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Total Solutions for Food and Beverages
MATHESON offers a complete line of gas products and related products to serve the Food and Beverages industry.

The following table summarizes the gas applications and relevant gases used in each. A wide variety of gas supply modes and application equipment options are available. We will work with you to design an efficient and cost-effective solution that meets your specific application requirements.
Gas Applications used in Food and Beverages
Gas Application Gases Used
Blanketing:
The use of gas to maintain an inert atmosphere above a liquid or powdered product inside a storage tank, silo, reactor, process equipment or other vessel. The inert gas will help prevent product degradation from moisture and oxygen, control volatile emissions, and safeguard against fires and explosions.
Carbon Dioxide
Nitrogen
Food Freezing/Chilling:
The cryogenic properties of liquid gases are used for the freezing and chilling of food products. Liquid gases can achieve a lower temperature and provide a faster cool down rate than mechanical refrigeration systems. The use of cryogenic spiral, tunnel, immersion or batch freezer for food freezing, or snow horn or bottom injection system for chilling, will generally result in increased production, reduced dehydration losses, reduced bacteriological activity, increased shelf life, and improved efficiency versus mechanical freezers.
Liquid Carbon Dioxide
Liquid Nitrogen
CO2 vs LIN Freezing
Cryogenic freezing vs Mechanical
Batch freezer
Mini-batch freezer
Controlled Atmosphere Storage:
A technique used to preserve fresh fruits and vegetables or enhance ripening by modifying the gaseous composition of the atmosphere in which the food products are stored. The atmosphere is closely monitored and precisely controlled to maintain the desired gas proportions of oxygen, nitrogen, carbon dioxide, and ethylene throughout the storage period.
Carbon Dioxide
Oxygen
Nitrogen
Ethylene
Grain Fumigation:
The use of oxygen deficient atmosphere to kill 100% of all life stages (eggs, larvae, pupae, and adults) of insects which have infested agricultural commodities such as grain, flour, oats, rice and tobacco in silos and warehouses. The process requires that the commodity remain sealed in a carbon dioxide or nitrogen atmosphere for at least four days.
Carbon Dioxide
Nitrogen
Modified Atmosphere Packaging:
The use of pure gas and/or gas mixtures to prolong the shelf life of raw fresh and processed foods by retarding/inhibiting the spoilage mechanisms that affect product quality. During packaging the air is purged or evacuated from the interior of the package, replaced with a gas or gas mixture, and quickly sealed. Selection of the correct gas or gas mixture is dependent on such factors as food product, whether it is raw or processed and packaging material.
Carbon Dioxide
Nitrogen
Nitrogen/Carbon Dioxide Mixture
Nitrogen/Carbon Dioxide/Oxygen Mixture
pH Control:
The use of carbon dioxide to control the pH levels of alkaline wastewater, cooling water, drinking water, and industrial process water systems. Carbon dioxide, a mildly acidic gas, will lower the pH of alkaline effluents without storage, handling and safety problems associated with strongly acidic chemicals, such as hydrochloric acid or sulfuric acid.
Carbon Dioxide
Sparging:
The use of Nitrogen reduces the concentration of dissolved gas (usually oxygen) in a liquid, or to fluff a product. Desolved oxygen removal generally results in increased shelf life and prevents oxidation, discoloration, and flavor and aroma loss.
Nitrogen
Undercover Gassing:
Nitrogen flushes out oxygen from the headspace of lidded containers immediately before sealing. This technique can extend the shelf life of oxygen sensitive products. Undercover Gassing can be used with liquids, solids and powders packaged in cans, jars or bottles. Examples include canned nuts canned condensed milk, and bottled beer.
Nitrogen
Related Products used in Food and Beverages
 
As a total solutions provider, MTG also offers the following products and services in support of the following functions within the Food and Beverages facilities:
 
 
Gases, gas mixtures, and equipment for modified atmosphere packaging, fumigation, sterilization and pest control.
 
Laser gases and equipment for marking "best before" dates on metal cans.
 
Welding and Cutting Gases, equipment and consumables used to maintain the production facilities and machinery.
 
Safety Equipment for workers such as personal protective gear, work clothing and first aid.
 
Propane to fuel forklifts and heating.
 
Recommended Gas Mixtures for Food and Beverage Packaging



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