Kategori: Blogs

Technological advancements have led to the evolution of storage methods in various fields, particularly in the food industry. The freeze-drying process has come to the forefront for biological products or foods where traditional drying methods are insufficient. This method, lyophilization, is today’s most advanced technology. The reason for this is the long shelf-life it provides healthy, economical, and sustainable food access to the world in recent years.

The availability of healthy and economical food and the problem of individuals accessing this food will affect the future of the entire world. This issue, considered food security, could reach worrying dimensions in the future. Therefore, our article will discuss in detail how important the lyophilization method is for food security. You can evaluate our article and bring the lyophilization process into your kitchen under the guidance of Lyolife.

The Importance of Lyophilization in Food Security

Today, we can consider lyophilization as significant under food security. So, what is food security? The World Health Organization defines food security as “The right of individuals to purchase and consume foods that will develop a reliable, sustainable, affordable, quality, and healthy diet habit.”

Many factors contribute to the emergence of this concept, such as the reduction of water resources due to global warming and the climate crisis, the insufficiency of agricultural policies, and rising food prices. Therefore, ensuring the accessibility of produced fruits and vegetables and food products in sufficient quantities necessitates the development of storage methods. The importance of lyophilization becomes apparent regarding the healthiness of foods.

The lyophilization method is used in various fields, such as storing biological products, surgical transplants, food preservation, museology, and recovery. The technique is ideal for many uses, from astronaut meals to blood plasma or lyophilization in drugs to fruits and vegetables. In addition, it ensures a shelf life of 20-25 years for products against future food shortage concerns, allowing produced fruits and vegetables to be stored for years without loss.

Comparison of Food Storage Methods

When looking at traditional food storage methods, it is possible to see different applications being used. Methods such as salting, smoking, canning, and drying have been used. However, the healthiest and most durable food storage method has been debated. We have examined the four important applications among the most used techniques and will share them with you for comparison.

Canning

Canning is one of the most traditional food storage methods. This method utilizes heat application. Microorganisms, toxins, and enzymes are destroyed by heat. In this way, food spoilage is prevented, and harmful effects are eliminated.

The durability of canned foods is a topic of interest. It is recommended that unopened cans be consumed within six months. Therefore, this method may fall short for products requiring a long shelf life and foods unsuitable for canning. The most significant difference compared to the lyophilization method is that freeze-drying is more suitable for many foods and provides a longer shelf life.

Freezing

Freezing has been used as an alternative traditional storage method since refrigerators and deep freezers were invented. It is known that this method minimizes harmful effects originating from microorganisms. However, this method is only suitable for some food.

Care must be taken during the thawing process. Foods thawed in unsuitable environments can be risky for health. In the lyophilization method, freezing involves freezing the food at very low temperatures, then removing the unfrozen liquid from the food via sublimation. Thus, food spoilage is prevented and made safe for health.

Drying

One of the most well-known applications among food storage methods is the drying method. You can see that the drying method has been applied in different ways. There are two primary drying methods:

• Natural Drying

Natural drying is the oldest known method and uses solar heat. The amount of water in the product structure is reduced with solar heat. Although natural drying is traditional, it may have some disadvantages. Sun drying requires a large and open area. The open space can unprotect foods against external factors such as dust, insects, and rodents. This method, unsuitable for drying every product, has a longer process. It may not be possible to reduce the water to the desired level. These factors reveal that the lyophilization method is more functional.

• Artificial Drying

The drying process is carried out in controllable areas. This method, which removes moisture from food under controlled conditions, is known as dehydration. Dehydration shrinks food volume, facilitating transportation. However, the rate of preserving nutritional value in the freeze-drying method is higher than in dehydration. When compared to color, smell, and taste, lyophilization is a more effective food storage method.

In this method, fruits can be dried more easily than vegetables. However, different drying methods may be required among fruits such as apples, strawberries, cherries, sour cherries, scale apricots, peaches, and pears.

Freeze Drying

Freeze drying stands out as a unique preservation method compared to others. First, it’s important to know the process of this method. The food to be dried is initially frozen. After freezing, the products undergo sublimation under low pressure and low temperature. As a result, they turn into gas form without turning into liquid form. Freeze-dryer machines are developed based on this principle.

The usage area of this method is quite wide. You can store the food you prepare at home for emergencies. You can easily store fruits and vegetables you have picked from your garden without losing their freshness. It’s also possible to prepare food for pets. Along with fruits and vegetables, it is a suitable method for many foods and drinks, such as instant coffee. The advantages of this method compared to others can be summarized as follows:

• The most noticeable feature of this method is its long shelf life. Under suitable storage fonditions, it has a shelf life of 20-25 years.
• Besides storing foods by freezing, it is considered one of the most modern processing methods.
• The natural structure of the foods is not spoiled, and the nutrient content is preserved. It offers the best food drying experience.
• Compared to other drying methods, it saves time. In the short term, you can store and transport more food. It contributes to both sustainability and the country’s economy.

Health Value of Freeze-Dried Foods

One of the most curious questions about the lyophilization method is whether freeze-drying is healthy. Looking at the freeze-drying technology, it is the most beneficial method. It provides a more efficient result than other preservation methods by preserving over 95% of the nutritional value.

The risk of spoilage of the products in this method is also lower than others. Therefore, lyophilization is an effective food preservation method for human health. Moreover, this method can even be applied at home thanks to the developed freeze-dryer products.

Future of Freeze Drying in the Food Industry

Drought and food shortage are among the worrying issues that await the world in the future. The signals of days when food production will be affected, and access to food will become difficult due to decreasing water resources are given. However, preserving the products obtained from the show without loss is an effective measure that can be taken against possible drought and food shortages in the future.

While the food industry enables individuals to access food products, it also contributes to the country’s economy with its import and export network. Therefore, freeze-drying in the food industry is accepted as the most advanced method and continues to be developed.

Liyolife offers the most accurate products for the food industry with its freeze-dryer and freeze-dry equipment. You can also examine Liyolife products and choose the equipment that suits you. In this way, you can preserve foods for a long time and store them healthily within the scope of food security.

You can reach our previous article from https://loi.teset.fun/en/shelf-life-of-freeze-dried-foods/

With the advancement of the food industry today, evaluating post-harvest products has become easier. However, the inability to consume freeze-dried foods immediately has given rise to the concept of shelf life.

Various biochemical changes occurring during the waiting process of foods affect the quality of nutrition. Freeze drying, also called lyophilization, is commonly utilized for products when standard drying techniques don’t adequately address the issue. Foods with a high risk of spoilage, certain biological effects, and drugs can be cited as examples.

One of the important factors that highlight the method of freeze-drying is its significant preservation of nutritional value and the results achieved in terms of durability. Today, while freeze-dried foods occupy an important place in our homes, it has also enabled the food industry to develop quite a lot. From this perspective, it contributes to healthy and sustainable food consumption and the national economy.

Freeze dryer devices are of great importance for the application of freeze drying. You can evaluate the significance of this method for shelf life in this article and examine the most suitable freeze-dryer products under the guidance of Lyolife.

Long-Term Fresh-Keeping Methods of Freeze-Dried Foods

The shelf life of freeze-dried foods and other products can last 20-25 years. Certain points should be noted to keep these products fresh for a long time and consume them healthily.

• The storage life of unopened products is longer. It is recommended not to leave freeze-dried foods long after the package is opened. After opening, the product should be closed again in a way that does not get air.
• This method provides more durable preservation compared to other storage methods. However, care should be taken to ensure that the storage areas where the freeze-dried foods are stored are dry and cool.
• To keep freeze-dried foods fresh, performing the mentioned process correctly is necessary. Proper handling of the products as fresh and prepared, such as washing and sorting before the procedure, will make it easier to keep the foods fresh after drying.

Foods can be kept fresh for a long time, especially with proper freezing and storage. Let’s explain how this can be achieved in more detail.

The Correct Freezing Process

The freeze-drying method comes across in many fields, not just the food sector. Today, this process is among the most reliable methods in many biological products and the pharmaceutical industry. It can even be used to preserve important works, plants, or animals in the field of museology or exhibition. The correct freezing process is of great importance for this. To explain it in its simplest form, the method consists of three steps:

1. During the freezing stage, very low temperatures are used, and the substance to be dried is frozen.
2. In the drying stage, the sublimation of the frozen liquid and the removal of the bound liquid, referred to as unfrozen, from the substance to be dried is carried out under very low pressure.
3. In the preservation stage, storage under controlled conditions is fundamental. Storage in oxygen-free and moisture-free, airtight areas is of great importance.

For the method to yield successful results, it is important to follow all stages correctly. Low pressure should be used for the necessary drying rate during this process. When each step of the method is carried out correctly, many products and foodstuffs can preserve their initial physical, chemical, biological, and organic characteristics.

