Tips Keep Spices Fresh for Longer Time With OxySorb?

 Spices are an integral part of any cuisine and are highly flavorful and efficient in bringing high taste, texture, and flavor to any dish you cook. Though spices, whole or in powdered form are usually dry in nature, it is essential to make sure that they are stored, packaged, and transported in dry environments too, to help retain and maintain their dry state for a longer time.

So, you must be wondering, how to keep spices fresh for a longer time easily and efficiently, without the use of any chemicals, or altering products. Oxygen absorbers are an effective solution for this and can effectively keep spices dry and fresh for longer. These small packets contain iron powder that absorbs oxygen from the air. This creates an oxygen-free environment that slows down the oxidation process, which is the main cause of spice deterioration.

The presence of excess moisture and oxygen during packaging and storing of spices can lead to a lot of damage to the texture, freshness, quality, flavor, and structure of the various spices, may they be powdered or their whole form.

Oxygen is a reactive gas that can break down the molecules in spices, causing them to lose their flavor and aroma. By removing oxygen from the container, Oxysorb helps to protect spices from this process. In addition to removing excess oxygen from the surrounding air and environment, oxygen absorbers also absorb moisture from the air. This helps to prevent spices from becoming clumpy and moldy leading to deterioration and damage to their potency.

How to use oxygen absorbers to keep spices fresh longer?

Spices are highly sensitive to moisture, heat, and light, and oxygen is also a major contributor to spice degradation. When spices are exposed to oxygen, they can lose their flavor, aroma, and color, thus using Oxysorb can help to protect spices from these elements and extend their shelf life.

To use oxygen absorbers for spices, make sure you have your spices ready to be packaged or stored, proper suitable airtight storage containers, and the appropriate quantity of oxygen absorber packets. You can choose containers that are clean, dry, and made of materials that provide an effective barrier against moisture and air. 

Before you begin the process of effective storage of spices, you need to examine your spices for any signs of moisture or clumping. Clumping may show that there is some amount of moisture that is present in the storage of spices, thus it is essential to remove it before it starts deteriorating. Dry spices are more effective in retaining their original flavor and potency.

Check the instructions on the oxygen absorbers you will be using to determine the correct dose for your spice amount. It is important not to overdose as this can lead to an oxygen-depleting environment in your spice storage setting, which can affect the quality of the spices you are using.

Place the required number of  Oxysorb packets into each storage container before adding the spices to them. Oxygen absorbers work by removing the oxygen content from the enclosed container space, so it is essential to seal the container quickly and in an airtight manner after inserting the absorbers to maximize their effectiveness and retain their freshness and potency.

Once you have added the oxygen absorbers, close the containers to seal them with an airtight seal. This step is important because it stops oxygen and moisture from reentering of oxygen and moisture, both of which contribute to spice deterioration and spoilage.

Find a cool, dark place to store your spice containers, as excess exposure to light and heat can lead to a faster degradation process, so choose a storage place away from direct sunlight and heat, like a pantry or cupboard.

You need to periodically and frequently check your spice containers for any signs of moisture, clumping, or changes in color, texture, and taste. If you notice any issues, consider replacing the oxygen absorbers, as they may have got saturated, and ensuring the containers are properly sealed.

