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Effect of Drying Characteristics of Garlic

  Natural sun drying is one of the most common ways to preserve agricultural product. the most purpose in drying farm manufacture is to reduce its water activity from the harvest level to the safe storage level in order to increase its shelf life. Once the product has been dried, its rate of deterioration because of respiration, insects, and microbial activity and biochemical reactions should diminish resulting in maintenance of quality of the stored product. It does improve bargaining position of the farmer to keep up comparatively constant value of his product. Drying reduces post-harvest losses and transportation prices since most of the water are taken out from the product throughout the   drying method . In India, sun drying is the most typically used technique to dry the agricultural material like grains, fruits and vegetables. In sun drying, the garlic is spread in a very skinny layer on the bottom and exposed on to solar radiation, ambient temperature, wind velocity, r...

Continuous Granulation and Drying Techniques Trends

  The term “continuous” is applied to all production or manufacturing processes that run with a continuous flow. With that definition,   continuous processing of solid  dosage products in the   pharmaceutical industry   means starting the process from the synthesis of API to the final packaging of tablets or capsules 24/7 all year-round. The pharmaceutical industry has been slow to adopt or even consider the concept of continuous processing, even though its value has already been proven in other industries—polymer, food, dairy, electronics, automobile and petrochemical/chemical—which have implemented fully  continuous production  processes for many years. The pharmaceutical industry is also dominated by batch processes due to the smaller amounts that must be processed compared to other industries. The small material quantities available during the development stage also dictate the use of a batch process during the design phase of the formulation and m...

Drying System Temperature Control for a Large Format Textile Printer

In the digital giant format textile business, the drying system is one amongst the most vital subsystems within the printer. The objectives of this method are dry the media enough in order that there’s no transfer between the rolled media and also the following one, and to produce a hot air (airflow and temperature) within the print zone to reduce bleed and coalescence. And one amongst the most critical parameters within the dryers is that the management of the temperature uniformity on the scan axis within the print zone. A fine control of the temperature uniformity will increase the media versatility by enabling lower temperatures within the print zone whereas drying and increase the throughout capability level. Also improves bleed and coalescence and alternative image quality artifacts. In many printers, the drying system is based on convection with a hot chamber flowing hot air through several diffusers to the print zone. In those drying systems, in most of the cases, the temperatu...

Microwave Heating Systems for Sintering of Ceramics

  Processing of ceramic materials has also a strong impact in the quality of the consolidated body, as it plays a key role in the resulting microstructure and, as a consequence, in its final properties. Advanced ceramic materials are commonly processed as powders and densified via a high-temperature process. Traditional processing techniques include hot isostatic pressing, mold casting, and sintering in conventional ovens. As ceramics require very high processing temperatures compared to metals and polymers, these processes tend to be very energy intensive and result in higher production costs to the manufacturers. Therefore, new technologies known as nonconventional sintering techniques, such as microwave technology, are being developed in order to reduce energy consumption, while maintaining or even improving the characteristics of the resulting ceramic material. This novel and innovative technology aims at helping industrial sectors lower their production costs and, at the same ...

Drying Evaluation of Green Coconut Pulp

The world   production of coconut   (Cocos nucifera L.) was about 60 million tons in 2008 [1] — 85% in Asia, 8.5% in America, 2.9% in Africa and 3.2% in Oceania. Some of the coconut-based products are coconut oil, coconut water, copra and shredded coconut. Coconut products can also be found in beverages, cosmetic and toiletries products. The fresh or industrialized coconut water is much appreciated as a natural isotonic in Brazil. Its demand reaches 1.4% of soft drink market. A serious environmental problem has come up due to the inappropriate disposal of the husks. It is estimated that 350 million liters of green coconut water are consumed in Brazil every year and this consumption produces approximately 2 million tons of green coconut husk. 70% of the waste generated in Brazilian coastal urban centers is green coconut husk. Green coconut husk is an excellent bio-material for the adsorption of Indigo Blue from textile industries. Other studies showed that the young pulp, in it...

Combined treatments of blanching and dehydration

  The  blanching   method is utilized to scald vegetables in boiling water or steam for a particular quantity of your time. It stops enzyme actions which may cause a loss of flavor, color, and texture once the food is frozen or dehydrated. It’s also called parboiling. Blanching helps to rid of the surface of food from dirt and organisms, it brightens the color and helps retain vitamins. Some vegetables are extremely fibrous and taking the time to blanch them wilts, or softens them, in order that they can dry quicker or be easier to package for freezing. Blanching time is crucial and varies with the vegetable and size. Under- blanching vegetables  will stimulate their enzymes and is worse than no blanching. When water blanching, be careful and use the suggested times. Overdoing the blanching time can cause loss of flavor, color, vitamins, and minerals; therefore you’ll primarily transfer all the nutrients from the food to the boiling water. These vegetables can contin...

Applications of sand roasting and baking in the preparation of snacks

  In India, the sand roasting technique is widely used by street food vendors, villagers and cottage industries for making various value-added   food products   from different cereals, millets and legumes. The traditionally produced sand-roasted products are commonly utilized as ready to eat snacks or for the preparation of various other snacks. The techniques of  sand roasting and baking  are gaining importance as cheap, effective, oil-free, healthier ways of cooking. However, further studies are needed on micronutrient availability and functional food development for community nutritional disorders. Also, the residual silica levels and difficult working environment mandates the development of energy-efficient and high-output-orientated technologies such as continuous, microwave, and fluidized bed roasters. In terms of health benefits, minimally processed foods are better than the processed foods. Among the minimal processes, sand roasting is a traditional, rap...