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.  

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  英國帝國理工學院化學工程系

  Department of Chemical Engineering, Imperial College London