Tips to choose the right oxygen absorber for your spice storage

• Measure the size of your airtight spice container accurately. This will give you a proper idea for choosing the right absorber size.
• There are various types of oxygen absorbers available, each designed for a specific purpose and use. The most common type is iron-based absorbers, which are suitable for dry goods like spices, and silica gel absorbers, which are effective in adsorbing both oxygen and moisture. Choose a type that is best suitable for your preservation goals.
• Weigh or measure the amount of spices you intend to store in the container. This will help determine the absorbency capacity required.
• You can refer to the sizing chart provided by the oxygen absorber manufacturer, which will typically list the recommended absorber size based on container volume and spice quantity.
• Make sure you are only using food-grade and food-safe oxygen absorbers so that they do not alter or damage the spices. These varieties are usually non-toxic in nature and are safe to use with food products.
• Make sure to buy and source the oxygen absorbers from reputable suppliers or brands known for producing high-quality preservation products. This will ensure you are buying the best quality to be used that is made with food-safe materials.
• Check the expiration date or shelf life of the oxygen absorbers, as using expired absorbers may compromise their effectiveness and ability to effectively absorb moisture and oxygen in your storage setting.
• Ensure that the oxygen absorbers are individually sealed in airtight packaging until use. This helps to prevent premature activation of the absorbers and makes them more effective when placed in your spice storage containers.
• If you plan to store the spices for over a year or longer periods of time, consider using a larger size of absorber packet to ensure adequate oxygen absorption throughout the extended storage period.

Oxygen absorbers are a simple and effective way to extend the shelf life of your spices, so be sure to use them to package and store your spices for longer periods of time in their best form and potency. 

How to Get Rid of Fungus and Preserve Jaggery for a Long Time?

 

Jaggery is famous and used as an alternative to sugar in many parts of India. Jaggery is a type of unrefined sugar made from palm and sugarcane sap. It is primarily produced in various parts of Asia and Africa.

How is jaggery made?

Jaggery is usually made from concentrated sugarcane juice. There are two types of jaggery, one made from sugarcane and the other one made from the palmyra palm tree. In making jaggery, the sugarcane sap from palm trees is boiled for hours, and then we obtain the concentrated liquid. The liquid is then poured into the moulds to dry and settle properly. After the liquid is completely dried, it is packed in boxes and delivered to stores.

Jaggery is also categorised into two different colour types: pale gold and deep brown. The colour range depicts the sweetness of the jaggery. It has been said the darkest variety is the purest form and therefore has the best flavour and sweetness than other jaggeries. 

Palm jaggery vs jaggery:

Both have different tastes. Palm jaggery is generally made from coconut juices. The jaggery is made from palm tree extracts and has several numbers of vitamins and minerals contained inside. However, palm jaggery is a rich source of essential minerals, restores healthy digestion and gives relief from constipation.

Whereas normal jaggery is made from sugarcane juice, detoxes the liver, and activates digestive enzymes in the body. Jaggery also purifies the blood and boosts immunity. Jaggery is generally made by extracting sugarcane sap, obtaining concentrated sugar, and molding it into different shapes.

Can jaggery get affected by fungus?

As per studies, jaggery has moisture and carbohydrates. This combination makes the jaggery ideal for breeding fungus in it. It has been said that if jaggery is not preserved with preservatives and chemicals, it is more likely to have fungus growth. Fungus growth rises, especially during summers. Jaggery is made during winters, with 5% moisture inbuilt in jaggery. The humidity content helps retain the taste and colour of the jaggery and even helps increase the product's shelf-life. However, summers can also result in melting the jaggery. The growth of fungus in jaggery can be prevented by using food-grade desiccant like an oxygen absorbers and the silica gel packets. These can be filled together or individually, while packing the jaggery.

A study conducted on commercial jaggery observed the effect of storage period on the quality of jaggery. Experimental data revealed that moisture content in jaggery could be increased from 12.07% to 22.36% in open storage, decreasing to 9.23% in bin storage. Lastly, while packed in plastic bags, moisture content was increased to 15.84%. This also results changing in the colour of jaggery. Therefore, the colour of the jaggery becomes darker during storage. 

Furthermore, jaggery's optical density and acidity were slightly increased during storage. So, to maintain the quality of jaggery, an oxygen absorber and silica gel packets must be stored with an oxygen absorber.

How is jaggery stored? 

After the concentrated liquid takes its shape and settles down properly, the storing process starts immediately. Jaggery is usually packed in airtight containers in a cool and dry place. It can also be stored by breaking it into small pieces. 

