Numerous biological treatment techniques have been studied for better management of high-strength livestock urine and manure (LUM) but it is still challenging. To gain an advanced option for LUM management, this study proposes a physicochemical process combining microfiltration (MF) and cold plasma (CP). Experimental design applying single CP, single MF, and the integrated system coupling CP and MF (CP + MF) evaluates the performances of the configurations while reducing hydraulic retention time (HRT) from 3 d to 1 d. Results demonstrate that the CP + MF can maximize the removal efficiencies of total nitrogen (72.4 %), total phosphorus (57.8 %), NH₄-N (73.3 %), turbidity (99.1 %), dissolved organic carbon (71.3 %), suspended solids (98.7 %) at HRT 3 d. It was verified that CP, even at the lowest HRT (1 d), significantly reduces membrane resistance (0.4 × 10¹⁴ m⁻¹) compared to the control (1.5 × 10¹⁴ m⁻¹) which leads to lower transmembrane pressure (TMP, 45.6 kPa) and inclined flux (4.4 L/m²/h) than those of the control (45.6 kPa TMP and 2.2 L/m²/h). These results contribute to the advanced treatment of LUM with a cost-effective and environmentally friendly strategy via technical convergence.

为了更好地管理高强度家畜的尿和粪便（LUM），已经研究了许多生物处理技术，但是这仍然具有挑战性。为了获得LUM管理的高级选择，本研究提出了一种将微滤（MF）和冷血浆（CP）相结合的物理化学过程。使用单个CP，单个MF以及CP和MF耦合的集成系统（CP + MF）进行的实验设计可以评估配置的性能，同时将水力停留时间（HRT）从3 d减少到1 d。结果表明，CP + MF可以最大限度地提高总氮（72.4％），总磷（57.8％），NH ₄的去除效率-N（73.3％），浊度（99.1％），溶解的有机碳（71.3％），HRT 3 d处的悬浮固体（98.7％）。可以确认，CP，即使在最低HRT（1 d），显著降低膜电阻（0.4×10 ¹⁴米^-1相比于对照（1.5×10）¹⁴米^-1），其导致较低的跨膜压力（TMP ，45.6千帕）和倾斜的通量（4.4 L /米²比对照（45.6千帕TMP和2.2升/米/小时）² /小时）。这些结果通过技术融合，以具有成本效益和环境友好的策略促进了LUM的先进治疗。