Bioenergy set Manufacturer,Supplier and Exporter in India
Product Code : SCL-EI-10592
The Bioenergy Set is a school science apparatus used for teaching biofuel energy conversion with a direct ethanol fuel cell. It is designed for physics, chemistry, STEM and renewable-energy lessons where students investigate how ethanol and water can generate electrical energy without combustion.
Product Description
The Bioenergy Set demonstrates how chemical energy stored in ethanol can be converted into electrical energy by a fuel cell. Students can power a small motor with propeller and observe how ethanol concentration, fuel consumption, pH change and temperature influence energy generation.
The set is suitable for teacher-supervised lessons on renewable energy, biofuels, electrochemistry and reaction conditions. It helps learners compare bioenergy with solar, hydrogen and battery systems while seeing a working output device. For related teaching equipment, explore our Physics Lab Equipment and Electronic Instruments categories.
Key Features
- Direct ethanol fuel-cell kit for bioenergy and renewable-energy lessons.
- Demonstrates energy generation from ethanol and water.
- Includes electric motor with propeller for visible electrical output.
- Supports experiments on ethanol consumption and ethanol concentration.
- Allows investigation of temperature effects on energy generation.
- Includes pH paper to observe chemical changes during fuel use.
- Supplied with cables, tubing, ethanol storage and experiment instructions.
- No product-specific certification is confirmed; verify tender compliance before procurement.
Technical Specifications
|
Specification |
Detail |
|
Product Name |
Bioenergy Set / Bio-Energy Science Kit |
|
Brand |
Lab Glassware Manufacturer |
|
Product Category |
Physics Lab Equipment / Bioenergy Fuel Cell Experiment Kit |
|
Primary Keyword |
Bioenergy Set |
|
Secondary Keywords |
bioenergy experiment kit, ethanol fuel cell kit, biofuel science kit, renewable energy teaching kit, direct ethanol fuel cell, STEM energy conversion kit |
|
Intended Users |
School physics students, chemistry students, STEM learners, science teachers and renewable-energy demonstration groups |
|
Fuel Cell Type |
Direct ethanol fuel cell |
|
Main Demonstration |
Conversion of ethanol fuel into electrical energy |
|
Visible Output |
Electric motor with propeller |
What's Included in the Kit
- Housing or plastic base with ethanol storage
- Direct ethanol fuel cell
- Electric motor
- Propeller / fan blade
- Cables and wire leads with clips
- Rubber tubing / connecting tubes
- Purging valve
- Container for mixing ethanol solution
- Lid for ethanol storage
- pH paper measuring strips
- Renewable Energy CD / curriculum CD
- Experiment instructions / manual
- Ethanol fuel solution
Applications / Uses
- Generating electricity from ethanol and water.
- Demonstrating direct ethanol fuel-cell operation.
- Measuring or observing ethanol consumption during energy generation.
- Testing how ethanol concentration affects output performance.
- Comparing energy generation from ethanol, beer and wine samples.
- Studying how temperature affects biofuel-cell performance.
- Connecting chemistry topics with renewable-energy and biofuel applications.
How to Use the Bioenergy Set
- Place the fuel cell, ethanol storage base, tubing and motor on a stable laboratory bench.
- Prepare the ethanol and water fuel solution according to the instruction manual.
- Connect the tubing, purging valve and fuel-cell chamber as directed.
- Attach the wire leads from the fuel cell to the electric motor.
- Allow the ethanol solution to reach the fuel cell, then observe the propeller movement.
- Use pH paper to compare the fuel solution before and after operation.
- Repeat the activity with different ethanol concentrations or temperatures under teacher supervision.
Safety note: Use the Bioenergy Set only under teacher supervision. Ethanol is flammable, so keep fuel solutions away from flames, sparks and hot surfaces. Disconnect wires before changing tubing, fuel concentration or experiment setup.
Care & Maintenance
- Flush and drain the fuel-cell system as directed after each experiment.
- Keep tubing, storage containers and motor connections clean and dry.
- Store pH paper sealed and away from moisture.
- Do not leave ethanol solution in the fuel-cell chamber during long-term storage.
Why Choose Lab Glassware Manufacturer
Lab Glassware Manufacturer supplies laboratory glassware, physics apparatus, renewable-energy kits, electronic instruments and STEM teaching equipment for institutional procurement. The brand supports schools, colleges, laboratories and export buyers with practical product sourcing for classroom science teaching. Buyers can combine this bioenergy kit with General Lab Equipment, Safety Protective Wears and Lab Tender supply support for complete laboratory planning.
Frequently Asked Questions
What is the Bioenergy Set used for?
The Bioenergy Set is used to demonstrate how a direct ethanol fuel cell converts ethanol and water into electrical energy for a small motor output.
Does the kit use hydrogen or ethanol?
The kit uses ethanol as the fuel source for a direct ethanol fuel-cell demonstration, not a hydrogen cylinder or hydrogen storage tank.
Can students test ethanol concentration with this kit?
Yes. One confirmed experiment topic is the dependence of energy generation on ethanol concentration.
Does the kit include pH paper?
Yes. The confirmed supply scope includes pH paper for observing chemical changes in the fuel solution.
Can the kit generate electricity from beer or wine?
Yes. The listed experiment topics include energy generation from beer and wine, under controlled teacher supervision.
Are certifications confirmed for this product?
No product-specific certification is confirmed in the verified source data. Tender compliance, safety declarations and chemical handling requirements should be checked before order placement.
For biofuel experiments, ethanol fuel-cell demonstrations and renewable-energy teaching, request a quotation through the Physics Lab Equipment category.
