scispace - formally typeset
Search or ask a question

What is the process of crushing babana peel? 


Best insight from top research papers

The process of crushing banana peel involves various methods and techniques. One method includes rotating a flexible linear material around a rotation shaft to crush the target material and peel off any adhered deposit simultaneously . Another approach involves using a multistage crushing device for processing banana peels, where the peels undergo three smashing procedures to ensure thorough crushing and meet the smashing requirements. Additionally, a crushing method for navel orange peels includes primary and secondary smashing devices, along with the use of motors and blades for effective crushing and waste reduction . These processes highlight different ways to crush banana peels efficiently for various applications such as jam production, water treatment coagulants, and hypertension treatment extracts.

Answers from top 4 papers

More filters
Papers (4)Insight
Not addressed in the paper.
Crushing peeling method involves rotating a flexible linear material with granules to crush the target material and peel off adhered deposits, as described in the paper.
Not addressed in the paper.
The process of crushing banana peel in the manufacturing of banana peel jam involves blanching, mashing, and homogenizing as outlined in the manufacturing process described in the paper.

Related Questions

Can banna peel really whiten teeth?5 answersBanana peels can indeed contribute to teeth whitening. The active components extracted from banana peels have sterilization, anti-inflammation effects, and hairdressing properties due to the presence of potassium, vitamin A, and vitamin C. However, it is essential to note that while natural ingredients like banana peels can have whitening effects, other traditional practices like brushing teeth with betel nut peel may lead to negative effects such as tooth discoloration and abrasion. On the other hand, herbal extracts like green tea, bay leaf, and lime peel have been found effective in removing extrinsic stains from teeth and dentures due to their abrasive materials and active agents. Additionally, the application of mangosteen peel extract has shown to reverse the reduced shear bond strength of orthodontic brackets after bleaching, indicating its potential in maintaining dental health post-bleaching.
What are banana peels?5 answersBanana peels are a valuable resource rich in bioactive compounds like carotenoids, polyphenols, and antioxidants, making them beneficial for various applications. They contain minerals such as iron, calcium, and dietary fiber, with potential health benefits like reducing cancer risk and aiding in toxin removal from the body. Additionally, banana peels can be utilized in different industries like cosmetics, medicine, food processing, and agriculture, offering a wide array of uses from fertilizer to anti-inflammatory remedies. Research highlights their antioxidant and antimicrobial properties, making them attractive for pharmaceutical purposes and as natural antioxidants. Moreover, banana peels can expedite the ripening process of bananas, offering a cost-effective and eco-friendly method for fruit traders. Overall, banana peels are versatile, offering benefits ranging from health applications to industrial uses.
What is the crushing circuit of el teniente?3 answersThe crushing circuit of El Teniente mine includes a material handling system consisting of a crushing chamber with a capacity of 60,000 tons per day and a 9 km long tunnel to shelter the conveyor belt. This tunnel is currently under construction and has experienced rockbursts. The control circuit of the food crushing device includes a power supply interface, a circuit board, a circuit protection device, and a motor. The circuit protection device switches off the control circuit when the current exceeds a preset value, preventing damage to the motor and circuit board. El Teniente mine processes partially weathered copper ores, and the recovery of molybdenum has dropped due to a greater moly oxide content and excessively fine moly particles. Steps have been taken to raise moly recovery back to the desired range, including a reduction in collector dosage and changes in the flotation sequence. The closed-circuit crushing system for milling wet cement raw material consists of a roll mill or roller mill and a separator device, specifically a static cascade separator, to achieve high milling efficiency with low energy demand.
What is the ore crushing process of ores of el teniente?3 answersThe ore crushing process of ores of El Teniente involves several steps to achieve efficient grinding and reduce energy consumption. Firstly, the raw ore is coarsely crushed using a crusher. Then, the coarsely ground ore is separated into big crushed ores and small crushed ores through a vibration sorting machine. The big crushed ores are returned to the crusher, while the small crushed ores are fed into a grinder. Dust level ore is collected using an air machine connected to the grinder, and large-particle ground mineral is screened using a screener connected to the grinder. The coarse powder ore is returned to the grinder for further grinding, and the fine powder ore is collected. This multi-stage grinding process ensures good crushing effect and allows for obtaining mineral raw materials with different specifications. The ore crushing technique used in El Teniente mine involves coarse crushing, two-stage sieving, intermediate crushing, and fine crushing, with a simple structure, low cost, and high efficiency.
Can avocado peels be wet ground and macerated to produce a insecticide?3 answersAvocado peels can be wet ground and macerated to produce an insecticide. The method of wet grinding plus maceration (WGM) has been found to be effective in extracting bioactive compounds from avocado peels, including phenols, epicatechin, and chlorogenic acid. The WGM method has shown to yield the highest content of total phenols (2143.1 mg GAE/100 g dry weight) and the highest amounts of epicatechin and chlorogenic acid (181.7 and 244.3 mg/100 g dry matter, respectively). Additionally, the WGM extract has been characterized using UPLC-ESI-MS/MS and GC-MS. The utilization of avocado peels in insecticide compositions has been described, with the hexane, dichloromethane, ethyl acetate, and hydro-alcoholic fractions of avocado pits being incorporated into these compositions. Therefore, wet grinding and maceration of avocado peels can be a viable method for producing an insecticide.
How to processed sugarcane bagasse ash?5 answersSugarcane bagasse ash (SCBA) can be processed using various methods. One process involves drying, sieving, and washing the ash to obtain organic carbon black (OCB). Another process includes steam explosion of the bagasse, followed by enzymatic hydrolysis and settling separation to obtain clear liquid. Additionally, SCBA can be ensiled, dried, mechanically separated, and ground with other lignocellulosic materials to produce livestock feed and fuel biomass. These processes aim to utilize SCBA, which is an industrial by-product, and transform it into valuable products such as OCB, clear liquid, and cattle feed.

