Processing food stored and supplied to food warehouses with ionizing radiation in order to increase shelf life

Beamcomplex manufactures 40-ft boxes with electron accelerators – E-Beambox – for placement in long-term storage food warehouses to treat food products with ionizing radiation.
The boxes come in two models:
Model Purpose of Use Mode Power Energy
C5.50EXRK12 Treat products in boxes/bags E-beam/X-Ray 50 kW 5 MeV
C5.100EXRK12 Treat products in boxes/bags on pallets X-Ray 100 kW 5 MeV
E-beambox contents

E-Beambox is designed to treat food products:

1) Imported into warehouses.      |      2) Stored in warehouses.        |            3) Exported from warehouses.

 Advantages of E-Beambox

Operation of the box requires only a site and access to electricity; no facility remodeling is required

The box's conveyor system can be integrated into an existing production line for convenient operation

E-Beambox is a prefabricated container-type system, ready for quick installation and commissioning - installation process takes three months

IONIZING RADIATION TREATMENT TECHNOLOGY

E-beam (Electron Beam) — High-speed electrons → Precise, powerful processing

• An E-beam is a stream of fast-moving electrons.
• Electrons are very light and charged, so they can be accelerated easily.
• When accelerated, they form a high-energy beam that can treat and modify materials.

X-Ray — High-energy photons → Deep penetration through materials

• X-rays are high-energy electromagnetic waves.
• Their photons have enough energy to ionize atoms and break molecular bonds.
• This makes X-rays an effective form of ionizing radiation for product treatment.

Advantages of Ionizing Radiation Treatment Technology

Effectively treats various food products, such as flour, cereals, pulses, LNS (lipid-based nutrient supplements), frozen meat, and other products

Eliminates pathogenic microorganisms (e.g. Salmonella, E. coli) thus extending product shelf life

The temperature of products to be treated ranges from -18°C to 40°C

Food products may be processed in any type of packaging: in boxes, bags, and on pallets

Leaves no residual radiation — the product remains completely safe

Preserves the natural structure and organoleptic properties of food

Advantages of Having E-Beambox in Food warehouse

Reduction of food losses and waste due to the extended food shelf life

Complete independence from companies providing treatment services

Complete quality control – all processes are carried out under your supervision

SHELF LIFE OF PRODUCTS TREATED WITH IONIZING RADIATION

The shelf life of processed products depends on the following factors:

1) The level of contamination of food products with pathogens, insects and their larvae before the process of ionizing radiation treatment.
2) The characteristics of the packaging material (materials and packages that prevent the ingress of insects and pathogenic microorganisms, as well as materials with an oxygen barrier provide the longest shelf life).
3) The level of sterility of the storage facilities in which the products will be stored after their radiation treatment.
4) Temperature conditions and humidity in the storage facilities.

*The long shelf life is due to the fact that the products are exposed to the maximum permissible dose of radiation, as well as the use of packaging materials that are insect-, moisture- and oxygen-proof.

Types of Food Products Irradiation Dose (kGy) Mode  Shelf Life Extension
1) Instant porridges 1 E-beam/X-Ray Up to to 5 years,
*Up to 10 years
2) Cereals (rice, semolina, buckwheat, etc.) 1 E-beam/X-Ray Up to to 5 years,
*Up to 10 years
3) Flour 4 E-beam/X-Ray Up to to 5 years,
*Up to 10 years
4) Noodle products 4 E-beam/X-Ray Up to to 5 years,
*Up to 10 years
5) Liophilized beef powder 7 E-beam/X-Ray Up to to 5 years,
*Up to 10 years
6) Frozen chicken meat, poultry 7 E-beam/X-Ray Up to 1 year,
*Up to 3 years
7) Frozen beef 7 E-beam/X-Ray Up to 1 year,
*Up to 3 years
8) Casein, caseinates 6 E-beam/X-Ray Up to 1 year,
*Up to 10 years
9) Tea, coffee, cocoa 1-14 E-beam/X-Ray Up to 3 years,
*Up to 10 years

 

IAEA. Radiation processing for safe, shelf-stable and ready-to-eat food. 2003Read more
FAO. Facts about Food Irradiation. 1999Read more
U.S. FDA. Food Irradiation: What You Need to Know. 2024Read more