TS-212 Polymorphic Tritium Sampling Device

Polymorphic Tritium Sampling Device

Product introduction           

Tritiated water (HTO), tritiated hydrogen (HT) and tritiated methane (CH3T) in the air can be collected separately according to user requirements. The device can be applied to the investigation of environmental background, the monitoring of tritium concentration in the air, such as the process pipeline of nuclear facilities, the external environment of nuclear power plants, reactor workshops, and tritium waste treatment workplaces.

Features

• HT and CH3T catalytic oxidation modules ensure that HT and CH3T in the air are completely oxidized respectively;

• Unique cold trap design ensures smooth sampling gas path;

• The remote control and display management of the sampling process can be carried out through data transmission means and software control.

Technical parameters

• Sampling flow: 1-10L/min;

• Working temperature of semiconductor cold trap: -20°C ±1°C;

• Working temperature of catalytic device: 400°C ±5°C;

• Cold trap water intake: >100 ml;

• Capture efficiency: ≥ 95% (HTO), ≥ 92% (HT, CH3T);

• Continuous sampling time: 0 to 18 hours, can be set arbitrarily;

• LCD display, on-site and remote operation modes. technical indicators

• Sampling flow: 0-5L/min, adjustable flow;

• Semiconductor cold trap working temperature: commonly used 0-30 ℃;

• Catalytic bed working temperature: 400°C;

• Tritium capture efficiency: ≥ 95%;

• Sampling time: user-defined setting;

• Realize remote/local control function, local use touch screen control to realize all operations and parameter settings;

• The system has an alarm function: real-time processing of uploaded information, if the equipment is abnormal, a continuous alarm signal will be sent in the central control room;

• The system also has a database management function, which can perform real-time query on the operation history data of a single device in a specified time period according to different query conditions, and can form a report.