MultiTalent 203全自动甲烷潜力测试仪
MultiTalent 203是国际通用、具有竞争力的全自动生物可降解性分析仪。由独特精准的微量气体流量测量单元、集成内嵌式芯片和实时数据自动采集系统构成，软硬件一体化，可在物料整个发酵周期全自动采集记录、分析和输出实验数据。
该系统可以轻松的让您精准、批量的测定不同类型物料在不同条件下的生物降解性、产甲烷潜力，并全面掌控其降解动态；同时也适用于厌氧毒性试验ATA、污泥产甲烷活性SMA等测试，优选和评估预处理条件、添加剂效果，以及生物质乙醇发酵等厌氧发酵实验。
较高分辨率和精确度
有效节约时间和节省劳动力
标准化的测试过程和数据输出
触摸屏本地访问及操作
产品应用
企业研发部门
高等教育机构
科研院所
第三方检验检测机构
市政污水处理厂
环境工程领域
石油化工行业
农村生态环境
生活垃圾
餐厨垃圾
污水污泥
轻工废水
能源作物
农业秸秆
畜牧粪便
能源微藻
用户反馈
我们受英国生命科学和生物技术理事会(BBSRC)支持，三年来协同纽卡斯尔大学、埃塞特大学、华威大学的实验室共同研究提升甲烷产量的微生物生态学机制。项目组使用了两台MultiTalent 203设备，主要用于在线测定甲烷产率和菌群的产甲烷活性。
在三年使用中我们对MultiTalnt 203的性能及表现非常满意，让我确信这是对比其他测试系统更让人值得信赖的分析平台。这款全自动的甲烷潜力测试系统相比传统的排水法具有无法比拟的优势。
不用反复记录数据，使用更加简单智能。能够快速校准,减少操作培训时间，获取精确测量结果。MultiTalnt 203可直接读取数据，精确、数显、直观，非常适合在实验室规模小试研究中使用。这大大简化物料甲烷潜力测试的操作步骤，并加速精密测量的标准化进程。
Over the past three years with funding support from BBSRC in UK, scientists from Imperial College London have collaborated closely with microbiologists from Newcastle University, Exeter University and Warwick University to study the microbiome mechanism behind augmented biomethane production. As one of core experimental platforms, we have operated two MultiTalent 203 systems in parallel to analyse methanogenic activities of microbial communities and biomethane potential.
We are satisfied with the outstanding performance of MultiTalent 203 in terms of high accuracy and high precision, as well as long-term reliability. The instrument is a certainly more trustworthy system in compared to those in-house developed experimental setups and other commercial competitors due to its professional and user-friendly design and high product quality. The instrument is easy to operate, fully automated, even more important with high precision and accuracy. It is so handy that we no longer need to log experimental data manually over weeks, therefore free our hands from high-labour intensive laboratory work. This allows us to more efficiently utilize our time for the research work. MultiTalnt 203 offers real-time data visualization and detail data can be easily downloaded as report in three different time intervals for further analysis. It is a perfect analytical platform for research studies in lab-scale.
英国帝国理工学院化学工程系
Department of Chemical Engineering, Imperial College London
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