The Importance of Packaging and Storage

For freeze-dried foods, the importance of packaging and storage is significant. Meeting the product’s expected shelf life and maintaining freshness when opened depends on this. So, how can we store our freeze-dried foods?

• Firstly, it is a priority for freeze-dried foods to be packaged airtight. As a packaging suggestion, it is important to be at an oxygen level reduced to 1-2% by making it in an inert gas atmosphere such as nitrogen or CO2.
• Packages should be resistant to moisture and humidity.
• The packaging process should be completed shortly after drying.
• An anti-caking agent can be used for powdered products in the freeze-drying method.

Advantages of Freeze-Dried Foods

Drying and storing some foods using traditional drying methods can be quite challenging. Coffee, onions, soup, and some seafood are examples. You may see these products are widely preferred as freeze-dried foods.

You might wonder whether freeze-drying is a healthy method. It is quite beneficial and advantageous compared to traditional methods. Here we list the advantages of freeze-dried foods for you:

• Freeze-dried foods do not suffer any loss of color, smell, taste, or nutritional value.
• No additives are used in these foods. It is worth noting that this is a very important factor in terms of health.
• One of the main reasons this method is preferred is its long shelf life, which helps to prevent food waste.
• Freeze-dried foods play a significant role in the development of the food industry. The part of these foods in import and export contributes to the national economy. Many food products that cannot be stored in time spoil, resulting in human resources and economic loss.

Freeze-dried foods are primarily noticeable in terms of health. This method helps preserve the nutritional value of foods. The convenience it provides in storage conditions also saves in many ways.

Preservation of Nutrient Values

The style of nutrition and the foods consumed are very important for body health. Particularly, consuming foods with high nutritional value meets the body’s basic needs and ensures the proper functioning of body functions. Therefore, when evaluating food storage methods, preserving the nutritional value in the best way is among the criteria that come to the fore.

Looking at the content of freeze-dried foods, it is emphasized that they undergo processing while preserving their nutritional value in the best way. The technology used and the effect of sublimation are distinguishing features from other drying methods. Considering how high the water content in fruits and vegetables is and how rich they are in terms of vitamins and minerals, the importance of the drying process also emerges.

When evaluated for preserving nutritional value, freeze-drying technology maintains 97% of the nutritional value. This shows us how advantageous this process is compared to traditional storage methods.

Easy Storage and Transportation

Ensuring timely storage conditions for vegetables and fruits harvested in season or for many foods produced is crucial. Otherwise, products can be damaged, and consuming these foods can become inappropriate for health. Therefore, one of the most significant advantages of freeze-dried foods is ease of storage. You can freeze-dry and store a large amount of product by creating appropriate storage areas.

Moreover, from the food industry’s perspective, transporting these products from one place to another is much easier. You can transport more products together and eliminate the risk of spoilage during transportation. In this respect, freeze-drying as a food storage method also creates a comfort zone for you.

Are Freeze-Dried Foods Healthy?

One of the most important issues related to nutrition is the effects of food on health. You may be particularly curious about whether freeze-dried foods are healthy. Thanks to the freeze-drying process and technology, your food retains freshness on the first day.

Healthily freeze-dried foods and products can be consumed safely. For this, freeze-dryer devices are used quite effectively. With Lyolife freeze dryers, you can store your food healthily.

Under the guidance of Liyolife, you can easily reach the device you need. You can freeze-dry the crops in your fruit and vegetable gardens without losing their freshness. You can stock up on food for your camping trips and vacations and prepare healthy reward foods for your pets. You can contact us to get acquainted with Lyolife freeze-dry technology.

You can reach our previous article from https://loi.teset.fun/en/pharmaceutical-development-with-lyophilization-technology/

Lyophilization is used in various industries today. It is primarily preferred in the food sector, and it is commonly used to prepare fruits, vegetables, coffee, pet food, and emergency packs. Additionally, with increasing needs, it is also preferred as a highly practical storage method in the health sector.

“Is it possible to develop drugs with lyophilization?” is one of the most wondered questions in the health sector. It is known that drugs and similar medical products are delicate products, and let’s examine the importance of lyophilization technology in preserving these products together.

What is Lyophilization (Freeze Drying) Technology?

Lyophilization (freeze-drying) is known as drying by freezing. Lyophilization is done with freeze-dryer machines produced with the most advanced technology, unlike traditional drying methods. Products are frozen, then the product’s water is removed and dried at low temperatures and pressure. The lyophilization process is carried out using the sublimation effect. The process is completed in three stages. These are:

• Freezing: Here, the sample to be lyophilized is first frozen. This is generally done between -40°C and -80°C. This phase solidifies most of the water in the product, which facilitates the evaporation of water in the next part. Thus, it helps to preserve the original structure of the product.
• Primary Drying (Primary Freezing): The frozen sample is under low pressure. Then heat is applied, and this triggers the evaporation and sublimation of water (transition from solid to gas state). This stage allows most of the water in the product to be removed by evaporation.
• Secondary Drying (Secondary Freezing): In this part, the remaining water in the product is removed. For this, the heat is increased further, which triggers the water’s sublimation. Thus, it ensures the product is completely dry and stable.

This technology is widely used in the food industry. For example, fruits and vegetables can be freeze-dried to preserve their fresh taste and nutritional value. It also produces coffee, soup, and other ready-to-eat foods.

One of the most common uses of the lyophilization process is in the health services industry. For example, sperm, erythrocytes, plasma, and serum, as well as some tissues to be used in organ transplantation, can be stored using the lyophilization method due to the ease of long-term storage and transportation. While the benefits of this technology in the health sector are evaluated, medication production with lyophilization is also one of the topics of curiosity.

What are its Applications in the Pharmaceutical Sector?

One of the most delicate products used in the health sector is medications. The storage conditions and durability until the expiration date of the drugs, which are an important part of the treatment process, are of great importance. The pharmaceutical technology that emerges at this stage is one of the effective technologies used in medication manufacturing. It includes the design of various drugs using natural, semi-synthetic, and synthetic active ingredients.

Pharmaceutical technology aims to develop an ideal medication that is more effective, has fewer side effects, and is less toxic. Along with this, freeze dryers for drug development are very important for pharmaceutical technology for delicate operations such as storing and transporting drugs. It is possible to see the applications of this technology in the medication sector in different types.

For pharmaceutical freeze-drying, a formulation is developed, and the lyophilization process is applied. The lyophilized serum is among the lyophilization applications used in the pharmaceutical sector. It is based on the process of freezing substances with liquid nitrogen and drying, and it is carried out at low temperatures. The importance is dried without damaging its molecular and physical structure, so the matter constituting the vaccine does not lose its fundamental characteristics. Thus, the vaccine’s high impact and biological factors are largely preserved.

Biotechnological Products and Lyophilization

Products produced by biotechnological methods are obtained from living organisms. It involves the utilization of living organisms to be beneficial through technology. These applications include proteins, hormones, antibodies, antibiotics, or vitamins for human health. medication development with lyophilization allows the active substance in the products to be preserved in the best way and stored for a long time.

Antibiotics and Lyophilization

The lyophilization technique has been known since ancient times. However, it gained attention in the 1930s. Because during these years, more effective solutions were sought for storing antibiotics and certain blood products. The initiation of preserving antibiotics with the lyophilization method increases the durability of the products, providing benefits for both human health and the health sector. Antibiotics are one of the significant medical products where the drug development technique with lyophilization is used.

Vaccines and Lyophilization

A vaccine is a biological product that gives people immunity against certain diseases. It is stated that these liquids are effective in preventing diseases and eliminating contagious infections. However, they must be correctly produced and stored to maintain effectiveness. Lyophilization is important in the production chain of live vaccines in particular. The lyophilization method is highly advantageous for preserving and transporting these liquids without breaking the cold chain.

Pharmaceutical Development Process with Lyophilization

Today, drugs are divided into two groups, chemically and biologically. Biological medications are drugs used for therapeutic purposes for human health. They are products with bioactivity obtained from living organisms, parasites, or animal toxins in terms of content. They are used for monitoring and treatment purposes for cancer or many diseases. Therefore, drug development with lyophilization is one of the important issues in the health sector.

There are some elements to consider when creating a formulation for this process. Details such as at what temperature and speed it will be frozen and at what pressure and temperature the primary drying will be done are important for medication development with lyophilization.

The packaging after these stages is also crucial. For example, it is essential to ensure that freeze-dried products are protected from moisture. Therefore, the packaging process is very important. The containers containing the product must be sealed without contact with air.

Advantages of Lyophilization Technology

To summarize, lyophilization technology is the process of removing water from the product to be stored. Like all over the world, it is a technique that finds a lot of usage areas for our country’s health and food industries. The advantages of lyophilization technology can be listed as follows:

• Increasing the durability of the products. Because the lower the water content in the product, the less risk of spoilage. Therefore, the shelf life is longer compared to traditional storage methods.
• Reducing water in lyophilization minimizes the weight of the product. This not only facilitates transportation but also reduces transportation costs.
• The products’ content, colour, and taste remain the same in addition to spoilage.
• There is the possibility of obtaining sterile products with lyophilization.
• The usage period of biological products is very sensitive. Therefore, it is one of the most suitable methods for their storage.

