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Modified Atmosphere Packaging (MAP)

Extend the shelf life of your food products (i.e. fresh/dry) up to 5 times longer and enhance your distribution chain, with suitable packaging

Modified atmosphere packaging (MAP), is a food packaging and preservation method. It involves modifying the gaseous atmosphere and packaging in specific blends of food grade Nitrogen, Oxygen and Carbon Dioxide that reduce foods spoilage. It is an ideal solution to preserve cooked, dry and fresh pre-packaged foods by extending its production shelf life, enhanced its logistics & distribution network optimization as well as to have fewer products return.

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Designed to extend food shelf life

Life Science Delaware

Product quality

Argon

Carbon Dioxide

Nitrogen

Oxygen

All our food grade gases for packaging in a protective atmosphere are Halal and ISO 9001 certified.

 

freezing _ chilling

Gas Expertise

Our application experts will design a suitable solution with MAP gases that suits your products. Bringing efficiencies and improvements to your processes, as well as higher products quality. We're here to provide our expertise during trials, commissioning and startup; Ensuring a smooth and successful implementation.

Campus Technologies Grenoble

Innovation Campuses

At our global innovations campuses in most continents, our dedicated Food, Beverage and Life Science researchers pioneer the latest gas technologies and equipment; Ensuring the most advanced solutions that enhance your operations and meeting your specific needs

 

How does MAP modified or controlled atmosphere packaging work?

Air is made up of 78% nitrogen, 21% oxygen and the rest by carbon dioxide (0.04%) and other gases in very small concentrations. A change in these proportions significantly changes the storage conditions and foods respiratory activity. The packaging of food products in modified atmosphere consists of replacing the atmospheric air that surrounds said food product with another specially designed solution to minimize chemical, enzymatic and microbial reactions. The storage time limit is multiplied by two (02) times for products with significant moisture/wet content (>0.91) and by up to five (05) times when the moisture/wet content is lower. 

The Results

✓The original quality of food products is preserved

✓Prolonged freshness

✓Preserve color food. A good product visibility is maintained as food color looks better in MAP

Comparison of the shelf life of products in air and in a protective atmosphere

Products shelf life guide - Air vs MAP gases

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Packaging in a protective atmosphere is adapted to each type of product

Discover the gas solutions developed to meet the specific needs of each of your products.

Dry products

For dry products (nuts, crisps, powdered products) to prevent oxidation of the fat is of vital important. The use of CO₂ (pure or in mixture) allows, thanks to its great solubility in fat, to limit the effects of pressure on thermal or barometric variations during transport.

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Cheeses, bakery and pastry products

Cheese is prone to mold development, with some requiring a limited oxygen environment, typically around 20%, and are often packaged with a CO₂-rich gas mixture for compactness. Bread, pastries, and cake batters are susceptible to microbial growth, necessitating the use of CO₂ in packaging to manage the oxygen levels in porous products without additives.

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Cured meats

Most of the cooked meats products (with the exception of dry cooked mats), as well as prepared products , are very sensitive to microbial growth. However, the use of pure CO₂ or in a high percentage can lead to a significant shrinkage of the container or give a slightly acidic taste (products with a high fat content or in sauce). It is advisable to use a mixture of carbon dioxide with nitrogen.

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Meat products

Meat Preservation require a minimum content of oxygen in the atmosphere used, in order to preserve the color (red meat). The use of a gaseous mixture with a higher percentage of O₂ allows maintaining or reinforcing the red or pink color of some meats or poultry. The simultaneous use of CO₂ contributes to slow down the development of microorganisms.

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Fruits and vegetables

For fruit and vegetable preservation, the joint use of films with precise and selective permeability with specific gas mixtures based on their respiratory rate is necessary. In the case of packaging salads and range IV products , the use of Argon gives much better results than using any other mixture, especially in the last days of the products' shelf life. The use of argon prolongs the freshness and flavour of salads.

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Seafoods

For fish and shellfish preservation, to prevent the development of anaerobic microorganisms, gas mixtures N₂ /CO₂ are used and in some cases, mixtures that incorporate oxygen.

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Our recommended food grade gas (ALIGAL) and equipment solutions for your food factory & analysis lab

Our experts will help you choose the right gas for your analysis and give you advice on the use of related equipment. In this way, it is possible to obtain reliable and high-quality measurement results in complete safety.

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