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Nº de artículo:
195438150
100ml Type I Microbial Reaction Device and Microbial Laboratory MFC Microbial Fuel Cell Box
Nº de artículo:
195438150
DOP 15468
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What Stands Out
High Capacity
The 250ml microbial fuel cell box supports extensive microbial research, accommodating larger samples for more accurate results and enhanced experimentation capabilities.
Precision Design
Crafted from Type I materials, this device ensures reliability and consistency in microbial reactions, minimizing contamination and providing high-quality outputs for sensitive applications.
Versatile Application
Ideal for various microbial studies, this device facilitates a range of experiments, making it suitable for researchers in academic, industrial, and environmental sectors.
Detalles de producto
| Brand Name | Futt |
| UPC | 761882262145 |
| Manufacturer | Futt |
| Number of Items | 1 |
| Unit Count | 1 Count |
| Capacity | 100 ml |
| Material Type | Glass |
| Bottom Shape | Round |
| Material | Glass |
| Brand | Futt |
| Item Weight | 2 lbs (910 grams) |
Mercancías peligrosas
Para evitar demoras en el proceso de despacho aduanero de mercancías peligrosas, el envío se abrirá en nuestras instalaciones de depósito para verificar la gravedad de los componentes peligrosos. Please see the list of Dangerous goods here.
Who Should Buy?
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Research Institutions
Ideal for universities and laboratories conducting experiments on microbial fuel cells and bioenergy conversion.
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Environmental Scientists
Useful for professionals studying microbial interactions and their applications in waste treatment and bioremediation.
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Students and Educators
Great for academic settings where practical learning about microbial processes in energy generation is needed.
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Casual Hobbyists
Individuals without prior knowledge may find it complicated and expensive for simple home experiments.
DESCRIPCIÓN DEL PRODUCTO
100ml Type I Microbial Reaction Device and Microbial Laboratory MFC Microbial Fuel Cell Box
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Preguntas y respuestas de los clientes
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Pregunta:
What is the Type I Microbial Reaction Device used for?
Respuesta: The Type I Microbial Reaction Device is designed for conducting microbial fuel cell experiments in laboratory settings. It allows researchers to study bioenergy generation through microbial activity, making it crucial for applications in renewable energy research. By enabling the assessment of microbial interactions and reactions, this device aids in understanding energy production efficiency, optimization of bioreactors, and the potential for waste treatment solutions. -
Pregunta:
Can I use the Microbial Fuel Cell Box for educational purposes?
Respuesta: Absolutely! The Microbial Fuel Cell Box is an excellent educational tool for students and educators interested in microbiology and renewable energy studies. It provides hands-on learning opportunities for understanding microbial metabolism, energy conversion processes, and environmental impacts. Educators can design experiments to demonstrate sustainable practices, while students can engage in project-based learning that fosters critical thinking in science. -
Pregunta:
What materials are suitable for use in the Microbial Fuel Cell?
Respuesta: In the Microbial Fuel Cell, using organic substrates such as glucose, acetate, or complex waste materials allows the bacteria to produce electrons effectively. It's important to select materials conducive to microbial growth to maximize efficiency and power output. The choice of anode and cathode materials can also influence performance. Experimenting with different substrates helps in optimizing energy production and provides insights into microbial interactions in various conditions. -
Pregunta:
How do I set up the Microbial Reaction Device?
Respuesta: Setting up the Microbial Reaction Device involves assembling the components according to the provided instructions. Start by preparing your microbial culture, ensuring optimal conditions like temperature and pH for growth. After filling the reaction chamber with the substrate, connect the electrodes and ensure all seals are tight to prevent leaks. Regularly monitor the reactions and note the power output. Following these steps carefully ensures a successful setup for your experiments. -
Pregunta:
What types of microbes are best for use in the fuel cell?
Respuesta: For microbial fuel cells, bacteria such as Geobacter sulfurreducens and Shewanella oneidensis are preferred due to their ability to transfer electrons efficiently. Additionally, mixed cultures can be beneficial as they provide diverse metabolic pathways and can adapt to varying substrates. The choice of microorganisms can significantly influence the overall performance and efficiency of the fuel cell, so researchers often test different strains to determine the most effective solution. -
Pregunta:
What applications can the Microbial Fuel Cell technology be used for?
Respuesta: Microbial Fuel Cell technology has numerous applications, including wastewater treatment, bioremediation, and renewable energy generation. It can convert organic wastes into usable electrical energy while purifying water. This dual function is invaluable for sustainable environmental management and energy recovery systems. Additionally, researchers explore its use in powering small devices, contributing to off-grid energy solutions. -
Pregunta:
How do I maintain the Microbial Reaction Device?
Respuesta: Maintaining the Microbial Reaction Device involves regular cleaning to prevent biofilm buildup and ensuring the culture environment remains optimal for microbial activity. After each use, clean all components thoroughly with appropriate solutions to eliminate contaminants. Monitoring temperature and pH levels is crucial; any deviations can affect microbial performance and overall results. Keeping a close eye on these factors guarantees your device operates efficiently during experiments. -
Pregunta:
What is the maximum volume capacity for experiments?
Respuesta: The Microbial Laboratory MFC is designed to accommodate a maximum volume of 250ml, allowing for ample space for microbial cultures and substrates. This volume is suitable for a variety of experiments, enabling researchers to explore different aspects of microbial fuel cell technology effectively. With this capacity, users can conduct comprehensive studies while monitoring various parameters, ultimately aiding in research advancements in bioenergy. -
Pregunta:
Is there a specific temperature range for optimal operations?
Respuesta: Yes, microbial fuel cells generally operate best within a temperature range of 25°C to 35°C. This range allows for optimal microbial growth and metabolic activity, enhancing the efficiency of electron transfer. Maintaining this temperature ensures that the microbes function at their peak, resulting in more effective energy production. Experimenting with temperature changes within this range can provide insight into how thermal conditions affect fuel cell performance. -
Pregunta:
Where can I buy the 50ml Type I Microbial Reaction Device and Microbial Laboratory MFC Microbial Fuel Cell Box (250ml) in Dominican Republic?
Respuesta: You can purchase the 50ml Type I Microbial Reaction Device and Microbial Laboratory MFC Microbial Fuel Cell Box (250ml) from Ubuy in Dominican Republic. Ubuy offers a user-friendly online shopping experience, facilitating the purchase of specialized laboratory equipment and ensuring you have access to the products needed for your research.
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DOP 15468
Haz tu pedido ahora y recíbelo por ahí Monday, Octubre 05
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características y beneficios
- Special fixed flange supports prevent bottle tilting.
- New design hoops ensure safe sealing.
- GL45 caps available in robust materials: PP and PBT.
- Standard threaded nozzle adapters enhance usability.
- Product is made from borosilicate glass for exceptional durability.
- Custom production starts immediately, delivery in about three days.
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