Lyophilization may seem technically lengthy; however, it is necessary to have sensitive temperatures and pressure to store dried biological and organic substances. Therefore, drug development with lyophilization is one of the most effective and healthy methods today.

Moreover, this method and the tools used continue to be developed depending on technological advancements. When examining the designed freeze dryer products, the lyophilization systems offered by Liyolife provide you with the most advanced technology.

Quick installation, starting to dry with a single button after preparing the products, sufficient technical support, and maintenance are important features for every industry. Depending on the usage area, you can choose one of our Liyolife freeze dryer products of different volumes and characteristics. For this, you can contact us and get detailed information, and you, too, can benefit from the advantages of lyophilization technology.

You can reach our previous article from https://loi.teset.fun/en/agricultural-subsidies-in-turkey/

Supporting agriculture is considered a current issue for all countries around the world. Indeed, this sector is extremely important for feeding the population and driving the economic development of a nation. Its significance is understood more deeply during financial crises like global pandemics.

Supporting the agricultural sector in every period provides several benefits for a country. For instance, agricultural development can increase national income and improve employment. It contributes directly or indirectly to exports. Due to these reasons, agriculture in Turkey is one of the most important sources of livelihood for its economy. Since Turkey is a country with fertile land, the agricultural policies implemented in our country are of great importance.

Types of Support

The Agriculture and Rural Development Support Institution supports those who carry out programs aimed at rural development in Turkey. Therefore, learning about agricultural subsidies, their conditions, technological developments, and agricultural development is important. So, what are the types of agricultural support in Turkey?

Agriculture is among the sectors most protected by supportive policies in all countries, especially developed ones. The goals of these policies implemented in Turkey, as in other countries, include increasing producer income and welfare levels, ensuring price stability, promoting rural development, providing cheap food to improve consumer welfare, achieving self-sufficiency, and generating foreign exchange savings.

Among the types of support, farmer subsidies hold a significant place. You can also examine support types offered under the scope of the Agriculture and Rural Development Support Institution and the IPARD program in Turkey, such as agricultural grant support, and easily evaluate their advantages.

Credit Support

The credit support offered under agricultural subsidies is a type of loan specifically provided to farmers. Its interest rates are lower than those of regular bank loans. Its purpose is to protect the interests of the farmer, the sector, and the country’s economy.

Farmers show great interest in Credit support among the types of assistance in Turkey. They can cover their expenses until the harvest season with this loan. They can also healthily maintain their agricultural activities when they have no income. Therefore, the conditions and application period for credit support should be particularly followed by farmers.

Fuel and Fertilizer Support

Farmers who are candidates for the farmer registration system in the production year can benefit from fuel and fertilizer support. This aid aims to increase plant production of agriculture in Turkey. It also aims to develop techniques suitable for sustainable agriculture, environmentally sensitive activities, and efficient and quality production. The decisions on the amounts of these supports are announced to farmers by being published in the Official Gazette.

Irrigation Support

Irrigation is crucial in agriculture to provide plants with the water they need but cannot obtain from rainfall at the right time. The grants provided in Turkey for modern irrigation systems offer a great advantage for farmers in maintaining their activities. Rural economic and social development is possible by strengthening irrigation systems in the agricultural area. Depending on the need, in-field drip, sprinkler irrigation, drum irrigation, solar-powered irrigation, or smart irrigation systems can be listed among the ministry-supported methods.

Feed and Seed Support

One of the essential needs for maintaining activities is feed and seeds. These two aids are of great importance for farmers regarding the support for agriculture in Turkey. Support is provided for products such as wheat, barley, rye, oats, triticale, chickpeas, dry beans, and lentils under the Agricultural Basins Production and Support Model and beekeeping.

Organic Farming Support

The increase in the country’s population increases the need for food. Therefore, production is becoming more important. Especially organic and good agricultural practices are within the scope of support policies. State support provided to farmers practicing organic farming in Turkey can be listed as follows:

• Low-interest loans,
• Direct income support,
• Aid for the protection of lands,
• Support related to soil analysis.

Tractor Grant Support

The tractor is the most important assistant of small and medium-scale farmers. Therefore, tractor grant support is one of the most important supports given to farmers for the practices of agriculture in Turkey. Those who want to benefit from this support within Turkey’s Agriculture and Rural Development Program (IPARD) scope can apply after meeting the necessary conditions.

Who and When Are Agricultural Supports Given?

It is necessary to follow the application conditions for these supports, which are extremely important for agricultural development. Agricultural supports are primarily given to Turkish citizens who have turned 18 and are registered in the Farmer Registration System. The timing of the application can be followed through the Ministry of Agriculture and Forestry.

In addition, information about the extension of the Farmer Registration System registration periods and the final application dates can also be checked online. Applications for support such as feed and irrigation aids and diesel and fertilizer can also be continued via e-Government.

Application Processes and Things to Pay Attention to

Those who carry out agricultural activities always follow the application processes to benefit from the support. Especially to carry out your actions in a productive way at the right time, it is necessary to be prepared during the application process. Therefore, it may be useful to summarize the application conditions in Turkey for agricultural support for you. Here are the relevant requirements:

• You must apply with a petition on the date determined by the Ministry.
• The application petition must be submitted to the provincial/district directorates of agriculture.
• The decares area to be owned for fertilizer support should be considered.
• Those with more than 50 decares of land should have a soil analysis.
• The suitability of the cultivated product to geographical conditions should be checked.
• When you meet these conditions, you can also apply for support.

Agricultural Supports and Technological Innovations

With advancing technology, the continuation of agricultural activities has also evolved. Thus, innovations are needed for efficient production. The machines used in modern irrigation methods or any situation required by modern agriculture in Turkey benefit farmers in terms of time and cost.

Food storage methods also come to the fore to protect farmers’ labor and prevent their economic losses. Thanks to these methods, the export rate is also increasing. At this point, freeze dryers (lyophilization) are one of the healthiest and most durable food storage methods. In this context, the food is frozen and then dried by sublimation at low temperature and pressure. With the technology used, nutrition can be stored without losing nutritional value. The extension of the shelf life plays a major role in the storage and export of products.

The state provides Agricultural support in Turkey, considering the advancing technology. In addition to aid such as grant support loans and machinery support, freeze dryers offer a great advantage for those carrying out agricultural activities.

Before applying for agricultural support, you can examine the devices suitable for the freeze-drying method under the guidance of a Liyolife freeze dryer. In this way, you can freeze-dry the products you take from the soil in season and use them every season.

You can reach our previous article at https://loi.teset.fun/en/rural-development-supports-in-turkey/

Lyophilization is used in various industries today. It is primarily preferred in the food sector and is commonly used to prepare fruits, vegetables, coffee, pet food, and emergency packs. With increasing needs, it is also preferred as a highly practical storage method in the health sector, like Pharmaceuticals.

“Is it possible to develop drugs with lyophilization?” is one of the most wondered questions in the health sector. It is known that drugs and similar medical products are delicate products, and let’s examine the importance of lyophilization technology in preserving these products together.

What is Lyophilization (Freeze Drying) Technology?

Lyophilization is known as the freeze-drying method. Lyophilization is done with freeze-dryer machines produced with the most advanced technology, unlike traditional drying methods. Products are frozen, then the product’s water is removed and dried at low temperatures and pressure. The lyophilization process is carried out using the sublimation effect. The process is completed in three stages. These are:

• Freezing: Here, the sample to be lyophilized is first frozen. This is generally done between -40°C and -80°C. This phase solidifies most of the water in the product, which facilitates the evaporation of water in the next part. Thus, it helps to preserve the original structure of the product.
• Primary Drying (Primary Freezing): The frozen sample is under low pressure. Then heat is applied, which triggers the evaporation and sublimation of water (transition from solid to gas state). This stage allows most of the water in the product to be removed by evaporation.
• Secondary Drying (Secondary Freezing): In this part, the remaining water in the product is removed. For this, the heat is increased further, which triggers the water’s sublimation. Thus, it ensures the product is completely dry and stable.

This technology is widely used in the food industry. For example, fruits and vegetables can be freeze-dried to preserve their fresh taste and nutritional value. It also produces coffee, soup, and other ready-to-eat foods.

One of the most common uses of the lyophilization process is in the Pharmaceutical industry. For example, sperm, erythrocytes, plasma, and serum, as well as some tissues for organ transplantation, can be stored using the lyophilization method due to the ease of long-term storage and transportation. While the benefits of this technology in the health sector are evaluated, Pharmaceutical production with lyophilization is also one of the topics of curiosity.