Best methods for preserving jaggery:

1. Storing in zip-lock bags: The zip-lock bags can keep the jaggery held for at least 1 to 2 years and retain its taste and colour. While storing jaggery, it would be best if you always remembered that no air goes inside the zip-lock bag. Otherwise, the colour and flavour of the jaggery will not be retained and even spoil the shape. If you don't have a zip-lock bag available, you first wrap the jaggery with paper, cover it with plastic, and store it in an airtight container. 
2. Storing in the fridge: Before storing the jaggery in the refrigerator, never pack it in a plastic box. Always try to store jaggery in a steel container. Storing jaggery in plastic can spoil the colour and taste of the jaggery. At least for 6 months or more, jaggery can be stored if we pack it properly without any moisture or air inside the container. 
3. Storing in dry leaves: To prevent jaggery from getting spoiled for a long time, you use "Dona", made from dry leaves. Dona should be kept below the jaggery, and the jaggery needs to be fully covered up with Dona. Storing with Dona can protect jaggery for 6 months and more.

As we have read above, there are three types of storing methods, but there is still another better method of using an oxygen absorber for storing jaggery. The absorber keeps the product dry and removes excess oxygen from the packed jaggery. 

Storing with an oxygen absorber and silica gel packets: 

An oxygen absorber is the best for storing jaggery. While packing jaggery, excess oxygen can be stored with the product and can spoil the taste, shape and even the colour of jaggery. So, use an oxygen absorber to avoid damaging jaggery. The absorber will never spoil the taste and colour of the jaggery and will never react with the inside content. 

Oxygen absorbers contain a mixture of iron powder, zeolite powder, salt and water. The absorbers are food grade approved. 

Here are a few reasons to use oxygen absorbers:

• Extend shelf-life
• Preserving food without using chemicals or additives
• They keep unwanted organisms away from the food

Silica gel packets are also beneficial for removing the excess moisture from the stored jaggery packets. Similar to oxygen absorber prevents spoilage of jaggery. Silica gel packets never react with the inside content, whether jaggery or any other food product. It is also said that silica gel is not widely used as an oxygen absorber in the food industry. Silica gel is only preferred for certain dried fruits and dried meat. 

Thus, the oxygen absorber and silica gel packets can be used together to remove oxygen and prevent moisture from jaggery. Both can improve the shelf-life and store jaggery for a long time, compared to other storing methods.

Therefore, here is the answer to storing jaggery for a long time, using an oxygen absorber and silica gel packets. 

Lastly, now you may have got answer to your questions regarding storing jaggery. Using an oxygen absorber for storing jaggery. It is added inside the enclosed packets consisting of jaggery to prevent the growth of fungus and store it for a long time. It also helps in decreasing the oxygen level inside the enclosed container. In addition, the absorber helps retain the food product's taste, smell and structure. 

Improve the Shelf Life Of Wheat Flour-Rice-pulses-grains- How To Store Wheat Flour Long-Term?

 

Wheat flour is pretty much a staple ingredient and commodity in many cuisines around the world, and also a household name. It is used to make different condiments and staples like bread, pastries, pasta, and many other baked goods. Wheat flour is also a good source of carbohydrates, protein, and fibre.

You can determine the shelf life of wheat flour & rice by a variety of factors, including the composition of the flour, ingredients used, the quality of the ingredients used, the milling process, the addition of stabilizers and additives, long-term storage conditions, and the bleaching process. However, the most common factor that determines the shelf life of wheat is the type of flour and how it was processed and made. Unbleached all-purpose wheat flour has a shorter shelf life than bleached whole wheat flour. So, how can you lengthen the shelf life of wheat flour?

How to store wheat flour long-term efficiently and improve its storage quality?

