• The technology of ionization by means of accelerated electrons is already widely used throughout the world in the fields of medical product sterilisation and polymer processing.
• Within the farm-produce industry, ionization is often used in decontamination processes. Many other applications are envisaged but their development is dependent upon untangling the knot of regulations existing within Europe.
• World-wide, many projects for applications linked to the environment are in progress and pilot installations have already been installed.
• Finally, selective applications linked to specific markets (doping of semi-conductors, colouring of glass in bottle-manufacturing…) provide worthwhile opportunities for development.

Sterilisation of medical and pharmaceutical materials

- Destruction of micro-organisms.

• Sterilisation, either directly or through the wrapping, of single usage medical/surgical equipment (gloves, syringes, scalpels), prostheses and implants, laboratory equipment…
• Decontamination of fine pharmaceutical products: talc, biological powders.

Decontamination and conservation of food products

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• Microbic decontamination of vegetables and dried fruits.
• Conservation and pasteurisation of vegetables, fruits, meats and cheeses.
• Destruction of salmonella (poultry, white of egg).
• Inhibition of germination of bulbous vegetables.

Industrial applications

- Optimisation of physical-chemical properties by molecular transformation.

• Polymerisation of composite materials, impregnated wood and concrete, resins, inks, paints and adhesives.
• Reticulation of products made from polythene, elastomers, silicones, rubber, magnetic supports.

Pollution removal

- Destruction of micro-organisms, viruses and bacteria.

• Disinfection of sludge after sewers have been cleaned out.
• Decontamination of waste water.
• Removal of pollution from smoke.
• Sterilisation of hospital waste.