What are its Applications in the Pharmaceutical Sector?

One of the most delicate products used in the health sector is Pharmaceuticals. The storage conditions and durability until the expiration date of the drugs, which are an important part of the treatment process, are of great importance. The Pharmaceutical technology that emerges at this stage is one of the effective technologies used in Pharmaceutical manufacturing. It includes the design of various drugs using natural, semi-synthetic, and synthetic active ingredients.

Pharmaceutical technology aims to develop an ideal medication that is more effective, has fewer side effects, and is less toxic. Also, lyophilized drugs’ development is very important for Pharmaceutical technology for delicate operations such as storing and transporting drugs. It is possible to see the applications of this technology in the Pharmaceutical sector in different types.

The formulation is developed for Pharmaceutical lyophilizers, and the lyophilization process is applied. The lyophilized serum is among the lyophilization applications used in the Pharmaceutical sector. It is based on freezing substances with liquid nitrogen and drying and is carried out at low temperatures. The importance is dried without damaging its molecular and physical structure, so the matter constituting the vaccine does not lose its fundamental characteristics. Thus, the vaccine’s high impact and biological factors are largely preserved.

Biotechnological Products and Lyophilization

Products produced by biotechnological methods are obtained from living organisms. It involves the utilization of living organisms to be beneficial through technology. These applications include proteins, hormones, antibodies, antibiotics, or vitamins for human health. Pharmaceutical development with lyophilization allows the active substance in the products to be preserved in the best way and stored for a long time.

Antibiotics and Lyophilization

The lyophilization technique has been known since ancient times. However, it gained attention in the 1930s. Because during these years, more effective solutions were sought for storing antibiotics and certain blood products. The initiation of preserving antibiotics with the lyophilization method increases the durability of the products, providing benefits for both human health and the health sector. Antibiotics are one of the significant medical products used with the Pharmaceutical development technique of lyophilization.

Vaccines and Lyophilization

A vaccine is a biological product that gives people immunity against certain diseases. It is stated that these liquids are effective in preventing diseases and eliminating contagious infections. However, they must be correctly produced and stored to maintain effectiveness. Lyophilization is important in the production chain of live vaccines in particular. The lyophilization method is highly advantageous for preserving and transporting these liquids without breaking the cold chain.

Pharmaceutical Development Process with Lyophilization

Today, drugs are divided into two groups: chemically and biologically. Biological Pharmaceuticals are drugs used for therapeutic purposes for human health. They are products with bioactivity obtained from living organisms, parasites, or animal toxins in terms of content. They are used for monitoring and treatment purposes for cancer or many diseases. Therefore, Pharmaceutical development with lyophilization is one of the important issues in the health sector.

There are some elements to consider when creating a formulation for the process. Details such as at what temperature and speed it will be frozen and at what pressure and temperature the primary drying will be done are important for Pharmaceutical development with lyophilization.

The packaging after these stages is also crucial. For example, it is essential to ensure that freeze-dried products are protected from moisture. Therefore, the packaging process is very important. The containers containing the product must be sealed without contact with air.

Advantages of Lyophilization Technology

To summarize, lyophilization technology is the process of removing water from the product to be stored. Like all over the world, it is a technique that finds a lot of usage areas for our country’s health and food industries. The advantages of lyophilization technology can be listed as follows:

• Increasing the durability of the products. Because the lower the water content in the product, the less risk of spoilage. Therefore, the shelf life is longer compared to traditional storage methods.
• Reducing water in lyophilization minimizes the weight of the product. This not only facilitates transportation but also reduces transportation costs.
• The products’ content, color, taste, and spoilage remain the same.
• There is the possibility of obtaining sterile products with lyophilization.
• The usage period of biological products is very sensitive. Therefore, it is one of the most suitable methods for their storage.

Lyophilization may seem technically lengthy; however, it is necessary to have sensitive temperatures and pressure to store dried biological and organic substances. Therefore, Pharmaceutical development with lyophilization is one of today’s most effective and healthy methods.

Moreover, this method and the tools used continue to be developed depending on technological advancements. When examining the designed freeze dryer products, the lyophilization systems offered by Liyolife provide you with the most advanced technology.

Quick installation, starting to dry with a single button after preparing the products, sufficient technical support, and maintenance are important features for every industry. Depending on the usage area, you can choose one of our Liyolife freeze dryer products of different volumes and characteristics. For this, you can contact us and get detailed information, and you, too, can benefit from the advantages of lyophilization technology.

You can reach our previous article from https://loi.teset.fun/en/agricultural-subsidies-in-turkey/

One of the important factors for a country’s population to live prosperously is the efficient use of all resources. In this respect, the role of production activities in developing the country’s economy is quite large.

Within the development scope, it is essential to increase agricultural productivity in rural areas and focus on technological developments, progress in education, and industrialization. In addition, products may require new and modern techniques to earn more income and raise the population’s standard of living.

The projects that emerged for this purpose are very valuable in terms of the development of rural areas, their involvement in production, and the emergence of new employment opportunities.

The rural development supports carried out in Turkey also carry this purpose. Projects such as IPARD have greatly contributed to rural areas’ development. With the beginning of the applications, we deal with the issue of pastoral development support for curious producers who want to benefit.

Rural Development Support Programs and Types

Rural development studies are implemented as rural development projects or projects. The units that carry out the implementations may be the government’s institutions. However, voluntary organizations that do not have a public nature can also operate.

The projects to be implemented aim to solve the problems experienced in rural areas. In summary, Rural Development Support Programs are support programs that aim to develop rural areas.

Developing the rural area, increasing its recognition, creating employment, and contributing to production are within the scope of Rural Development Support Programs projects in Turkey.

One of the best programs within the scope of rural development support is the IPARD project. IPARD is the support program of the European Union that aims to develop the Common Agricultural Policy, Rural Development Policy, and similar policies.

All legal and real persons engaged in agriculture in Turkey, those registered with the National Farmer Registration System or the National Animal Registration System, can benefit from the energy support incentives ARDSI provides. The Agriculture and Rural Development Support Institution in Turkey supports agriculture, livestock, and rural development enterprises that aim to invest in renewable energy. Thus, improving rural environmental conditions and including them in life is possible. Three important supports come to the fore within the scope of pastoral development support:

• Diesel, fertilizer, veterinary services, and tractor aids are provided to the farmers. Subsidized loans are also offered to eligible individuals.
• Various special grants are provided for almonds, walnuts, beekeeping, greenhouse cultivation, herbal products, and aquaculture.
• Within the scope of the rural development support program, various discounts are also provided for many activities.

IPARD on Rural Development in Turkey

Before mentioning the importance of the IPARD program, it will be useful to explain what IPARD is. The European Union established it to support candidate and potential candidate countries. It has been planned as a Rural Development Programme. It is implemented by the Agriculture and Rural Development Support Institution (ARDSI) in Turkey and consists of grants. The program supports small businesses and interested individuals in developing agriculture in Turkey.

In this respect, ARDSI’s mission is to ensure that the resources provided by the EU and international organizations are used in activities to implement rural development programs in Turkey. The institution is the only institution in our country accredited by the EU and authorized to use the budget foreseen by the EU for the candidate and potential candidate countries.

In the ARDSI IPARD program, support for machinery and equipment purchases and expenditures for some agricultural machinery and equipment determined in rural areas are financed as grants.

The purpose of this program is:

• Contributing to Turkey’s preparation process for implementing the Common Agricultural Policy and the relevant achievements in the EU accession process,
• Supporting rational, sustainable, and inclusive growth through the development of physical capital,
• To ensure the efficient use of resources and the dissemination of renewable energy,
• Improving the overall performance of agriculture in Turkey and increasing their competitiveness, including their marketing competencies,
• To comply with EU standards on issues such as environmental protection and animal welfare,
• Improving the quality of life in rural areas and reducing regional inequalities
• Creating opportunities for new job opportunities,
• Increasing economic activity in rural areas by providing employment and preventing the decrease of rural population.

Supports for Agricultural Production

Farmers can benefit from non-refundable grants in Turkey. Within the scope of rural development supports, aids such as veterinary medicine, tractor, fertilizer, and diesel are given to citizens who are currently engaged in farming. The agricultural sectors eligible for the support of the Agriculture and Rural Development Support Institution in Turkey are stated below:

• Facilities producing meat, milk, and eggs
• Those engaged in fishing activities
• Businesses that process and market vegetables and fruits
• Companies that process and market milk and dairy products
• beekeepers
• aquaculture breeders
• Rural tourism operators
• Those who work on value-added local products and crafts
• Those engaged in the diversification of herbal products
• Machine park enterprises

In addition to the agricultural sectors eligible for ARDSI and IPARD support, some equipment is also within the scope of this support. A tractor, baler, grass mower, feed grinder, and freeze dryer are included in the ARDSI machinery equipment list.