You can definitely make use of Oxygen absorbers to store wheat flour for extended periods of time. An oxygen absorber is an absorbent material that removes oxygen from the atmosphere or air and aids in reducing humidity and moisture levels during transit, storage, and transport. When oxygen is eliminated from the packaging, it forms an environment that is can easily prevent damage due to mold, insects, and other microorganisms. As a result, wheat flour can be stored for an extended period of time, of up to 10 years, without any kind of damage or loss of its quality.

How to keep rice insects free& fresh for long time?

Oxygen absorbers prevent rancidity& insect growth in rice storage; they eliminate it as the sachet of oxygen absorbers soaks the gases and water content in the container and the product. As the rancidity banishes, the product’s quality, aroma, and flavor remain the same.

Factors affecting the shelf life of wheat flour

Moisture plays a big role in how long wheat flour can last without going bad. Wheat flour is in powdered form. absorbs moisture from the air, which can cause it to stick together, and get clogged up with mold and bacteria also form insects. When flour may become wet due to atmospheric moisture or humidity, it not only changes the taste and texture of the flour, but it can also make it unusable. Too much moisture content can cause the flour to become rancid and have a bad flavour, taste, and smell, which means it won’t last as long.

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Another important factor is air exposure. So, when wheat flour comes into contact with oxygen from the atmosphere, it can start to oxidize, and chemically change its composition. This oxidation process if not taken care of before time, can cause the flour to lose its freshness, lose some of its nutritional value, and have a bad flavour.

Oxygen exposure can also cause wheat flour to become infested with harmful microorganisms, mould, and insects. Ensuring that your flour is sealed properly and stored in an airtight container is important to reduce the impact of deoxidizer on the flour and extend its shelf life.

Wheat flour’s shelf life is also greatly determined and affected by temperature. Higher temperatures and frequent temperature changes can speed up the breakdown of wheat flour, making it more likely to become rancid and prone to spoilage and infestation. When there are frequent temperature changes, between warm or hot temperatures, the breakdown of the fats and oils in the flour can occur and cause an unpleasant taste and smell of the stored flour.

On the other hand, lower temperatures, like when it’s cold or freezing, can actually help the wheat flour last for longer durations efficiently because it slows down the chemical reactions that may cause it to break down. So it’s really important to store your wheat flour in a cold, dry place, or use oxygen absorbers, to keep it fresh and healthy.

The use of Oxygen Absorbers in Flour, Rice & Pulses Packaging is essential and can greatly help with the long-term preservation of food products, powders, flours, and many other compounds, as it helps to reduce the growth of aerobic bacteria, slows down the oxidation process, and prevents spoilage.

These absorbers are composed of a combination of iron powder and salt, as well as naturally occurring zeolite adsorbent, and are placed in a sachet that is a porous material, easy to adsorb the moisture and humidity. The iron reacts with oxygen to form iron oxide, which effectively removes oxygen from the environment, leaving the contents of the packaging dry and void of moisture or vapor, resulting in longer shelf life, improved taste, and increased nutritional value for stored foods.

Tips on How to Use Oxygen Absorbers for Wheat Flour Storage

• When selecting a container for storing wheat flour, it is important to ensure that it is airtight, of food-grade quality, and that it can well accommodate the amount of flour that needs to be stored. This way there is no room for moisture to get into the packaging which can lead to spoilage.
• Make sure the wheat flour is clean and dry. It is important to start with clean and dry wheat flour for the best storage.
• There are different sizes of oxygen absorbers available in the market, each used for a specific application, so choose and figure out the right size based on how big the storage container is and the guidelines for using them given by the manufacturer.
• Place the oxygen absorbers into the container with the wheat flour and quickly air-tight seal the container immediately after adding them to prevent air from re-entering the packaging. You need to make sure to seal the container tightly to create an airtight environment.
• Once sealed air-tight, keep the container cool, dry, and dark in a place that’s not exposed to direct sunlight or extreme temperatures, humidity or moisture levels. This will help keep the oxygen absorbers in good working order and help the wheat flour last longer.