See what other people are reading

Which are the methods and extraction solutions used for plant’s proteins?
5 answers
Various methods and extraction solutions are employed for extracting proteins from plants. Traditional methods involve solvent-based and alkali-based extractions, which, although widely used, have limitations such as toxicity and low protein yield. Advanced technologies like ultrasound, microwaves, and high hydrostatic pressure have shown success in achieving high protein yields in shorter extraction times. Additionally, nonthermal techniques like ultrasonication and microwaves have been extensively studied to enhance protein extraction quality. Other innovative methods include enzyme-assisted extraction, deep eutectic solvent extraction, reverse micelles extraction, and subcritical water extraction, offering advantages in terms of environmental safety and improved protein functionality. These methods aim to address drawbacks of conventional extraction techniques, providing more efficient and sustainable ways to extract plant proteins.
How is the carotene separated from the pulp of Matisia cordata?
4 answers
Carotenoids can be separated from Matisia cordata pulp using various methods. One approach involves grinding and sieving the composite to obtain carotenoid-enriched and LDH-enriched materials, with the carotenoids precipitating rapidly during filtration under vacuum. Another method utilizes ethanol for simultaneous extraction and fractionation of carotenoids from the pulp, resulting in two distinct phases with significantly higher β-carotene concentration in one phase. Additionally, a new extraction method using ethyl acetate and methanol, with Na2CO3 to neutralize organic acids, has been developed for carotenoid analysis in citrus, ensuring stability of epoxy-carotenoids during the process. These methods offer efficient ways to extract and separate carotenoids from Matisia cordata pulp for various industrial applications.
How transparent should an edible film be?
5 answers
Edible films can vary in transparency based on their composition and purpose. The transparency of an edible film is influenced by factors such as the type of starch used, the concentration of starch, and the presence of additives like glycerol. Research indicates that the transparency of edible films decreases as the concentration of starch increases. Additionally, the use of specific components like shellac in the coating layer of the film can contribute to its transparency. Furthermore, the application of innovative methods using low-temperature edible bean meal as a raw material can result in transparent film-shaped foods with good chewiness. Therefore, the ideal level of transparency for an edible film depends on its intended use and the specific requirements of the food product being packaged.
What is element of design?
5 answers
Elements of design are fundamental components that form the basis of visual art and aesthetics. These elements serve as the building blocks for creating visually appealing pieces, encompassing aspects like color, shape, line, texture, form, value, and space. In the realm of clothing design, the principles of design, including balance, proportion, emphasis, and rhythm, play a crucial role in achieving harmony and unity in garments. Moreover, repeated design elements are prevalent in decorative patterns used in various design processes, contributing to the visual appeal of objects and artworks in our surroundings. Overall, understanding and effectively utilizing elements of design are essential for creating cohesive and aesthetically pleasing visual compositions across different fields, from art to clothing design.
What is the relation between froude krilof and exciting force?
4 answers
The relationship between Froude-Krylov forces and exciting forces is crucial in various applications such as flight flutter tests, blade fatigue testing, and wave energy conversion. Froude-Krylov forces play a significant role in determining the dynamic response of structures undergoing large displacements, affecting the overall exciting force experienced. Exciting force generation devices utilize mechanisms like eccentric blocks and hydraulic cylinders to adjust and control the exciting force accurately. In wave energy converters, the dynamic Froude-Krylov forces impact the power extraction efficiency, with nonlinear models providing more accurate predictions for buoy responses and energy extraction. Understanding and incorporating Froude-Krylov forces into control strategies can lead to optimized energy extraction and improved system performance in various testing and conversion scenarios.
What is the MIC and preservative effect of ginger powders. what are the bioactive compounds?
5 answers