Freeze-dry machines are very important, especially in storing and marketing food produced during agricultural activities. Thanks to these machines, which are used as drying ice cream machines, foods can preserve their shelf life for many years without losing color and taste. Thus, it has become an important technology for agriculture in Turkey and for developing its economy.

Rural Tourism and Local Development Projects

Within the scope of rural development, it is essential to improve the living conditions of the rural population. In addition, it is aimed to reduce the differences in the level of development between rural and urban areas, to protect environmental and cultural values, and to operate by taking into account natural resources.

Increasing employment and solving the migration problem along with agricultural solutions in rural development are among the issues that are given importance. In this respect, tourism draws attention as one of the alternative activities.

Thus, the role of tourism activities applied in rural areas in rural development emerges. In terms of protecting natural resources in rural development, ensuring sustainability, and transferring them to future generations, every suggestion and support should be evaluated as open to growth.

The World Tourism Organization emphasizes the following when defining rural tourism. Rural tourism cannot concentrate solely on agricultural or farm tourism. It covers all tourism activities in the rural area. Let’s list what these activities can be within the scope of rural-based holidays: They can be nature activities such as hiking, climbing, adventure holidays, canoe-rafting, grass skiing, snow walking, bird watching, and photographing.

In addition, hunting, cycling tours, horse riding, rural heritage, watching countryside, small village/town tours, recreational holidays that require rural areas, small-scale conferences, rural festivals, river and lake fishing, and many nature sports can also be carried out within the scope of rural tourism activities. Therefore, rural development support projects are very effective for rural tourism and local development projects.

Education and Employment-Oriented Rural Development Projects

Differences in the level of development between regions in Turkey draw attention. Some elements feed the rapid and unplanned urbanization shaped by migrations. The most important of these is the development problems in rural areas.

Rural development supports are required for national welfare to be balanced throughout the country. Regarding rural development, the necessary training should be provided while local production is supported. Projects should be focused on education and employment. In addition, these projects should focus on strengthening human resources, training the farmer, establishing a food chain meeting the market, and being familiar with new production techniques and technologies.

How to Benefit from Rural Development Supports?

One of the most curious subjects for those who want to continue their agricultural activities is how to benefit from rural development support in Turkey. We have compiled important information about the terms of use and how the process will proceed, thinking it will be beneficial:

• To apply for rural development support, it is necessary to be included in the farmer registration system or a registration system established by the Ministry. Those who make export-oriented investments, producer organizations, women entrepreneurs, young farmers, and young entrepreneurs can be listed as the segment with a high chance of granting.
• In the application process, a grant project should be prepared by the application form and its annexes in the application guide. If you need more experience in this field, getting help from a specialist who provides services in this field may be an alternative.
• With the prepared project, an application is first made in an electronic environment through the Ministry of Agriculture and Forestry website. Afterward, the entered application file and its annexes are delivered to the province’s Provincial Directorate of Agriculture and Forestry, where the investment will be made. There is an additional five days for file delivery.

For the IPARD support programs in Turkey, the application process works differently:

• Initially, these support programs cover 42 cities. The area where production will be made, and the activity will be carried out must be one of these 42 cities. The most important question for those who want support is who can benefit from it. Real and legal persons can apply and benefit from the IPARD program.
• The applicant must be at least 18 years old and not over 65. There is an important criterion for legal entities. Those with more than 25% public shares cannot apply. However, applicants must continue their investments for five years after the end.
• Eligible expenditures have also been determined within the scope of IPARD programs in Turkey. Accordingly, this includes constructing and improving immovable property, excluding acquisition. These expenses include purchasing new machinery and equipment, investments for farm activities, investments in renewable energy facilities, consultancy, and business plan preparation.
• Those who want to apply to IPARD support programs should follow the Application Call Announcement. The application period specified when the advertisement is published must be considered.

If you have an application plan, you can apply to the Provincial Coordinatorships of the Agriculture and Rural Development Support Institution in your province after the announcement. Acceptance rates for these projects may vary according to the projects that meet the eligibility conditions.

Rural Development Supports and The Technology of Freeze-Dry

Rural development supports in Turkey are very important for the country’s economy and future because the lack of income in rural areas causes people to migrate to the city. Projects such as the IPARD program support are effective for many developing countries such as Turkey.

The contribution of freeze-drying machines to the agricultural sector is quite large. Some purposes are taken as a basis within the scope of IPARD support. These are:

• Reducing post-harvest losses of fruits and vegetables
• Developing the capacities of cold storage and drying facilities
• Being advantageous for businesses to comply with EU standards
• Elimination of environmentally polluting production processes

Regarding the question of why freeze dry, the freeze-drying method is quite suitable for these aims. The freeze dryer makes it possible to dry foods using the most advanced and healthy technology. With Liyolife freeze dryer products, fresh foods are dried without losing their nutritional value. The shelf life of foods dried by this method is very high.

Freeze-dried products are easy to market and have hassle-free storage. It also provides healthy and sustainable storage conditions for many of the programs covered by these support programs. In this respect, you can examine Liyolife Freeze Dryer and its equipment for your business and benefit from the most suitable products for your investment.

You can reach our previous article from https://loi.teset.fun/en/the-most-common-mistakes-in-the-lyophilization-process/

Lyophilization, known as freeze drying, is one of the healthiest food storage methods. Lyophilization is used not only in food but also in the health sector. In this method, the products do not lose their basic properties.

After the product freezes, its pressure drops and the frozen water is removed by the sublimation process. Afterwards, the dehydration process is carried out at low temperatures.

Moreover, when we look at its historical process, it is a very old method. Advances in technology and the food industry have made the use of lyophilizers widespread. It is very important to perform the freeze-drying stages correctly and to use the right machine in order to benefit efficiently.

For this reason, in our article, we examined the mistakes made in the lyophilization process and the important data on this subject. We share tips to be considered before, during, and after lyophilization for you.

Errors Before Lyophilization

In order to get the best results in the freeze-drying method, there are some criteria that should be considered beforehand. The quality, preparation, and proper execution of the steps of the products to be lyophilized are very important. For this reason, the first evaluation in terms of errors made during the lyophilization process should be aimed at eliminating the errors made before the process.

Sample Preparation and Freezing Process

The most important purpose of freeze drying method is to preserve the freshness and naturalness of vegetables and fruits at the time of harvest. Again, it is essential to maintain the freshness of all foods and products to be processed.

In addition, attention should be paid to the factors affecting the quality of the food in the freezing process. If the freezing process is not fast, the large ice crystals formed cause deterioration in the product. For the products to be processed, sample preparation and quick freezing are of great importance before lyophilization.

Concentration Before Freezing

One of the important steps in the freeze drying method is the evaporation of the water in the product. While this process takes place under a vacuum and at low temperatures, it is aimed at preserving its essence.

Here, the dense product that emerges after evaporation is the concentration. As for its importance in lyophilization, when the solute concentration is high, the dried product has a smaller specific area.

Thus, the absorbed water is more difficult to remove. This causes the secondary drying step of lyophilization to take place for a longer time or at a higher temperature.

The concentration of the products should be well evaluated in terms of errors made during the lyophilization process.

Errors Made During Lyophilization

In order for the freeze-drying process to be carried out properly, the steps must be followed correctly. There are 3 basic steps on which the lyophilization process is based.

• Ice cream
• Primary drying
• Secondary drying

Errors made in the lyophilization process may be caused by disruptions in these steps during the process.

Selecting Incorrect Parameters

Correct selection of some key parameters is important for the success of lyophilization. The freezing stage, suitable cooling rate, suitable deep cooling temperature, and sufficient freezing time are among these parameters.

In order to avoid mistakes made in the lyophilization process, the chamber pressure and shelf temperature parameters in the primary drying step should be controlled. Appropriate shelf temperature is very important for the continuation of sublimation and the protection of the cold chain.

Insufficient maintenance

To achieve the goal in the lyophilization process, the transition between the interacting steps must be harmonious. For this reason, taking into account the factors affecting the products to be dried by freezing, care should be taken to carry out all the steps with the right processes.

Errors After Lyophilization

Correct operation is not sufficient for successful lyophilization. Errors made after the process are also effective for the efficient storage of the product. In terms of errors made in the lyophilization process, the improvement of the products, and the management of the storage and packaging process are among the issues to be considered.

Improvement of Lyophilization Products

The improvement of lyophilization products is highly interconnected with the selection of the drying method in accordance with the characteristics of the food. For this purpose, powder forms of some foods are obtained and stored. However, food powders are more complex.

Foods with high water content can cause different physical changes later on. For this reason, it is primarily to stick to the drying process, which gives excellent quality and product protection results. The improvement of lyophilization products should be evaluated correctly in terms of errors made in the lyophilization process.

Product Storage and Packaging Errors

The most important effect of the freezing process is the temperature change during product storage. Fast freezing provides greater resistance to the risk of temperature changes. However, product storage and packaging errors are among the most common cases in the list of errors made during the lyophilization process.

