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BRIQUETTING CHARACTERISTICS OF ARACHIS HYPOGAEA WASTES AS SUSTAINABLE FUEL FOR DOMESTIC COOKING APPLICATION IN NIGERIA.

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posted on 2024-10-21, 21:45 authored by GOODWIN NKWOGOODWIN NKWO, PAUL OLOTU

Project Description:

This research project investigates the feasibility of converting peanut (Arachis hypogaea) waste into a sustainable fuel source for domestic cooking applications in Nigeria. The study focuses on the briquetting characteristics of peanut waste, exploring its potential as a renewable energy alternative to traditional fossil fuels.


Objectives:

1. Determine the physical and chemical properties of peanut waste.

2. Evaluate the briquetting characteristics of peanut waste, including density, durability, and combustion efficiency.

3. Assess the environmental and economic benefits of using peanut waste briquettes as a sustainable fuel source.

4. Develop a suitable briquetting technology for peanut waste.


Methodology:

This experimental research will involve:

1. Collection and characterization of peanut waste.

2. Briquetting of peanut waste using different binding agents and compression ratios.

3. Testing of briquette properties (density, durability, combustion efficiency).

4. Comparison with traditional fuel sources (e.g., charcoal, firewood).


Significance:

This project contributes to:

1. Sustainable energy development in Nigeria.

2. Reduction of waste and environmental pollution.

3. Promotion of renewable energy sources.

4. Improved energy access for rural communities.


Expected Outcomes:

1. Optimal briquetting conditions for peanut waste.

2. Characterization of peanut waste briquettes.

3. Evaluation of environmental and economic benefits.

4. Recommendations for large-scale implementation.

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    Keywords

    Sustainable EnergyBriquetting, Peanut Waste, Renewable Energy, Domestic Cooking, Nigeria.Biomass energy, Renewable energy sources, Alternative fuels, Sustainable development, Energy accessibility, Green energy, Low-carbon economy, Climate change mitigation.Agricultural waste utilization, Waste-to-energy conversion, Peanut husk utilization, Crop residue management, Bioresource management, Circular economy, Waste reduction, Recycling.Briquetting process, Biomass densification, Pelletizing, Compactization, Binding agents, Compression ratios, Briquette quality, Fuel characterization.

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    Apache 2.0

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