If you follow these steps, you’ll be able to use the oxygen absorbers to make your wheat flour store oxygen-free, keeping it fresh and high quality for a long time.

Extend Shelf Life: Using Oxygen Absorbers in Your Packed Food

Packed food and ready-to-eat food packets are an integral part of modern living that cannot be ignored. Thus, the shelf life of this packed food becomes a critical aspect of the food-related industry. This shelf life indicates a duration when the product can be stored and consumed. During this duration, the product’s quality, nutritional value, and safety are all within check. So that products remain fresh, it is important that their shelf life is extended as otherwise there is more chance of waste or that the product does not meet the regulatory requirement or may not meet the customer’s expectations. Towards this end, one commonly used solution is through the use of oxygen absorbers. They play a significant role in the preservation of the quality as well as the integrity of packed food products and food packaging.

An oxygen absorber for packed food is quite simple in design. They are small packets that contain a mix of iron powder, activated carbon, and sodium chloride (salt). They are designed to remove oxygen from the environment when they are placed in a sealed container or packet. These O2 packets follow a chemical process where the oxygen absorbers remove oxygen and this is known as oxidation. The iron powder that is within the oxygen absorber will react with the oxygen that is in the air and this forms iron oxide or rust which is a by-product. This reaction takes place due to the effect of moisture and so moisture-absorbing materials are packed with the oxygen absorber for packed food. Though the oxidation process produces heat i.e. it's exothermic, the heat is minimal and so the packaging material does not ignite, and neither does the food packaging affect the food product.

O2 packets are available in various sizes and types on the basis of the appreciation and also the volume of the oxygen that has to be absorbed. Oxygen absorbers for packed food are usually iron-based and work well for the packaging of general food. However, when it comes to food or pharmaceuticals, there are specialized absorbers that are required. The sizes too vary from small sachets to larger packets that can be used for bulk storage containers. Therefore it is essential that the right size and type is selected on the basis of the specific requirements and how much optimal oxygen removal is required in order to prolong the product’s shelf-life.

Benefits of Using Oxygen Absorbers in Packed Foods

Oxygen absorbers for packed food provide many benefits. At the most basic level, they extend the shelf life since they remove oxygen from the packaging since oxygen is the main factor that causes the deterioration of food. This is the oxidation reaction that leads to spoilage. When the levels of oxygen are reduced the oxygen inhibitors inhibit the growth of microorganisms as well as delay the degradation process of oils and fats. Furthermore, the oxidation of flavours, colours, and vitamins is prevented as well. Thus, the freshness of the food product as its quality is extended.

The presence of oxygen affects the sensory and quality attributes of packed foods. Through oxygen absorbers, the oxidation of fats is prevented and thus, the freshness, flavour, and texture are preserved. Since the taste, appearance, and aroma are retained customers would be satisfied. Oxygen absorbers for packed food contribute towards food safety as they prevent bacteria and microorganisms from spoiling the food. Due to the reduction of oxygen, the environment is made unfavourable for the survival or growth of these microorganisms and so chances of contamination or food-borne illness are reduced.    

    

Since the shelf-life is preserved as is the freshness and quality of the food, food waste is minimized due to oxygen absorbers. When products have an extended shelf-life they would not spoil or deteriorate prematurely. Thus, food waste is reduced as less food needs to be discarded. Thus, this is not only cost-effective but environmentally sustainable. Furthermore, oxygen absorbers for packed food are versatile and can be used in many types of ready-to-eat packets for snacks, baked foods, processed meat, dry goods, etc. Also, these are adaptable to various types of food packaging like bottles, cans, and pouches as versatile solutions for various food packaging applications.

Food packaging is the only place where oxygen absorbers are used. Though they are primarily used in food packaging there are other industries too which benefit from their use. In the food industry, they work towards the preservation of the flavour, nutritional value, and overall quality of the food. This includes baked goods, dried fruits, snacks, processed meats, and spices in which these oxygen absorbers are used for packed food. Nutraceuticals and pharmaceuticals are oxygen-sensitive and thus, oxygen absorbers prevent the degradation of these products due to oxidation of their active ingredients and this ensures the continued efficacy and potency of the products.    

