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250ml Type III MEC Reactor Microbial Chemical Fuel Cell Case
XOF 233159
Price Details
Excluding Shipping & Custom charges ( Shipping and custom charges will be calculated on checkout )
*All items will import from États-Unis
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The 250ml Type III MEC Reactor Microbial Chemical Fuel Cell Case is designed for durability and high performance under extreme conditions.
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Certifié ISO 27001
Ce qui se démarque
Détails du produit
| Item Weight | 0.5 lbs (230 grams) |
Marchandises dangereuses
Pour éviter tout retard dans le processus de dédouanement des marchandises dangereuses, le colis doit être ouvert dans notre entrepôt pour vérifier la gravité des composants dangereux. Please see the list of Dangerous goods here.
À qui est-ce destiné ?
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Environmental Researchers
Ideal for researchers investigating microbial fuel cells in sustainable energy and waste management applications.
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Educational Institutions
Perfect for universities or schools teaching renewable energy concepts and microbial technology through hands-on projects.
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Small Scale Energy Projects
Great for hobbyists or startups focused on developing small-scale energy solutions using microbial processes.
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Large Scale Industries
Not suitable for large-scale operations requiring significant energy outputs beyond the reactor’s capacity.
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Casual Users
Inappropriate for casual users without prior knowledge of microbial fuel cell technology and its complexities.
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Non-Technical Users
Not recommended for users lacking technical expertise or experience with scientific equipment and experimentation.
DESCRIPTION DU PRODUIT
250ml Type III MEC Reactor Microbial Chemical Fuel Cell Case
Questions et réponses des clients
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question:
What is the 250ml Type III MEC Reactor Microbial Chemical Fuel Cell Case used for?
répondre: The 250ml Type III MEC Reactor Microbial Chemical Fuel Cell Case is designed for microbial fuel cell applications, allowing researchers to study bio-electrochemical systems. It facilitates the conversion of organic matter into electricity using microorganisms, making it ideal for environmental research or energy recovery projects. This case can be applied in various fields, from wastewater treatment to biosensor development, providing versatility for academics and professionals interested in sustainable energy solutions. -
question:
What materials is the 250ml Type III MEC Reactor made of?
répondre: The 250ml Type III MEC Reactor is typically constructed from durable, chemically resistant materials like glass or specific plastics, ensuring stable operation under diverse conditions. These materials help prevent contamination and leakage, which is crucial for accurate microbial studies. This design allows users to consistently perform experiments, from initial setup to extended runs, making it suitable for both laboratory and industrial applications. -
question:
Can the 250ml MEC Reactor be used in outdoor conditions?
répondre: While the 250ml MEC Reactor is primarily designed for indoor research, it can be adapted for outdoor use with proper precautions. When using it outdoors, ensure it remains protected from extreme weather, direct sunlight, and contaminants. This flexibility allows for innovative studies in natural settings, such as bioremediation projects where microbial action is tested in environmental conditions. -
question:
Is the 250ml Type III MEC Reactor easy to assemble and use?
répondre: Yes, the 250ml Type III MEC Reactor is designed for straightforward assembly, typically featuring user-friendly components that facilitate setup. Users can follow standard protocols for assembly and operation, making it accessible even for those new to microbial fuel cell technology. It serves well in educational settings where practical learning and experimentation take place. -
question:
What microorganisms can be used in the 250ml MEC Reactor?
répondre: The 250ml MEC Reactor accommodates a variety of microorganisms suitable for bio-electrochemical applications. Common choices include Geobacter and Shewanella, which have shown effectiveness in converting organic substrates into electrons. Selecting the right microorganisms allows flexibility in research goals, whether exploring energy generation, bioremediation, or biosensing, thus enhancing project outcomes. -
question:
How does the microbial fuel cell technology work?
répondre: Microbial fuel cell technology operates by using microorganisms to oxidize organic material, producing electrons. These electrons are transferred to an anode, creating a flow of electricity. This process also generates protons, which move through a membrane to the cathode, where they react with oxygen. This fundamental mechanism reveals the potential of this technology for clean energy generation and wastewater treatment, combining ecological benefits with energy production. -
question:
What are the benefits of using a microbial fuel cell?
répondre: Microbial fuel cells (MFCs) offer several benefits, including the ability to convert waste into energy, promoting sustainable practices. They can effectively treat wastewater while generating electricity, addressing dual challenges of pollution and energy scarcity. This makes MFCs valuable for communities and industries focused on environmental impact, especially in developing technologies aimed at energy-neutral wastewater treatment. -
question:
What are the applications of the MEC Reactor in research?
répondre: The MEC Reactor can be utilized in diverse research applications such as waste treatment, biosensors, and bioenergy systems. Researchers can examine metabolic activity in microorganisms while assessing their efficiency in waste degradation. This continuous exploration helps advance knowledge in sustainable energy, providing essential data for developing new ecological technologies and their integration into real-world scenarios. -
question:
Can the 250ml MEC Reactor be scaled up for larger experiments?
répondre: Yes, the 250ml MEC Reactor can be scaled up for larger experiments by connecting multiple units in parallel or constructing larger reactors utilizing similar design principles. This scalability allows researchers to explore the potential for industrial applications or larger environmental studies, maintaining the versatility needed for various scales of testing and development. -
question:
Where can I buy the 250ml Type III MEC Reactor Microbial Chemical Fuel Cell Case?
répondre: You can buy the 250ml Type III MEC Reactor Microbial Chemical Fuel Cell Case on Ubuy in Senegal. Ubuy offers a comprehensive selection of scientific equipment and tools, ensuring you find the right products for your research needs. With their user-friendly platform, you can easily explore various options and make informed purchasing decisions.
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Informations importantes
- Limitations : Pour les produits expédiés à l'international, veuillez noter que toute garantie du fabricant peut ne pas être valide ; les options de service du fabricant peuvent ne pas être disponibles ; les manuels, instructions et avertissements de sécurité des produits peuvent ne pas être dans les langues du pays de destination ; les produits (et les matériaux qui les accompagnent) peuvent ne pas être conçus conformément aux normes, spécifications et exigences d'étiquetage du pays de destination ; et les produits peuvent ne pas être conformes à la tension et aux autres normes électriques du pays de destination (nécessitant l'utilisation d'un adaptateur ou d'un convertisseur le cas échéant). Il incombe au destinataire de s'assurer que le produit peut être importé légalement dans le pays de destination. En cas de commande auprès d'Ubuy ou de ses filiales, le destinataire est l'importateur officiel et doit se conformer à toutes les lois et réglementations du pays de destination.
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XOF 233159
Commandez maintenant et recevez votre commande aux alentours du Samedi, Juillet 11
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Ubuy s'engage à protéger votre sécurité et votre confidentialité. Notre système avancé de sécurité des paiements garantit la confidentialité en chiffrant vos informations lors de la transmission grâce aux protocoles AES (Advanced Encryption Standards) et SSL (Secure Socket Layer). Vos coordonnées de paiement sont 100 % sécurisées car nous ne partageons pas vos informations de paiement avec des vendeurs tiers.
Caractéristiques et avantages
- Made of standard borosilicate 3.3 glass for unmatched quality.
- Resistant to chemicals, water, acids, alkalis, and organic materials.
- Can withstand temperatures from 20 to 300 ℃ with high thermal shock resistance.
- Explosion-proof design for added safety and reliability.
- Steam sterilizable at high pressures up to 140 ℃.
- Uniform wall thickness ensures durability and effectiveness.