While freeze-drying extends the shelf life of the products, it is important that the storage conditions are suitable, that there is no sudden temperature change, and that the packaging that is not harmful to health is used. Care should be taken to avoid moisture and air intake of the product during storage and packaging after lyophilization.

Lyophilized food bags or packaging used must be puncture resistant. Being water and airtight is an important element for packaging conditions.

Quality Control Measures in the Lyophilization Process

Quality control is applied to prevent situations that negatively affect the quality effectiveness of any process. As in every sector and every business, quality control measures are of great importance in the lyophilization process.

One of the answers to the question of how mistakes made in the lyophilization process can be avoided is based on the sensitivity to quality control measures. Texture analysis of foods is important to understand product quality before and after freezing.

Tips to Avoid the Most Common Mistakes

In order for the freeze-drying method to preserve the freshness of the foods, to be efficient, precautions should be taken on the mistakes made in the lyophilization process. For this reason, we offer tips to avoid the most common mistakes, thinking that it will be useful for those who use freeze fry technology:

• Pay attention to the process parameters during freeze drying. The temperature of the heating plate, the quality of the product to be lyophilized, and the speed of application of the drying steps are effective.

• The freeze-drying conditions must be correct on a product basis because the properties and moisture content of each food are different. This necessitates careful execution of the process steps.

• Appropriate lyophilizer selection should be made for lyophilization because lyophilization can be used in food and materials with special sensitivity such as medical products. The quality of the product and the lyophilizer it is applied to are of great importance in terms of errors made during the lyophilization process.

Correct Equipment Selection and Use

Good management and success of the lyophilization process are highly related to the selection of the right equipment. Here too, it is of great importance to do good research to use the right freeze dry machine. The characteristics of the product you want to process, its volume, and the harmony of the freeze dry machine are important.

If you are looking for the right freeze dryer for your food products, you can do online research. The freeze dryer options offered under the guidance of Lyolife reveal an automatically managed process in lyophilization. In this respect, it becomes easier to minimize the risk of mistakes made during the lyophilization process and to store the products without your hassle.

Lyolife technology allows you to prepare food packages with a durability of 25 years. It is ideal for preparing demanded products such as fruit and vegetables, coffee, pet food.

Freeze dry machine maintenance is also very important for the efficiency of lyophilization. In order to maintain the quality of your products and save money in the long term, the maintenance of the freeze dry machine should be done on time. By providing you with regular maintenance service, Liyolife also extends the service life of your products.

Process Optimization and Quality Control Methods

Freezing, which is the first step in the lyophilization steps, can be considered the most important step. Therefore, the control of the freezing step is extremely important in order to optimize the product quality and process.

Primary and secondary drying speed is highly related to the yield freezing process. Some tools can be used for quality control processes. Laboratory measuring instruments such as computerized gas chromatographs and oxygen analyzers are also included in the equipment used in quality control processes.

You can reach our previous article from https://loi.teset.fun/en/how-to-make-freeze-dried-coffee/

The new generation coffee shops opened today, and the remarkable barista training show that coffee consumption habits have changed. Coffee is now interpreted as art. The origin of coffee dates back to Arabica coffee trees in the Kaffa region of Ethiopia.

It was first discovered in and around Yemen. The marketplace and export leader of coffee production is shown as Brazil. In summary, it is stated that coffee has the largest trade share after oil. We can say that it has taken its place among the most trendy drinks with globalization.

The market share of coffee evolves in different ways. First of all, it is prepared by vacuuming while preserving its smell. It changed size with the later discovered granule coffee. With the enrichment of its presentation and content, coffee has become an element of pleasure. While today’s technology improves food storage methods, freeze-dried coffee has opened the door to obtaining coffee with a long shelf life, odor, and taste.

How Did Granulated Coffee Come About?

When you look at the coffee varieties, you can see many options according to the type of preparation. Turkish coffee, Espresso, Cappuccino, Latte, Americano, Mocha, filter coffee, known for its popularity, and granulated coffee are some of them. The most used coffee beans are Robusta and Arabica. In fact, you can see that Arabica beans are preferred more in coffee packages because Robusta is a little harder.

Robusta also contains more caffeine. For this reason, the mixture known as blended is used in coffees. What is granulated coffee, one of the most common types of coffee? Let’s get to know it together.

Coffee that dissolves and becomes ready to drink when placed in hot water is defined as granular coffee. Granular coffee is also known as instant coffee in daily life. So how did granulated coffee originate and spread? Looking at its history, the first granulated coffee started to be produced in Chicago in 1901. Coffee produced by a chemist named Satori Kato spread in a short time.

The discovery of granulated coffee is one of the factors affecting coffee consumption. In recent years, some countries have begun to see a decline in the consumption rates of other coffees along with granulated coffee. The fact that changes in nutritional tendencies also affect beverage preferences may be among the factors that play a role in this. In Turkey, there has been an increase in coffee consumption in recent years. We can summarize the main reasons as follows:

• Increase in coffee imports
• Young population’s interest in coffee and its types
• Domination of the world market by boutique coffee shops with a new addition every day

Considering the coffee consumption in our country, studies have been conducted showing that granule coffee is consumed close to or even more than Turkish coffee in certain periods.

Spraying or freeze-drying methods are used to obtain granulated coffee. In the spray method, the coffee extract is sprayed towards the hot air. As a result, moisture evaporates quickly. The powdered coffee in it is separated.

Freeze-dried coffee, on the other hand, seems to be more effective, especially in preserving the smell and flavor of the coffee.

Making Freeze-Dried Coffee

With the development of technology, one of the healthiest food storage methods is freeze drying, also known as freeze drying. Why freeze drying? Because the products are frozen first. Then the water is removed by applying low temperature and pressure. The sublimation effect is effective in preserving the nutritional value, taste, and smell of foods.

It is also possible to see the effect of freeze dry technology on freeze-dried coffee. So, how is freeze-dried coffee made? We researched it, thinking it would be of interest to coffee lovers.

To obtain freeze-dried coffee, the coffee is freeze-ground at -40 or -50 degrees. It is made into soluble coffee by processing low-temperature water vapor in small frozen coffee pieces. This type of coffee can be easily obtained with freeze dry machines where lyophilization process is provided. When you wake up in the morning, you must mix your coffee with hot water.

Liyolife uses freeze dry technology in the best way with its products and equipment. You can examine the features of the products on our site and obtain the freeze dry machine you need. You can benefit from the Lyolife freeze dry technology, which has a long shelf life and high quality storage conditions for many food groups and freeze-dried coffee.

Properties of Freeze-Dried Coffee

When you think of coffee, a steaming cup may come to your mind and you may feel like you are smelling the intense smell of coffee beans. In fact, although today’s coffee consumption habits focus on quantity, the quality of coffee is of great importance. For this reason, freeze-dried coffee can have an impact on our preferences when buying coffee with its features.

The taste and rich aroma of freeze-dried coffees are preserved. The most important feature is that it provides the protection of many useful properties in coffee. In addition, more intense flavor, light caramel color and smooth pyramid shape are different features from other granular coffee options.

The biggest difference between freeze-dried coffee and granulated coffee from other coffees is the way they are prepared. While Turkish coffee requires the technique of cooking, filter coffee filtering / brewing, granulated coffee is prepared by dissolving it directly in hot water. Generally, 1 measure / 1 teaspoon of granulated coffee is used for a 200 ml cup. Here, the person’s taste also determines the amount of coffee. Sweetening with cream, milk powder or sugar is also a form of preparation that depends entirely on the individual.

Benefits of Granulated Coffee

In recent years, it has been observed that coffee consumption habits have changed and consumption has increased in Turkey. For this reason, the benefits of coffee are very much wondered. The first feature of coffee that comes to mind is its refreshing effect with the caffeine it contains. However, it is also among the opinions that granulated coffee can be harmful because it is a processed product and contains a chemical known as acrylamide during the roasting stage.

However, the fact that it contains less caffeine and alternatives such as freeze-dried coffee reveal the positive effects of coffee. Let’s talk about one of the topics that coffee lovers are most curious about. What are the benefits of granulated coffee, which is used very often with its practical use and taste? We list for you the following:

• It has an effect on brain function. Caffeine gives vitality while increasing brain functions.
• It accelerates metabolism. It is stated that it has positive effects on fat burning.
• It reduces the risks of nervous system diseases such as Alzheimer’s and Parkinson’s.
• It is stated that it reduces the risk of diabetes and has positive effects for the liver. It is stated that it can be especially effective in preventing Type 2 diabetes.
• It is among the sources of antioxidants.
• Making other types of coffee, such as Turkish coffee and filter coffee, can be a bit more difficult. Granular coffee preparation is also very advantageous in terms of time. It is preferred not only in homes but also in travels, guesthouses and hotel rooms because it is easy to prepare granulated coffee. It is possible to say that it is a practical and economical coffee that is prepared without the need for any equipment, contains less caffeine.

