2011, Volume 14, Issue 1
Performance Tests on the Adsorption Systems for Redesign and Functioning in New Operating Conditions
National Institute for Research and Development for Cryogenics and Isotopic Technologies - ICIT Rm. Valcea, Uzinei Street no. 4, P.O. Box Raureni 7, 240050, Ramnicu Valcea, Romania
*Corresponding author: Sorin Gherghinescu, E-mail: email@example.comPublished:May 2011
Infrared thermography (IR) is a nondestructive inspection technique that can pinpoint control parameters covered, with applications in industrial systems, heating systems, electrical and mechanical systems. IR thermography is used to detect, through pictures, this measure of radiation emitted. By detecting areas of abnormal temperature, infrared thermography can diagnose problem areas and their severity. This paper studies the possibility of increasing the efficiency of adsorption systems of cryogenic pilot plant for separation of tritium and deuterium. Equipment is composed of an catalyzed isotopic exchange module how the tritium is extracted from tritiated heavy water. An important process in this way is ripping extract moisture from wet hydrogen isotope exchange column. In the present configuration, the cooling is done by passing hydrogen gas through the adsorber where we find within the molecular sieve 13x. Tests were made for both heating phase (adsorption) and for the regeneration (desorption). The conclusions presented in this study show the possibility of using nitrogen cold for the stage of adsorber regeneration. Cold nitrogen derived from liquid nitrogen station, which has a daily rate of loss of cold gas, thus making the recovery of energy dissipated into the environment and an important environmental factor. Monitoring of process parameters was done by two methods, infrared thermography and thermocouple type k with the computer data acquisition system via USB 3.0 interfaces.
Tritiated heavy water, adsorber system, adsorber regeneration, infrared thermography.
Tag search Tritiated heavy water adsorber system adsorber regeneration infrared thermography