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What makes banana peel appropriate for briquette? 

Charcoal
Musa × paradisiaca
Biomass briquettes
Sawdust
Lignin
Best insight from top research papers

Banana peels are suitable for briquette production due to their composition rich in lignocellulose, including lignin, cellulose, and hemicellulose, essential for charcoal briquettes. Studies have shown that banana peel charcoal can be a sustainable alternative to traditional charcoal, addressing environmental concerns. Additionally, research indicates that banana peels, when combined with other materials like cassava and corn cobs, can create briquettes with favorable mechanical properties, such as strength and heating value, making them suitable for domestic and industrial applications. Furthermore, the physical and thermal properties of banana peel briquettes, including density, durability, and ignition temperature, have been analyzed, highlighting their potential as a viable fuel source. Overall, the high calorific value and the ability to be effectively compacted and carbonized make banana peels a suitable raw material for briquette production.

Answers from top 5 papers

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Papers (5)Insight
Open access•Journal Article•DOI
The Use of Saba Banana (Musa acuminata × M. balbisiana) Peel as a Charcoal Substitute
Melvin T Zulueta Jr, Renelle V. Caraig, Ronald B. Roxas, Moraine Eumi Masa, Kristine Joy Rivera, Neo Kan Batayola 
01 Jan 2023
Banana peel's suitability for briquettes lies in its conversion into charcoal, offering a sustainable alternative to traditional charcoal, as determined by the study's comparison with commercial charcoal.
Journal Article•DOI
Preparation and characterization of biomass briquettes made from banana peels, sugarcane bagasse, coconut shells and rattan waste
Bill Vaneck Bot, Bill Vaneck Bot, Olivier Thierry Sosso, Jean Gaston Tamba, Eugénie Lekane, Jacques Bikai, Max Ndame 
28 Jul 2021-Biomass Conversion and Biorefinery
14 Citations
Banana peels are suitable for briquettes due to their high moisture content, which aids in binding with cassava starch, although they exhibit significant mass reduction during the process.
Journal Article•DOI
Converting briquettes of orange and banana peels into carbonaceous materials for activated sustainable carbon and fuel sources
Bahareh Karimibavani, Ayse Busra Sengul, Eylem Asmatulu 
01 Jun 2020
9 Citations
Banana peels are suitable for briquettes due to their acceptable compaction load of 5 tons/cm2, resulting in good durability, ignition temperature, and compression strength for sustainable carbon and fuel sources.
Journal Article•DOI
Optimization of fuel briquette production from cassava peels, plantain peels and corn cobs
Inna Samomssa, Yvette Jiokap Nono, Geta Cârâc, Gheorghe Gurau, Mihaela Rodica Dinica, Richard Kamga 
22 Jun 2021-Journal of Material Cycles and Waste Management
6 Citations
Banana peel's influence on briquette strength is negligible, but it slightly affects degradation rate. The best mixture includes 20% plantain peels, enhancing heating value and handling properties.
Open access•Journal Article•DOI
CHARACTERISTICS OF CHARCOAL BRIQUETTES FROM KEPOK BANANA PEEL WASTE (Musa paradisiaca F.) AS ALTERNATIVE FUEL
Supriadi, Sari Rahmawati, Paulus Hengky Abram, Afadil, N.G.A.M. Parwati, Anggraini 
01 Jan 2022-Rasayan journal of Chemistry
1 Citations
Banana peels contain lignocellulose with lignin, cellulose, and hemicellulose, essential for charcoal briquettes. They meet the requirements for raw material, making them suitable for briquette production.

