MANUFACTURE OF COMPLEXES WITH ELECTRON ACCELERATORS

DEVELOPMENT OF PROCESSING TECHNIQUES

ABOUT US

Beamcomplex manufactures multifunctional container-type complexes with electron accelerators and other special equipment for processing of various products, materials and substances with ionizing radiation. Accelerators use energy of 1 to 5 MeV and operate in E-beam and X-Ray modes.



The advantage of our complexes: the complex is ready-made and consists of three 40-ft containers that are placed on site, the local radiaiton shield of a container with an electron accelerator is filled with concrete/made of metal and the complex is quickly put into operation.

Processing of products moving along the conveyor with ionizing radiation in the X-ray mode

COMPONENTS OF COMPLEX

Electron accelerator
Local radiation shield made of metal
Local radiation shield made of metal
Control cabinet
Radiation module housing that is filled with concrete after installation
Scheme of setting up a concrete radiation shield
Complex with concrete radiation shield
Conveyor system with products under electron accelerator's outlet

MODELS OF COMPLEXES

Complex in local radiation shield made of metal
Complex in local radiation shield to be filled with concrete
Mobile complex for pre-sowing seed treatment, inhibition of vegetable germination, etc.
Complexes for processing food products in cargo containers
TECHNOLOGY
The electron accelerator generates E-beam and X-rays that penetrate products, materials or substances to be processed with ionizing radiation for the purpose of destroying pathogens, insects and their larvae in food products; sterilizing medical devices and packaging materials; cross-linking the carbon chain in polymers and much more.
Learn more about technology
APPLICATION AREAS
Atoms for Food Equipment programme aimed to manufacture equipment to support national food security programmes
Processing of food with
E-beam/X-Ray for disinfection, disinsection and increase of shelf life
Sterilizaiton of medical devices, cosmetics packaging, food packaging and much more

Seamless transition from

CO-60 sources to electron accelerators for existing gamma irradiation centers

SIT, pre-sowing seed treatment, polymer cross-linking, plastic recycling and much more

IAEA/FAO ON SAFETY AND EFFICIENCY OF IRRADIATION

IAEA. Safety Standards for protecting people and environment. 2006
IAEA. Radiation processing for safe, shelf-stable and ready-to-eat food. 2003
FAO. Facts about Food Irradiation. 1999