There are also medical devices that are oxygen-sensitive like test strips, pharmaceutical packaging as well as diagnostic kits. Oxygen absorbers help in maintaining their integrity as well as their stability. Thus, the application of oxygen absorbers is primarily used where a controlled environment is required and oxygen needs to be removed. The quantity of oxygen absorbers would depend on the volume as well as the type of food packing and the food product whether they are dry goods like pasta, grains, etc, snacks, or meat products, the quantity would change accordingly.

Thus, oxygen absorbers have varied uses in packed food products from the extension of their shelf-life to improved quality, reduced food waste, and an enhancement of safety.  By minimizing the presence of oxygen the absorbers help to preserve the nutritional value, freshness, and taste of the products so that customers are satisfied with the product’s quality.

OxySorb-Oxygen Scavenger: The Primary Food Packaging Solutions

 

With the growth of new technology, there are innovations in the food packaging industry. The innovations have made the packaging industry more powerful with solutions like oxygen scavengers and have taken a step ahead in reducing food wastage with sustainable food packaging solutions.

OxySorb-Oxygen Scavengers act as oxygen barriers for primary food packaging, reducing the level of oxygen inside the packaging and saving the food from spoilage, bacterial growth, and rancidity. The solution is available in sachets induced into the primary packaging to retain nutritional values and for a longer shelf life of the food. 

Why does the food package need oxygen barriers?

The requirement for oxygen barriers or oxygen absorbers has come into major demand after the research on food wastage in several countries. The research reports have stated that over 30% of food globally is wasted annually. However, global food waste has cross-cutting issues that start from agricultural production and continue to landfills. 

Thus, the need for oxygen absorbers and other food-preserving solutions comes into action. Such solutions are important in reducing food wastage and preserving our environment. 

How OxySorb increases the shelf life of food packaging?

Oxygen absorber increases the shelf life of food packaging. It is a type of oxygen absorber designed to remove oxygen from the packaging, thereby reducing the risk of spoilage and extending the product's shelf life.

Oxygen absorber for food packaging has become increasingly popular in recent years as consumers have become more concerned about the safety and quality of their food. With the growing demand for healthier and fresher food options, food manufacturers are looking for ways to improve the shelf life of their products.

How to use OxySorb in food packaging?

OxySorb for food packaging works by removing oxygen from the packaging, which helps to prevent the growth of bacteria and other microorganisms that can cause food to spoil. This not only helps to extend the product's shelf life but also helps maintain the quality and freshness of the food, making it more appealing to consumers.

OxySorb is specially manufactured for rancidity and bacterial growth. The solution helps provide a perfect barrier against oxygen, stop the food from being spoiled, and extend its shelf life. 

An OxySorb is first placed into an airtight container with direct contact with the food. The solution starts absorbing the excess oxygen from the surrounding environment. It ensures no chemical reactions, bad odour, or bacterial attacks on the food.

Oxygen scavengers for food packaging are always manufactured with USFDA and EU standards in mind, so there is no challenge faced during storing food products for longer. Thus, the solution's packaging is done with Tyvek paper, which is the safest packaging material for any product storage. 

Other methods for food packaging:

A few other solutions are involved in primary food packaging, such as silica gel packets. Silica gel is as safe as an oxygen absorber; the desiccant controls the moisture levels inside the food packaging and avoids moulding and mildew problems. As an oxygen absorber absorbs oxygen, silica gel absorbs moisture. Both have their food-preserving factors and take a step forward to maintain the sustainability of food packaging.

