DGT can be used for measuring, monitoring and investigating radionuclides. If the element is in a chemical form that binds to one of the standard DGT binding agents, as is the case for Pu(1-4) or…

DGT passive samplers with an HLB binding layer have proved successful for the measurement of pharmaceuticals. In Challis et al, 2016 (click link for full reference), it was used without a filter membrane. Such devices…

DGT passive samplers with an HLB binding layer have proved successful for the measurement of psychiatric pharmaceuticals (Fang et al, 2019). Clicking on the link will provide the full reference. This publication preferred a polycarbonate…

DGT passive samplers with a WAX (weak anion exchanger) binding layer have proved successful for the measurement of PFCs when it is used with a polyethersulphone filter membrane. (J. Luo, Nanjing University, Pers. Comm.) The…

DGT passive samplers with an HLB binding layer have proved successful for the measurement of OPFRs when it is used with a PTFE filter membrane (Zou et al, 2018). Clicking on the link will provide…

DGT passive samplers with an HLB binding layer have proved successful for the measurement of NCBs when it is used with a GHP filter membrane (Zhang et al, 2019). Clicking on the link will provide…

An HLB binding layer has proved successful for the measurement of EDCs (Chen et al, 2018). Clicking on the link will provide the full reference. It can be used with a PTFE membrane. Another publication…

DGT passive samplers are increasingly being used for measuring pesticides. With an HLB binding agent, it has proved to be effective at measuring atrazine, chlorpyrifos, clofibric acid, clothianidin, diazinon, imidacloprid and thiamethoxam. This development  (Challis…

DGT passive samplers are increasingly being used for measuring illicit drugs. So far DGT with an XAD18 binding agent has proved to be effective at measuring amphetamine (AMP), ketamine (KET), and methamphetamine (METH) (Guo et…

An HLB binding agent has proved to be very effective at measuring a range of household and personal care products. The main publication reporting this development is Chen et al, 2017. Clicking on the link…