻¹ VS_added, respectively). Therefore, trampled llama dung was found to be the best substrate for methane production due to its high content of volatile solids as well as its high nitrogen content (2.1%) and more appropriate C/N ratio (23.6) for AD. The experimental data was found to be in accordance with both first-order kinetic and transference function mathematical models, when evaluating the experimental methane production against time. By applying the first-order kinetic model, the hydrolysis rate constants, k_h, were found to be 19% and 11% higher for trampled dungs in comparison with the raw dung of dromedary and llama, respectively. In addition, the maximum methane production rate (R_m) derived from the transference function model for trampled llama dung (22.0 mL CH₄ g⁻¹ VS d⁻¹) was 83.3%, 24.4% and 22.9% higher than those obtained for raw llama manure and for raw and trampled dromedary dungs, respectively.

进行这项研究的目的是评估在中温（35°C）下以间歇模式对骆驼和单峰骆驼粪便（未经处理和踩踏）进行厌氧消化（AD）。进行了接种物与底物比率为 2:1（作为挥发性固体 (VS)）的生化甲烷势 (BMP) 测试。_{被踩踏的骆驼粪便（添加333.0 mL CH 4} g ^-1 VS ）的甲烷产量显着高于生骆驼、生的和踩踏的单峰骆驼粪便（_添加185.9、228.4、222.9 mL CH ₄ g ^-1 VS ）， 分别）。因此，踩踏的骆驼粪被发现是产生甲烷的最佳基质，因为它的挥发性固体含量高，氮含量高（2.1%）和更适合 AD 的 C/N 比（23.6）。在评估实验甲烷产量随时间变化时，发现实验数据符合一级动力学和传递函数数学模型。通过应用一级动力学模型，发现与单峰骆驼和美洲驼的原始粪便相比，踩过的粪便的水解速率常数k _h分别高出 19% 和 11%。此外，最大甲烷产率（R _m) 从迁移函数模型推导出来的被践踏的骆驼粪便 (22.0 mL CH ₄ g ^-1 VS d ^-1 ) 分别比生骆驼粪和生的和踩踏的单峰骆驼粪便高 83.3%、24.4% 和 22.9% .