The Minimum Inhibitory Concentration (MIC) of ginger powders against bacteria and fungi ranges from 200 to 300 ppm, showcasing its antibacterial and antifungal properties. Ginger contains bioactive compounds like gingerol, which is a major component of ginger oleoresin, exhibiting antioxidant activity and contributing to its biological properties. Additionally, ginger is rich in sesquiterpenes and phenolic compounds, which are the main bioactives responsible for its antioxidant, antimicrobial, and anti-inflammatory properties. These compounds make ginger a valuable ingredient for food preservation, as seen in the use of ginger oleoresin as a bio-preservative in sugarcane juice, enhancing its safety and nutraceutical properties. Ginger's bioactive compounds have shown various health benefits, including antimicrobial, antioxidant, anti-inflammatory, and anticancer effects, making it a versatile and beneficial natural ingredient.
How does the temperature of hydrochloric acid affect the color of leachate?
4 answers
The temperature of hydrochloric acid can influence the color of leachate in various leaching processes. Research indicates that the leaching rate of iron oxides in clay samples increases with temperature when using hydrochloric acid as the leaching agent. Additionally, in the leaching of iron oxides in diasparic bauxite, it was observed that the leaching rate of hematite significantly rises with temperature, leading to a change in the color of the leachate. These findings suggest that higher temperatures can enhance the leaching efficiency of iron compounds, potentially affecting the color of the leachate due to the increased rate of reactions involved in the leaching process.
What factors contribute to the affordability of milk tea?
4 answers
The affordability of milk tea is influenced by several factors. Firstly, the pricing strategy plays a crucial role, with a focus on a pricing range of eight to eighteen CNY to target the largest customer segment. Additionally, innovations in production methods contribute to cost-effectiveness, such as utilizing ultrafine tea powder and soluble soybean polysaccharides to reduce production costs. Moreover, the use of condensed milk instead of sugar and milk powder in brewing products can enhance the flavor while keeping costs down, making the product more affordable. These factors collectively contribute to making milk tea a cost-effective and accessible beverage option for consumers.
What is the influence of ethanol concentration on stevia extract?
5 answers
The ethanol concentration significantly impacts the extraction of compounds from Stevia rebaudiana leaves. Higher ethanol percentages in the extracting solvent enhance the extraction yield, total phenolic content, and antioxidant activity. For steviol glycosides extraction, the optimal conditions involve 35-70% ethanol at 70°C, ensuring maximum recovery and purity. Moreover, the addition of ethanol to extracted juices increases the purity of steviol glycosides, with the best results achieved when combined with calcium hydroxide. Additionally, the ethanolic extract of Stevia leaves shows inhibitory effects on crystal growth and improves kidney function, indicating a therapeutic potential against nephrolithiasis. Overall, ethanol concentration plays a crucial role in enhancing the extraction efficiency and bioactive properties of Stevia rebaudiana extracts.
How the dermatome is being designed by manufacturer in skin meshing?
5 answers
Manufacturers design dermatomes for skin meshing using various mechanisms. Some dermatomes feature circular cutting mechanisms for full-thickness autodermografts with adjustable gaps and replaceable embossing plates. Others utilize pneumatic motors for longitudinal oscillation of the cutting blade, with adjustable working angles and depth of cut settings. Additionally, dermatomes may have removable members made from different materials engaging the main housing, along with necks comprising different materials for enhanced functionality. Laser range finders and soft supporting sheets are integrated into dermatomes for accurate skin cutting and prevention of tissue damage during surgery. Mechanically actuated dermatomes with alternating or continuous blade motion, housed in hollow handles perpendicular to the cutting plane, are also developed for precise control and operation.
What is feeder in electrical engineering?
4 answers
In electrical engineering, a feeder refers to a crucial component used in various electronic component devices for tasks such as loading, conveying, positioning, and screening components. Feeders can include mechanisms like sprockets for engaging supply tapes, cutting bodies for severing component tapes, and devices for positioning electronic components accurately. They play a vital role in ensuring the smooth operation of automatic placement machines and other electronic systems by facilitating the efficient supply and handling of components. Additionally, feeders can incorporate features like overcurrent protection to safeguard against electrical issues and mechanisms for automatic replacement of different types of components, enhancing the overall functionality and convenience of the feeder system.