Background Introduction:

      Tritium is both a naturally occurring radioactive element and an artificially produced radioactive element. Artificial tritium in the environment primarily originates from nuclear explosions and the operation of nuclear reactors, which are currently the main sources of tritium on Earth. Tritium is a low-energy pure beta-emitting radioactive element, with a maximum radiation energy of 18.6 keV. Once it enters the body, due to its relatively long half-life, high isotopic exchange rate, and oxidation rate, it can cause internal radiation damage to human tissues and organs. Therefore, it is necessary to manage and control its release into the environment. However, current laboratory purification of tritium is primarily done through artificial methods, which are complex to operate, have poor stability, low precision, and relatively low efficiency, and may also pose the risk of secondary environmental contamination.

Product Overview:

This product adopts an integrated design combining heating, evaporation, built-in cooling systems, and automatic conductivity-based filtration collection. It can be widely used for measuring tritium content in water from rivers, lakes, seas, and other environments.

Heating section: 6 working units, customized far-infrared ceramic heating modules with stable and effective heating performance;

Cooling section: built-in cooling water tank in the main unit, automatic compressor cooling circulation unit, no need for external cooling connections;

Collection section: can independently set the distillate collection volume: 0-500ml, machine conductivity detection range≈200 μs/cm;

Smart functions: automatically cuts off power and provides audible and visual alerts when the distillate reaches the set endpoint.