Publications by authors named "Huizhi Ding"
Article Synopsis
- The study developed a portable mass spectrometry technique for accurately measuring tirofiban drug concentrations in blood to enhance patient safety and treatment efficacy.
- The method identified a significant parent ion peak for tirofiban and optimized various parameters, achieving a limit of detection (LOD) and limit of quantification (LOQ) of 10.1 and 33.7 μg·L, respectively.
- Although the technique faced some challenges from blood sample matrix effects, it successfully detected tirofiban in 10 out of 12 clinical samples, demonstrating the need for further optimization and validation to boost sensitivity and stability.
Wastewater reclaim in industrial parks can effectively reduce the dependence on external water resources, few literatures evaluated the reclaim system from perspectives of economy, technology, and environmental impact. It is very popular across China that a constructed wetland is linked with a wastewater plant and then discharged the tailwater into surface waters, based on current situation, pilot experiment, and other available techniques, six scenarios for wastewater reclaim system were designed for Shanghai Chemical Industrial Park. Using life cycle assessment, it was found that in scenario of pilot experiment, most environmental impact was derived from wastewater plant and ultra filtration - reverse osmosis, in which ultra filtration - reverse osmosis accounted >20 % for POCP, AP, and EP, Wastewater plant accounted >86 % for ADP, ODP.
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