In conclusion, oxygen scavengers are the foremost solution for providing an effective oxygen barrier to the food packaging industry and helping the planet lessen the growth of food wastage. OxySorb is a sachet of iron powder that can immensely help foods stay fresh, preserve their nutritional values, favours intact, and most importantly, preserve them for a longer time. 

Sorbead India's oxygen absorber is available in sachets of various sizes, useful for protection against oxygen. It absorbs almost 3 times its weight of oxygen, maintains product freshness, and extends shelf life. Contact us for more information and to buy the best food packaging solution.

How to Spot the Best Makhana Storage for You: X Signs and Features

 

What is Makhana?

Makhana is a type of Lotus Seed also called Fox Nuts, Euryale Ferox, Phool makhana, or gorgon nuts. That is widely consumed in India and other parts of Asia. . It belongs to the family of Euryale ferox and is a staple in many traditional Indian cuisines. It is a nutrient-rich food that is often used in traditional Ayurvedic medicine. Makhana is a good source of protein, potassium, magnesium, phosphorus, and iron. It is also low in calories and fat. Roasted Makhana has a crunchy texture and a nutty flavour that makes it a great addition to any meal.

The Way of storing Makhana

The primary benefit of storing Makhana is that it helps it stay fresh and retain its original flavour. Storing Makhana in a cool, dry place or in an airtight container prevents moisture from entering the container and spoiling the Makhana. Storing Makhana also helps prevent it from being exposed to air that can cause it to become stale and lose its flavour. Additionally, properly stored Makhana can last a long time; up to 2-3 years in some cases Makhana can be stored in a number of ways. The most common method is to dry them in the sun. This can be done by spreading them on a clean cloth or tray and placing them in a sunny spot. The fox nuts or makhana can be stored using oxygen absorbers because they can prevent mold and rancidity in them. Oxygen absorber boosts the shelf life up to three times from its original shelf-life. Another way to store makhana is to roast them. This can be done in a pan over medium heat or in an oven at 400 degrees Fahrenheit. Makhana can also be stored in the fridge. This is done by placing them in an airtight container. Makhana can be stored in the freezer for up to six months.

The best way to store Makhana

The best way to store Makhana is to keep it in a cool, dry place or in an airtight container. The airtight container should be lined with oxygen absorbers, which will help to keep the oxygen out of the container and maintain freshness for a longer period of time.

Makhana may pick up moisture from the air resulting in sogginess and rancidity. Pick-up of oxygen and other gases results in loss of crispness in the Makhana, but the oxygen absorber helps remove the moisture content in the package. It should also be stored away from direct sunlight and away from heat or humidity.

Tips on how to keep your Makhana fresh

1. Store Makhana in an airtight container that is lined with oxygen absorbers.

 2. Store Makhana packaging in a cool, dry place away from direct sunlight and away from heat or humidity.

3. Check the Makhana regularly for signs of spoilage, such as mold or insect infestation.

4. If storing raw Makhana, consider blanching it before storing.

5. Place layers of paper towels between the layers of Makhana in the container to help absorb moisture.

Conclusion Storing Makhana properly is the best way to ensure that it stays fresh and retains its flavor. The best way to store Makhana is to keep it in a cool, dry place or in an airtight container that is lined with oxygen absorbers. Additionally, you should check the Makhana regularly, blanch raw Makhana before storing, and place layers of paper towels between the layers of Makhana to help absorb moisture. Proper storage of Makhana will help it last a long time.

 

Frequently Asked Question

If you’re looking at storing food products that aren’t commonly used then you might find the answer below. These are some of the most common questions people have about the storage life of different food.

 

 

·        What is the shelf life of makhana?

Makhana have a longer shelf life if stored properly. Under the right conditions and preservation. Oxygen absorber boosts the shelf life up to three times from its original shelf-life. Properly stored Makhana can last a long time, up to 2-3 years.

To maximize shelf life and preserve quality, Roasted makhana should be stored in an airtight container in a cool, dry place. Keeping them away from direct sunlight, moisture, and heat will help prevent spoilage and extend their shelf life. It's also important to check the makhana regularly for any signs of spoilage, such as a rancid odor or discoloration, and discard them if they show any signs of spoilage.

