Simultaneous Analysis of Pesticides in Water Using GCMS-QP2050 and AI Peak Integration

User Benefits

- The GCMS-QP2050 entry model offers excellent cost performance, and boasts high sensitivity and high quantitative analysis performance in simultaneous analysis of pesticides in water. - Peakintelligence for GCMS, which enables peak integration by artificial intelligence (AI), allows anyone to obtain the same results as experienced GC-MS operators, and can substantially reduce the time spent in data analysis.

Introduction

Regulation of chemical substances, including environmental water and drinking water, is being strengthened worldwide in order to protect human health and the health of animals and plants. As part of this trend, agricultural chemicals are one important class of chemical substances that should be monitored, as they are widely used worldwide to control weeds and insect pests and have the risk of eluting into the soil and water resources. Since a wide range of pesticides are used, GC-MS is utilized in measurements of pesticides in water, taking advantage of its superior performance in multi-component simultaneous analysis. On the other hand, accompanying changes in the business environment, the performance and functions required in analytical instruments are also changing. Higher efficiency in response a shortage of operators and reduction of training costs are examples of these needs. The GCMS-QP2050 represents a new generation of GC-MS with a completely new ion optical system, and boasts high sensitivity, quantitative analysis performance, and durability. High productivity and reliability were also ensured by various support functions that support the work of operators. This Application News article introduces an example of an analysis of agricultural chemicals in water utilizing the GCMS- QP2050 entry model, which offers excellent cost performance, and AI peak integration.

30 de enero de 2024 GMT