It is emphasized that the most important thing for all coffees in general, not just granulated coffee, freeze-dried coffee, is the amount consumed. Consumption of 3 cups of granulated coffee per day can be considered normal.

It should also be taken into account that this amount may vary from person to person. In addition, care should be taken not to consume caffeine in the evening and at night so that it does not adversely affect the quality of sleep. You can start the day with the best freeze-dried coffee thanks to the freeze dryer products that you can choose under the guidance of Liyolife.

You can reach our previous article from https://loi.teset.fun/en/how-are-astronaut-meals-prepared/

Have you ever wondered how astronaut meals are prepared? You are wrong if you think of the usual methods of sending regular food on Earth to space. Because astronaut meals are designed according to the needs of human physiology changing in space, suitable for a non-gravity environment, and easy to prepare. In addition, it is also important that the food takes up little space and has a long shelf life since huge pantries cannot be added to the spacecraft.

When preparing astronaut meals, several problems need to be resolved. This is the reason why experts in this field develop astronaut dishes. So, how did scientists specialising in this field find a solution for feeding astronauts? To answer this question, it is necessary to look at the studies on space food.

Studies on Space Food

When you think of astronaut food research, NASA comes to mind, but today, there are also a few private space research institutions. We know that official space research units and private institutions of other countries, especially NASA, conduct different studies on the nutrition of astronauts in space.

We say “work” rather than “cooking” because everything we know about nutrition changes in space. Because, with gravity and other differentiating factors, there are some changes in space for human physiology and requirements.

The department at NASA that prepares these special dishes is called the Space Food Systems Laboratory. In most studies, studies done by NASA are cited as references. So, what has NASA done and is doing about astronaut meals? To answer this question, we must look at what has changed from the first meals in space to today.

The Evolution of Astronaut Meals

To understand this subject well, it is necessary to go to the beginning of the space adventures of humanity first. April 12, 1961, is very important in this respect. The first human went into space on this date. Russian Yuri Gagarin became the first person to go into space in a vehicle called Vostok 1.

After that, as it is known, a great space race started between the USA and the Russians. That race caused this field to gain great momentum today. So, what changes have occurred in the astronaut meals placed in vehicles for people sent into space since 1961?

The answer to this question is closely related to changing technology and using it in the food industry. The first foods eaten in space by astronauts in the 1960s were products such as crackers or dried bread. Liquid liquids and foods that require cutlery were not preferred in a gravity-free environment.

Over time, different solutions were produced by changing the packaging. The need for long-term good nutrition for astronaut meals was effective. Today, freeze-dried foods are mostly preferred. So, what does freeze-drying mean?

Food Drying Methods and Freeze Drying

When developing content focusing on astronaut meals, it is essential to discuss the advanced technique of lyophilisation, a specialised process known as freeze-drying. This technology surpasses traditional freezing, enabling food preservation for extensive periods, particularly crucial for space missions where the shelf life of provisions is paramount.

The lyophilisation process involves freezing the food and reducing the surrounding pressure to allow the frozen water in the food to sublime directly from the solid to the gas phase. This process maintains the food’s cellular structure, significantly more effectively preserving its nutritional content, flavour, and aroma than standard freezing methods.

Astronauts often rely on freeze-dried foods during their missions, as they are lightweight, have a long shelf life, and require minimal preparation. The freeze-dried food is packaged in a vacuum-sealed pouch to prevent the ingress of moisture, ensuring the preservation of its quality. When it’s time to eat, astronauts simply rehydrate the food with water, reviving its original texture and taste while maintaining its nutritional integrity.

In addition, there are more suitable methods for some food. For example, you may find that it loses its properties when you freeze and thaw chocolate. However, freeze-dried food for astronauts still preserves its essential place when eating in space.

One of the methods of preserving food is canning. This method is also highly preferred, but it is only possible to can some products. In addition, the shelf life of canned food is limited, and there are some changes in foods according to the fresh form.

Drying in the sun and drying with sulphurisation are preferred food storage options. In recent years, freeze-drying has come to the fore as the storage method that will preserve the value of foods at the highest rate. This method is the best alternative for maintaining nutrition in astronaut meals because it keeps its colour, smell, taste, and nutritional values, takes up little space, and is very easy to consume. It is also becoming increasingly common for home and professional kitchens.

What Do Astronauts Eat in Space?

Astronauts can consume almost any food in space. However, foods need to go through some processes. These processes aim to be careful about the bacteria and fungus species we will carry into space, ensure that the astronauts are fed adequately, and offer products that are easy to prepare, take up little space, and last for a long time. The foods used in the three methods are consumed in the area to meet all these features. These methods can be listed as follows:

• Freeze-dried reconstituted foods,
• Thermo-stabilised foods,
• Irradiated foods

Freeze Drying Food

Freeze dryer machines: While preserving the value, colour, smell, and taste of foods, they take up less space and keep them fresh longer. For this reason, freeze-dried space food is the most preferred method for preparing astronaut meals. In this way, almost any food, such as fruits, vegetables, meat, fish, chocolate, cheese, and milk, can be stored.

Thermostabilizing Food

This method is based on applying heat treatment to food. Soups packed in bags, like noodles and pasta, desserts, and other dishes, are thermostabilised and prepared for consumption in space.

Irradiation of Food

Especially for meat products, irradiation is a very common storage method. Irradiation is also done for the meat in the astronaut dishes. Heat treatment applied to foods such as red meat, chicken, and turkey allows them to be stored at room temperature. In addition, heating after opening the package is sufficient for consumption.

Preparation of Astronaut Meals

It is generally easy to prepare the food put into the spacecraft in ready form by the above methods. To prepare astronaut meals, adding water to the food or heating it is often sufficient. However, there are more desirable options than the heating method in spacecraft. This is why adding water in preparing astronaut meals is much more preferable. For this reason, experts who develop space dishes focus on freeze-drying foods for astronauts.

Today’s research shows insufficient efficiency for long-term manned travel by spacecraft. However, the work continues. In the coming years, methods such as growing plants in spacecraft and obtaining food from 3D printing will become more applicable.

You can reach our previous article at https://loi.teset.fun/en/freeze-dried-taxidermy/

Using medicine to keep something that starts to deteriorate is defined as embalming. This process aims to protect the corpse or the internal organs of the deceased by removing them. Looking at its history, it is a method known and used since Ancient Egypt. It was applied to implement and mummify religious rituals for people who died in primitive tribes.

Today, you can see that the most common embalming examples are on vertebrate animals. Therefore, this process is mostly done for the protection of wild animals and endangered animals.

So, how is embalming done? Considering this information, keeping the animals frozen if not processed immediately is recommended. We investigated for you whether embalming is possible using the freeze-dry method. How is the freeze-dried taxidermy and the effect of the freeze-drying method in this process? You can read the details below.

Animal Protection

Taxidermy is expressed as the art of stuffing animals. The art of embalming is more important, especially if the animals found dead or died during the treatment process are endangered. With embalming, animals need to appear alive and even be exhibited in museums to promote those animals.

It is stated that embalming has been done in approximately 900 animals in 20 years. It is also emphasised that embalming, which requires a lot of effort, can be done by only a few people in Turkey. It is quite interesting because it is intended to keep animals alive this way.

How is Tahnit made? First, official permission must be obtained. Then, the animal’s internal organs are removed, and a skeleton made of iron wire is placed. In this process, protective chemicals are used. However, an important point that draws attention here is how the animal to be embalmed should be protected before the procedure because embalming is a delicate process.

For the best results, the storage conditions of the animal before and after embalming are very important. What are the factors to consider for embalming the animal before stuffing a freeze-dried animal? Let’s examine it together.

• Before embalming, especially if there are traces of blood, it should be cleaned with oxygenated water. Cleaning must be completed before storage.
• If embalming cannot be done within a few hours, the animal should be kept in a cold and moisture-free environment. However, the time to embalm after removal from a conventional freezer is very important. It is recommended to wait longer.
• It should be stored in environments such as refrigerators by removing the air in the bag if there is moisture.
• The type of animal stored and the storage conditions may affect the process.

Refrigerated storage may have adverse consequences for the process. Therefore, shocking is preferred. The sublimation effect in embalming in freeze-dried taxidermy allows the animal to be stored longer.

Freeze Dry Process in Taxidermy

In the taxidermy process, the freeze-dry method holds a critical place. Initially, the product is frozen, proceeding to the subsequent step where the frozen water is sublimated by applying low pressure and temperature. This method ensures the preservation of the specimen without any deterioration due to the effective removal of water.

Besides being utilised in food preservation, the freeze-dry method finds applications in various industrial sectors. It stabilises live materials like microbial cultures, protects animal specimens in museums dry flowers, and concentrates or recovery products. The freeze-dry method is particularly invaluable in the taxidermy operation, allowing for the creating of lasting, high-quality specimens.