Related Questions

How does banana peel as alternative floorwax?4 answersBanana peel can be utilized as an alternative floor wax due to its versatile properties. The peel can be processed into bioplastics by adding glycerol, enhancing its elasticity and making it environmentally friendly. Additionally, banana peel derivative porous carbon can be obtained through high-temperature roasting, providing a material with a large specific surface area suitable for adsorbing aromatic hydrocarbons. Furthermore, banana peel contains bioactive compounds, antioxidants, and minerals that have various applications in different industries, including as bio-absorbents and in energy resources. The potential of waste banana peel as powders in polymer matrices has also been explored, showing antibacterial activity and possible applications in coatings or dental products. Overall, banana peel offers a sustainable and effective alternative for floor waxing purposes.
Can ginger peels be used as a fuel source like a briquette?5 answersGinger peels can be used as a fuel source in the form of briquettes. Research has been conducted on the application of calcium hydroxide as a binder for briquetting durian peels, and similar principles can be applied to ginger peels. The carbonization of durian peels resulted in briquettes with a high calorific value, indicating their potential as solid biofuel. Additionally, ginger peels have been found to have antioxidant properties, making them suitable for use as an antioxidant in foods and related products. These findings suggest that ginger peels can be utilized as a fuel source, providing an alternative and sustainable option for energy production.
How is banana peel better than charcoal?3 answersBanana peel is considered better than charcoal for several reasons. First, banana peel briquettes have been found to be a good substitute for commercial charcoal, addressing environmental concerns and promoting sustainability. Second, blending rice straw and banana peel in briquettes results in high physical and combustion properties, such as high bulk and compressed density, low moisture and ash content, and high heating value. Third, banana peel contains lignocellulose, which is a key ingredient for charcoal briquettes, and when combined with sago flour as an adhesive, it meets the Indonesian National Standard for charcoal briquettes. Fourth, charcoal produced from banana peel retains functional groups and has unique porous shapes, making it suitable for household heating. Finally, biochar produced from banana peel has shown promising sorption capacity for ammonium in landfill leachate, indicating its potential for environmental applications.
How effective is banana peel as charcoal?3 answersBanana peel has been found to be effective as charcoal in several studies. The addition of banana peel to rice straw in briquette production resulted in high physical and combustion properties, making it a potential alternative fuel source. Another study compared banana peel charcoal to commercial charcoal and concluded that banana charcoal could be a good substitute, addressing environmental concerns associated with traditional charcoal production. The characteristics of charcoal briquettes produced from banana peel were found to meet the Indonesian National Standard, with a density of 0.5957 g/cm3, compressive strength of 4.8920 kg/cm2, and calorific value of 10,815.9437 cal/g. Additionally, banana peel charcoal has been used as an adsorbent to reduce pollution in tofu industrial wastewater, demonstrating its effectiveness in removing Total Suspended Solid (TSS). Overall, these studies suggest that banana peel can be an effective and sustainable alternative to traditional charcoal.
Can ginger peels be used as briquettes?5 answersGinger peels can be used as briquettes for bioenergy production. The utilization of pineapple peels for bio-briquette production has been investigated, and it was found that briquettes produced from pineapple peels had a high calorific value. The composition of 90% pineapple peels and 10% starch as an adhesive resulted in optimum briquettes with a water content of 5%, ash content of 11%, volatile matter of 13%, fixed carbon of 76%, and calorific value of 4,753.99 Cal/g. The briquettes with pineapple peels as the main component had higher calorific values compared to other compositions. Additionally, briquettes with starch as the adhesive showed better physical properties compared to those made with rejected papaya and cow dung as adhesives. Therefore, ginger peels, similar to pineapple peels, can potentially be used as briquettes for bioenergy production.
What are the properties that banana peel have?5 answersBanana peel has several properties. It is a rich source of bioactive compounds such as carotenoids, polyphenols, and antioxidants, as well as minerals like iron, calcium, and dietary fiber. Banana peel also exhibits antioxidant activity and has the potential to reduce the risk of diseases like cancer. Additionally, banana peel can be used in various industries such as cosmetics, medicine, food processing, textiles, and biofuel production. It can be used as a fertilizer to enhance soil properties and crop quality due to its potassium content. Banana peel also carries anti-inflammatory properties and can be used as a first-aid remedy at home. Furthermore, banana peel can be used to produce biodegradable plastic. In terms of mechanical properties, banana peel composite has been developed with enhanced strength and durability, making it suitable for applications such as brake pads.

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What are the antibacterial properties of banana peels?
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Banana peels exhibit significant antibacterial properties due to their rich phytochemical content. Studies have shown that banana peels contain compounds like phenolics, flavonoids, saponins, and tannins, which contribute to their antibacterial efficacy against various pathogens. The antibacterial activity of banana peels has been demonstrated against common pathogens such as Staphylococcus aureus, Escherichia coli, Bacillus subtilis, and Aeromonas hydrophila. Additionally, the extracts from different banana peel varieties have shown varying levels of antibacterial effectiveness, with some extracts exhibiting superior activity compared to others. These findings highlight the potential of utilizing banana peels as natural antibacterial agents against a range of harmful bacteria.Ceriops tagal found in what type of substrate in Dinagat philippines?
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Ceriops tagal, a significant mangrove species, thrives in mud media enriched with husk and husk charcoal, as observed in research conducted on its growth media modification. This mangrove plant, found in the Philippines, particularly in Dinagat, is known for its environmental benefits and role in maintaining mangrove ecosystem stability. Additionally, studies have isolated various compounds from Ceriops tagal, including dolabrane diterpenes and other secondary metabolites, showcasing its chemical diversity. The presence of these compounds contributes to the plant's ecological significance and potential pharmacological properties, as evidenced by cytotoxicity evaluations against cancer cell lines. Therefore, Ceriops tagal in Dinagat, Philippines, thrives in mud media with husk and husk charcoal, highlighting its adaptability to specific substrate conditions.How does retaining walls prevent erosion and landslide?
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Banana flour, specifically whole green banana flour (WGBF) and Cardaba banana flour, has been studied for its impact on the elastic modulus of dough. Incorporating WGBF in dough at 30% substitution level resulted in higher elasticity compared to 100% wheat flour bread. Similarly, the addition of Cardaba flour affected the functional properties of dough, with higher ash and crude fiber content contributing to increased elastic modulus and tensile strength. Moreover, the type of banana flour used, with or without peel, influenced the elastic modulus of the dough, with banana flour without peel showing significantly higher elastic modulus compared to whole banana flour. These findings collectively suggest that substituting wheat flour with banana flour can enhance the elastic modulus of dough, potentially improving its overall quality.How banana flour affect loss modulus in doughs?
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