E Beam Sterilization Vs Gamma

This paper further highlights the advantages of each technology and.

E beam sterilization vs gamma.

By comparison electron beam sterilization only requires a concrete housing for the electron accelerator to ensure a safe work environment. Gamma radiation has high penetration meaning the radiation seeps deep into the object being irradiated and a low dose rate. Because of gamma s high output nature material properties can change in unwanted ways as well. However it is understood that gamma and eo typically meet the requirements of packaged laboratory products.

Some of these methods include ethylene oxide gas radioactive cobalt 60 gamma electron beam and x ray. Gamma and electron beam. Your maximum dose however may be higher for e beam than gamma as e beam has a faster dose rate. Because the minimum dose has more to do with your specific product manufacturing procedures and facility it will be the same for both forms of radiation sterilization.

This paper focusses on the major sterilization modalities including both radiation based gamma e beam and x ray and gas based ethylene oxide comparing and contrasting them to provide the reader with a greater understanding of the way they work and their capabilities. The international irradiation association iia has determined the sterilization industry is approximately 40 5 gamma 4 5 e beam 50 eo and 5 utilizing a variety of modalities such as steam and x ray source. E beam on the other hand has low penetration and a high dose rate. Electron beam technology a platform for safe fresh and beam irradiation an overview sciencedirect topics effects of gamma and e beam sterilization on the chemical transitioning to e beam or x ray q1 ions plaintiff federal trade mission s plaint for temporary.

This method of sterilization processing has proven to be safe environmentally friendly and efficient. Below is an overview of various types of.