Active Dosimeter Market Size, Share & Analysis | 2022-27
Overview of the Market:
The Active Dosimeter market is estimated to grow at a CAGR of 8.53% between 2021 and 2026. Personal protection from ionizing radiation has become critical for everyone working in a potentially hazardous setting. It is also a legal requirement for an enterprise to protect its personnel against excessive radiation doses. Hospitals, imaging clinics, laboratories, industrial facilities, and even mines are examples of such workplaces (i.e., mineral sand mines). Individuals who work in nuclear power plants, nuclear research institutions, and medical laboratories must constantly check their radiation exposure. As a result, they are the principal consumers of electronic personal dosimeters.
The market for active dosimeters is expanding significantly due to increased awareness of hazardous radiation and its adverse effects, as well as its usefulness in giving real-time information and notifying the exposed. Rising applications in the medical and life science sectors are also projected to considerably drive the market. The number of persons employed in the nuclear reactor building industry is growing. Over 450 nuclear power reactors are projected to be operational in 30 nations. A further 50 power reactors are now under construction in 15 countries, with the majority of them focused on China, India, Russia, and the United Arab Emirates. This will raise the demand for active dosimeters.
Scope of the Report:
Active dosimeters are electronic dosimeters that may provide information in real-time, not only as stylodosimeters integrated dosage but also in dose rate, which is important to know in the event of inadvertent irradiation. The electronic, alarm, operational, or DMC dosimeter is another name for an active dosimeter. It provides a direct display of the accumulated dose as well as some other features such as alarm threshold settings for dose or dose rate values. It also provides an auditory and visual indication of the dose rate level and is powered by a battery. In the case of high radiation levels or for work and dosage optimization, an active dosimeter is also utilized for supplemental dosimetry. They can also be read by remote transmission, which can monitor an entire area or team continuously.
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