It's always a good idea to check the expiration date on the packaging and follow best storage practices to ensure that the makhana are safe to eat and of good quality.

 

·        Does makhana get Spoilt?

Yes, When Makhana is kept open or has improper packaging, it may lead to loss of crispness and may develop rancid due to direct contact with air and get spoilt easily. .But a sachet of oxygen absorber can help in preventing this barrier. 

Oxygen Scavenger Chemicals for Boiler Feed Water

Oxygen Scavengers

Ø  Oxygen scavengers are mainly used for food and pharmaceutical applications, but can also be used for any product that needs a low oxygen storage atmosphere.

Ø  Essentially, oxygen scavengers are so named because they preferentially absorb oxygen within the environment, thus, preventing the oxygen from reacting with the product.

Ø  Many other terms have been used to describe oxygen scavengers, which include the following: antioxidants, interceptors, controllers, and absorbers.

Ø  Oxygen scavengers or oxygen absorbers are added to enclosed packaging to help remove or decrease the level of oxygen in the package. They are used to help maintain product safety and extend shelf life.

Boiler Oxygen Scavenger

• Ø  Boiler Oxygen Scavenger is a catalyzed oxygen scavenger in a liquid form based on catalyzed sodium bisulfite. It helps to instantly remove oxygen from the boiler feed water by converting itself to sodium bisulfate and also reduces alkalinity.

Ø  Boiler water treatment is considered as a part of industrial water treatment that specially focuses on the removal or chemical modification of substances potentially posing as a damaging threat to the boiler. 

Key Feature and Benefits of Oxygen Scavenger

Ø  Catalyzed Oxygen Scavenger for instant oxygen removal

Ø  Minimizer or eliminates oxidation corrosion (corrosion due to the presence of oxygen)

Ø  Concentrated powder product

Ø  Buffers pH

Ø  Imparts power saving

Ø  Corrosion is a major problem in steam systems with high consumption of make-up water. Freshwater contains dissolved oxygen. Oxygen together with high temperature is highly corrosive for the carbon steel piping used in steam systems.

Ø  To avoid corrosion the oxygen in the make-up water for saturated steam production should be removed by using some kind of oxygen absorbers scavenger chemicals and/or deaeration towers.

Scavenger Chemicals

Some commonly used scavenger chemicals are:

Ø  Sodium Sulfite - common in low and medium pressure systems

Ø  Hydrazine - common in high-pressure systems

Ø  Sodium erythorbate

Sodium Sulfite

Ø  Sodium Sulfite is a white crystalline or powder soluble in water. Sodium Sulfite decomposes on heating and is prepared from sulfur dioxide and sodium carbonate or caustic soda.

Ø  Sodium Sulfite is an effective oxygen scavenger for use in systems operating below 1000 psi. For pressures above 1000 psi breakdowns may form corrosive Hydrogen Sulfide and/or Sulfur Dioxide.

Ø  Sodium Sulfite may also increase the number of dissolved solids and the conductivity of the boiler water. 

Hydrazine

Ø  Hydrazine efficiently eliminates the residual oxygen by reacting with the oxygen forming water and gaseous nitrogen.

Ø  Since hydrazine is a toxic chemical it must not be used in steam plants supporting food processing systems.

Sodium Erythorbate

Ø  Erythorbic acid and its sodium salt can replace Sodium sulfite and Hydrazine as oxygen scavengers.

Ø  Sodium Erythorbate is a nontoxic oxygen scavenger that can also be used in food processing systems.

Adding Scavenger Chemicals

Ø  For best performance the chemical should be added to the storage tank before the feed tank.

Ø  The efficiency of a scavenger is increased with longer reaction time. Adding directly to the make-up water feed line is not recommended due to short reaction time.