This approach in the taxidermy operation ensures the items on display are meticulously preserved, providing a glimpse into the natural world’s intricate beauty and diversity. Whether for educational purposes or aesthetic appreciation, this method’s enhanced longevity and quality make it indispensable in taxidermy.

The freeze dryer used for freeze-dry technology is a very specially designed product. For this reason, it is important to research and choose the product that suits your needs.

Advantages and Disadvantages of Freeze Dry Process in Taxidermy

The most emphasised issue with refrigerated or freeze-dried taxidermy is that the material must be thawed before processing. In the meantime, there is a risk of skin deterioration during the procedure. So, what are the advantages of freeze-dried taxidermy? Let’s answer for those who are wondering:

• The biggest disadvantage of freeze-dried taxidermy using traditional methods is the thawing stage. If the process cannot be started before completely dissolved, water will cause the animal to deteriorate. Prolonged waiting time also causes deterioration of the skin. The freeze-drying technology removes moisture from the product by providing a sublimation effect. This prevents the development from spoiling.
• There is no colour change or deterioration in appearance in the products using freeze-dried taxidermy. Thus, the realistic appearance of the embalmed animal is preserved.
• Humidity is one of the most effective factors in the deterioration of products. It also has a very negative effect on an animal that is planned to be embalmed. As a result of the freeze-dried taxidermy process, the risk of being affected by moisture is eliminated.
• Freeze-dry technology extends the storage life of the product.

While freeze-dried taxidermy looks quite healthy and functional, its disadvantages are also wondered. The freeze-drying method requires more energy. Long drying cycles and high energy costs can increase. However, it is a very effective method for high-quality products that must be stored for a long time.

The possibility of storing freeze-dried pets for a long time should be considered in terms of freeze-dried taxidermy. In addition, it is emphasised that the machines produced in today’s technology are also developed in energy consumption.

Animals Suitable for Freeze-Dried Taxidermy

Taxidermy is a job that takes time and effort. For this reason, the animals most suitable for this process should be embalmed. You can see images of the process for endangered wild animals. In addition to wild boar, roe deer, deer, and mountain goat, it is possible to encounter embalming birds.

Hunters who do this as a hobby also share how embalming can be done. However, which animals are suitable for frozen embalming is important for those who want to use this method. Using domestic, wild, or farm animals for freeze-dried animal stuffing is possible. The animal’s weight and the freeze-dry machine’s features are decisive. Bird species and fish may be frozen in this process and considered suitable for embalming.

Preservation of Freeze-Embalmed Animal

Protecting the embalmed animal for long-term use and preservation is of great importance. Necessary pesticides are applied, and precautions are taken to prevent it from losing its lively appearance and not losing its hair. However, care must be taken to protect freeze-dried taxidermy. We can list the things to be considered for the protection of pets, such as freeze-dried dogs or cats taxidermy or animals as follows:

• The posture of the embalmed animal should not be changed.
• Humidity should be kept at a certain level. Between 15% and 85% is considered normal.
• Sudden temperature changes should be avoided.
• The powder reduces shine. Therefore, attention should be paid to its cleanliness.
• The storage life of frozen embalmed animals is long. In addition, due to the freeze-dried taxidermy, the storage of animals in areas such as glass windows and bell jars contributes to their protection from external factors.

Therefore, one of the most important factors for protecting animals stored with freeze-dried taxidermy is using the freeze-dry machine and the timely and correct execution of the process.

You can reach our previous article from https://loi.teset.fun/en/what-are-food-drying-methods/

Storing food by freezing, canning, or drying is a common form of consumption in home kitchens or professional kitchens. With food drying methods, also known as lyophilization, it becomes possible to make vegetables and fruits accessible anytime and use the products efficiently.

Different food drying methods are being tried to consume dried fruits and vegetables. You can use new technologies developed to dry by preserving color, taste, and texture much better than traditional sun drying management.

Storing by drying foods so they can be consumed out of season is a drying food preservation method that is thousands of years old. If the right food drying methods are applied, meat, vegetables, and fruits can be dried and stored healthily. Thus, products taken from nature with great effort are consumed more efficiently. This is a valuable practice in terms of sustainable production and provides easy access to foods out of season.

Today, however, technology offers much more effective solutions than sun drying. Because sun drying, the most traditional food drying methods, can cause fruits and vegetables that have been waiting for a long time to lose their nutritional value to a large extent.

What is Drying, and Where is It Used?

Water content in fruits and vegetables, usually between 80% and 95%, hinders long shelf life. Dehydrating food through various drying methods reduces this moisture content to 10%–20%, enhancing shelf stability. In applying food drying methods, care must be taken to preserve the food’s color, flavor, and aroma.

Examples of drying methods of food preservation include traditional air drying and advanced techniques like lyophilization. Post-dehydration, rehydrated foods should retain their ability to hold water, maintaining their original texture and taste when cooked again. Utilizing these food drying methods is crucial to extending the shelf life of various food products without compromising their quality.

Food Drying Methods Suitable for All Purposes

Food drying methods should be fit for a purpose. That is to dry the food to extend the shelf life of the food naturally while preserving the nutritional values, color, taste, and odor as much as possible. Two methods stand out for this aim. One of the food drying methods is with sulphurization, and the other is using a lyophilizer. Let’s examine both options.

Lyophilizer

Freeze-drying is the most preferred method to practically dry foods by preserving their nutritional value and preventing color and taste loss. The lyophilizer method is defined as freeze drying, also called cryodesiccation. In this method, fruits or vegetables are first frozen very quickly. These crystals are then removed by sublimation. Here, a process based on freezing and extracting the juice contained in the fruit and vegetable is performed.

Among the food drying methods, the lyophilizer option stands out for different reasons. The main reasons for this are listed as follows:

• It is the method by which the nutritional values of fresh foods are best preserved.
• In freeze-drying foods their shelf life is longer than in other methods.
• It can be used for vegetables, fruits, fish, meat, ice cream, eggs, and dairy products.
• Freeze-drying foods increasingly used in homes and professional kitchens save much money. It also makes an important contribution to sustainability.

Sun Drying

The most traditional method of drying food is to lay it in the sun. This method is still used for household fruit and vegetable drying. Here, fruits or vegetables are washed and sliced, laid on a cloth or paper, and exposed to the sun. This drying method, especially in August, is applied in almost every region of our country.

Baking

It is a drying process mostly used for green leaves. For example, medicinal plants such as mint, thyme, St. John’s wort, linden, sage, and eucalyptus can be dried this way. The plants, which have been washed and filtered in giant ovens, are dried in a way to give instant heat. It is then ground into powder and packaged appropriately.

Sulfurization Method

The element SO2, namely sulfur dioxide, plays an important role in the sulphurization process. Because sulfur dioxide is given to the fruits and vegetables desired to be dried. The most important feature of sulfur dioxide is that it allows fruits and vegetables to dry much faster than laying them directly in the sun. This minimizes color and taste loss. It also eliminates the presence of insect larvae and bacteria.

Sulfurization can be done in two different ways. One of them is to burn the powdered sulfur in special rooms and release SO2. Fruits and vegetables to be dried come into contact with SO2 gas. The second method is to spray sodium bisulfite on fruits and vegetables, which is adjusted according to a certain formula.

What to Use for Home Freeze Drying?

In most houses, products such as peppers, eggplants, tomatoes, and apricots are dried in the sun and stored for the winter, following the ancestral traditional methods. However, these conventional methods cannot preserve their nutritional value and do not protect insect larvae and bacteria. As a result, the life of sun-dried fruits and vegetables needs to be longer.

Freeze dryer technology, one of the food drying methods suitable for home use, offers great comfort. It enables you to dry the products you buy in the season practically and safely with a device where you can complete all the processes. So, what is freeze-dryer technology, and how does it work?

Freeze Dryer Technology

We’ve discussed various food drying methods of food preservation, with a spotlight on drying food, illustrating how freeze-drying emerges as the most efficient approach. But is utilizing freeze-drying technology for preserving your food at home feasible? Indeed, it’s plausible with advanced freeze-dryer technology!

In this process, foods are frozen using reduced temperatures and pressure, enabling the water to be extracted in its gaseous form, skipping the liquid state. This technique, known as sublimation, facilitates the rapid removal of water— the primary culprit in food spoilage—while retaining the food’s color, aroma, and flavor. Contrary to traditional food drying methods like sun drying or sulfur drying, it’s versatile enough to be applied to various food items, including vegetables, fruits, and more.

You can browse and order freeze dryers, which have fast and practical installation, from our site. You can dry different foods such as fruit, vegetables, meat, fish, baby food, and ice cream by removing the water and keeping them fresh for years.

You can reach our previous article from https://loi.teset.fun/en/freeze-dry-machine-maintenance-and-repair/