Chinese Academy of Fishery Sciences

Jereh Environmental Protection Technology Co., Ltd.

Xuanzhu Pharma Co., Ltd.

Sihuan Pharmaceutical Holdings Group Ltd.

Yan Zhang

Jun Zhao

Chengzhen Wang

Rengang Liang

Keming Qu

Xuzhi Zhang

Jufa Chen

Qiufen Li

Dongsheng Ding

Xiaochun Wang

Xiaoyu Jiang

Peichao Cong

Zhaodi Jin

Zhixue Wang

Chuangang Lin

Zhe'na Zhang

Yuntao Song

Embodiments of the present disclosure provide a system for treating oily solid material and a method for treating oily solid material. The system for treating oily solid material includes a thermal desorption module, a thermal desorption vapor treatment module and an incondensable gas treatment module. The thermal desorption module includes a vertical furnace body, a stirring shaft and an electromagnetic induction heating coil assembly. The electromagnetic induction heating coil assembly includes a plurality of coil units sequentially arranged at an outer side of the sidewall of the vertical furnace body along the height direction (Y). A heating power of each of the plurality of coil units is configured to be independently controlled.

System for treating oily solid material and method for treating oily solid material

An antibiotic susceptibility testing device of gram-negative bacteria, as well as a corresponding method, are discussed. The device has a temperature control unit (including a constant temperature chamber) and a contactless conductivity-based measurement system. Disposable glassy or PVC tubes are used as test vessels for AST. In the performance of AST assay, appropriate kind of liquid medium containing identical amount of target bacterial cells and target antibiotics at different concentrations are loaded into test tubes, following by incubation in the device at a setup temperature. The bacterial growth profile is monitored by collecting the differential values (&#x394;C) of conductivity of liquid medium, which depend on the proliferation of viable cells. Outcome of &#x394;C indicates whether the target bacterial cells are completely inhibited by the test antibiotic or not, enabling the user to judge the value of the minimal inhibitory concentration (MIC) simply.

Device and method for automated antibiotic susceptibility testing of gram-negative bacteria

Growing community of inventors

Shandong, China

Yan Zhang