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Microbial Fuel Cell electrochemical Cell (40ml)
STD 44000000
Price Details
Excluding Shipping & Custom charges ( Shipping and custom charges will be calculated on checkout )
*All items will import from EUA
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Detalhes do produto
| Item Weight | 0.5 lbs (230 grams) |
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DESCRIÇÃO DO PRODUTO
Microbial Fuel Cell electrochemical Cell (40ml)
Perguntas e Respostas dos Clientes
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pergunta:
What is a Microbial Fuel Cell electrochemical Cell?
Resposta: A Microbial Fuel Cell (MFC) is an innovative technology that utilizes the metabolic processes of microorganisms to convert organic matter into electrical energy. These electrochemical cells harness the natural breakdown of biofuels by microbes, generating power as a byproduct. MFCs are used in various applications, including wastewater treatment and energy production, offering a sustainable approach to renewable energy. For instance, you might investigate using MFCs in a lab setting to explore new bioenergy solutions or to study microbial interactions. -
pergunta:
What types of microorganisms are used in Microbial Fuel Cells?
Resposta: MFCs commonly utilize a variety of microorganisms including bacteria such as Geobacter and Shewanella, known for their electron transfer capabilities. These microorganisms can effectively metabolize organic materials and transfer electrons to an anode, leading to electricity generation. This unique feature makes MFCs suitable for environments like sewage treatment, where organic waste serves as fuel. Researchers often experiment with different microbial strains to optimize performance and efficiency in energy production. -
pergunta:
What are the advantages of using Microbial Fuel Cells?
Resposta: Microbial Fuel Cells offer several advantages, such as renewable energy generation, reduced environmental impact, and wastewater treatment capabilities. By tapping into the natural metabolic processes of microbes, MFCs convert waste into valuable energy, making them eco-friendly and efficient. Applications range from powering sensors to cleaning contaminated water, making MFCs relevant in both renewable energy sectors and sustainable environmental practices. This versatility highlights the potential of MFCs in supporting green energy initiatives. -
pergunta:
How does the size of the Microbial Fuel Cell affect its performance?
Resposta: The performance of a Microbial Fuel Cell can be significantly influenced by its size. Larger cells typically have a greater volume of organic substrate, which can lead to higher power output. However, this also requires careful management of microbial populations and reactor conditions. Smaller cells may be easier to manage and optimize, particularly for experimental setups. Depending on your goals, you might choose a larger cell for extensive research or a smaller model for more controlled experiments. -
pergunta:
What are the applications of Microbial Fuel Cells in everyday life?
Resposta: Microbial Fuel Cells have diverse applications in everyday life, from powering small devices to treating wastewater. They are particularly useful in remote areas where conventional energy sources are scarce. For example, MFCs can be deployed in rural communities to provide electricity while also managing sewage. Schools and research institutions often use MFCs for educational purposes, allowing students to explore bioenergy and environmental science hands-on. This versatility makes MFCs an exciting area of research and practical application. -
pergunta:
Can Microbial Fuel Cells be used for energy production at home?
Resposta: Yes, Microbial Fuel Cells can theoretically be used for energy production at home, particularly in eco-friendly or off-grid setups. By utilizing household organic waste like food scraps, an MFC can generate small amounts of electricity for low-power applications. While practical home-sized MFCs may still be in the experimental stages, they offer a unique opportunity for sustainability enthusiasts to explore renewable energy at a micro-scale, effectively converting waste into energy. -
pergunta:
What materials are used in the construction of Microbial Fuel Cells?
Resposta: Microbial Fuel Cells are typically constructed using materials like carbon-based anodes and cathodes, which facilitate electron transfer. The use of membranes, such as proton exchange membranes, is common to separate the anode and cathode compartments while allowing protons to pass through. Additionally, biocompatible materials are chosen to support microbial growth. Selecting the right materials is crucial for maximizing the efficiency and longevity of the MFC, which is why ongoing research is focused on innovative materials. -
pergunta:
What is the ideal operating environment for a Microbial Fuel Cell?
Resposta: The ideal operating environment for a Microbial Fuel Cell includes maintaining a consistent temperature and pH level, both of which are critical for optimal microbial activity. Most microbes thrive at temperatures between 25°C and 35°C and pH levels around neutral. Furthermore, the availability of organic substrates and proper aeration can enhance performance. Researchers conduct experiments under controlled conditions to maximize the electron transfer rates and energy output, ensuring the MFC operates effectively. -
pergunta:
How do Microbial Fuel Cells compare to traditional energy sources?
Resposta: Microbial Fuel Cells present a sustainable alternative to traditional energy sources by utilizing organic waste to generate electricity. Unlike fossil fuels, which contribute to environmental degradation, MFCs leverage eco-friendly microbial activity for energy production. Although their power output may not yet match that of conventional power plants, MFCs excel in their waste treatment capabilities and carbon footprint reduction. These advantages promote their exploration as valuable supplements to existing renewable energy strategies. -
pergunta:
Where can I buy a Microbial Fuel Cell electrochemical Cell 40ml in São Tomé and Príncipe?
Resposta: You can buy the Microbial Fuel Cell electrochemical Cell 40ml at Ubuy. Ubuy offers a wide range of scientific equipment and lab supplies, making it easy for you to purchase the MFC you need. They provide quality products with the added convenience of online shopping, ensuring a smooth experience as you equip your lab or research facility. It's an excellent platform to explore various specifications and options tailored to your requirements.
YPLZYANJIAO Electrodes Editorial Review
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Prós
- Highly efficient energy conversion
- Eco-friendly energy source
- Simple to operate
- Compact and portable design
- Durable and long-lasting materials
Contras
- Requires occasional maintenance.
Histórico de preços do produto
Informação importante
- Limitações: para produtos expedidos internacionalmente, tenha em atenção que qualquer garantia do fabricante pode não ser válida; opções de serviço do fabricante podem não estar disponíveis; manuais de produtos, instruções e avisos de segurança podem não estar nas línguas do país de destino; os produtos (e materiais que o acompanham) pode não ter sido concebido em conformidade com as normas, especificações e requisitos de rotulagem do país de destino; e os produtos podem não estar em conformidade com a voltagem e outras normas elétricas do país de destino (requerendo assim o uso de um adaptador ou conversor caso seja apropriado). O destinatário é responsável por garantir que o produto pode ser legalmente importado para o país de destino. Quando encomenda à Ubuy ou aos seus afiliados, o destinatário é o importador de registo e deve estar em conformidade com todas as leis e regulamentos do país de destino.
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STD 44000000
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Recursos e benefícios
- Specializes in high-purity experimental products for scientific research.
- High-cost, high-purity options ensure accurate experimental results.
- Available in various specifications with matching three electrodes.
- Flexible electrode options based on user-specific needs.
- High-quality electrolytic cell designed for effective separation and sealing.
- Convenient design allows for quick replacement of components.