you will learn about the purpose,history their advantage and disadvantage of modified atmosphere packaging used in meat technology.you will also know about the gases used in modified atmosphere packaging.
The aim of this presentation is filtration of raw bio gas and methane production in all economic aspects. For this, a low costbio gas system by separating the other gases from methane, called chemical scrubbing was developed.
Controlled atmospheric and Modified atmospheric packaging using nitrogenDebomitra Dey
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For a sustainable future it is essential to close the global carbon cycle. Oxidised forms of carbon, in
particular CO2, can be used to synthesise energy-rich organic molecules. Engineered cyanobacteria have
attracted attention as catalysts for the direct conversion of CO2 into reduced fuel compounds.1-Butanol is a
promising gasoline replacement compared to the more commonly used ethanol due to several advantages.
Specifically, 1-butanol is less corrosive and has a higher energy density than ethanol. In this study,
Synechococcus elongatus was isolated from the sea sediment in Konak and the effects of CO2 isolated from the
same region on the production of 1-butanol was investigated. Addition of plasmid slightly increased the CO2
utilisation rates. The effects of environmental factors (NO3-N, SO4-S, NaCl, H2, O2) on the ratio of 1-butanol
production to CO2 removal were investigated. Under optimized conditions S.elongatus metabolized theCO2
according to Monod kinetic(Ks = 1.5 mg L-1
and µ = 0.21 day-1
). Under highNO3-N, SO4-S, NaCl, and O2
concentrations 1-butanol produced with un-competitive inhibition with a high Ki value of 2.3 mg L-1 indicating
the low inhibition in S.elongatus with plasmid. The competitive inhibition constant (Ki) is low (0.70 mg L-1
)
exhibiting the high competitive inhibition at high concentration for the operational conditions given above
you will learn about the purpose,history their advantage and disadvantage of modified atmosphere packaging used in meat technology.you will also know about the gases used in modified atmosphere packaging.
The aim of this presentation is filtration of raw bio gas and methane production in all economic aspects. For this, a low costbio gas system by separating the other gases from methane, called chemical scrubbing was developed.
Controlled atmospheric and Modified atmospheric packaging using nitrogenDebomitra Dey
CAP and MAP (Controlled atmospheric packaging and Modified atmospheric packaging) of food products using Nitrogen gas. Food products that are durable and perishable, how Nitrogen gas protects foods from spoilage.
For a sustainable future it is essential to close the global carbon cycle. Oxidised forms of carbon, in
particular CO2, can be used to synthesise energy-rich organic molecules. Engineered cyanobacteria have
attracted attention as catalysts for the direct conversion of CO2 into reduced fuel compounds.1-Butanol is a
promising gasoline replacement compared to the more commonly used ethanol due to several advantages.
Specifically, 1-butanol is less corrosive and has a higher energy density than ethanol. In this study,
Synechococcus elongatus was isolated from the sea sediment in Konak and the effects of CO2 isolated from the
same region on the production of 1-butanol was investigated. Addition of plasmid slightly increased the CO2
utilisation rates. The effects of environmental factors (NO3-N, SO4-S, NaCl, H2, O2) on the ratio of 1-butanol
production to CO2 removal were investigated. Under optimized conditions S.elongatus metabolized theCO2
according to Monod kinetic(Ks = 1.5 mg L-1
and µ = 0.21 day-1
). Under highNO3-N, SO4-S, NaCl, and O2
concentrations 1-butanol produced with un-competitive inhibition with a high Ki value of 2.3 mg L-1 indicating
the low inhibition in S.elongatus with plasmid. The competitive inhibition constant (Ki) is low (0.70 mg L-1
)
exhibiting the high competitive inhibition at high concentration for the operational conditions given above
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GASES USED IN MODIFIED ATMOSPHERIC PACKAGING(M.A.P.).pptx
1. GASES USED IN MODIFIED
ATMOSPHERIC PACKAGING(M.A.P.)
FSAT-5108. FOOD PACKAGING
(2020-24)
Spring-2022
INSTITUTE OF FOOD SCIENCE AND NUTRITION(IFSN)
UNIVERSITY OF SARGODHA, SARGODHA PAKISTAN
B.Sc. (Hons). Food Science and Technology
2. CONTENTS
Definition of MAP
Atmospheric Composition
Gases used in M.A.P.
Proportion of Gases in M.A.P.
2
3. Modified atmosphere packaging is the enclosure of a food, e.g.
bacon, in a package in which the atmosphere has been changed
by altering the proportions of carbon dioxide, oxygen, nitrogen,
water vapor and trace gases.
The process limits microbial as well as biochemical activity.
This modification is performed by gas flush packaging – air is
removed and replaced by a controlled mixture of gases.
MODIFIED ATMOSPHERIC PACKAGING
3
6. Oxygen:
It is odorless, colorless, highly reactive and support combustion.
It is less soluble in water(0.013g/kg at 0°C).
Combine easily with fats and oils causing rancidity
Spoilage causing bacteria and fungi need oxygen for growth. Thus, it
must be reduced as much as possible.
GASES USED IN M.A.P
6
7. Nitrogen:
It is inert, tasteless, odorless having low density.
less soluble in water(0.018g/kg at 20°C)
It reduces the package from collapsing while dissolving CO2 in food
and act as cushion.
It displays oxygen from the pack, oxidative rancidity is delayed.
GASES USED IN M.A.P
7
8. Carbon Dioxide:
Most important gas used in M.A.P
It has anti-microbial and anti-fungal characteristics.
As the concentration of carbon dioxide increases, inhibiting impact
increases.
It retards the growth of molds and aerobic bacteria.
Decrease in temperature increase carbon dioxide solubility.
GASES USED IN M.A.P
8
9. Noble Gases:
They are stable, least reactive and inert gases.
It delay the textural softening, inhibit microbial oxidases, inhibit
enzymatic discoloration.
It enhance the effectiveness of carbon dioxide by weakening
microbes and extend the microbial lag phase
Average shelf life is claimed to be improved by 25%.
GASES USED IN M.A.P
9
10. Carbon Monoxide:
It is odorless, colorless, highly reactive and support combustion.
It’s mostly used in packaging of meat to give bright red color.
CO at 5-10% (<5% oxygen) is an efficient fungicide.
Commercial applications are limited due to its explosive nature at
12.5-74.2% in air.
GASES USED IN M.A.P
10
11. GASES USED IN M.A.P
Gas Mixtures:
To inhibit the microbial spoilage a mixture of 40-70% nitrogen
and 30-60% carbon dioxide is used.
In case of oxidative rancidity 100% nitrogen is used.
In respiring product high carbon dioxide or too low oxygen
concentration is avoided.
11