The excessive utilization, continual production, and irresponsible disposal of plastic products continue to be one of the leading factors in the deterioration of varying components of our societal routine, in other words, plastic pollution. Suspended Eco-Friendly Greenhouse Lamp (SEGL) aims to reduce the wastage of plastic materials, all within simple and affordable limits, for the general public and the poverty-struck provinces and rural communities where plastic pollution is at one of its highest. This study aims to achieve a healthier ecosystem, an improved socio-economic structure, and the progression of a better human mindset and livelihood, with an innovative product. A quantitative-descriptive research design was utilized in the study. The researchers utilize a researcher-made survey, which applies the 4-Point Likert Scale. The respondents are the teachers, and students from the University of Cebu, Pardo and Talisay, Inc. (UCPT). The finalized data showed that the product is an effective alternative based on its intended factors. From the resulting statistics, and observed data, in terms of the analyzed factors of its function, appeal, sustainability, and benefits it is highly effective. The researchers recommend to the future researchers to conduct more thorough comparisons and research so as to properly prove the effectiveness of the product.
Table of Contents
1. Introduction
2. Methods and Materials
2.1 Research Design
2.2 Research Instrument
2.3 Research Environment
2.4 Research Respondents
2.5 Materials
2.6 Product Procedure
3. Results and Discussions
4. Conclusion
5. Recommendation
Research Objectives and Topics
The primary objective of this study is to evaluate the effectiveness of the Suspended Eco-Friendly Greenhouse Lamp (SEGL), an innovative device designed to address plastic waste while providing a sustainable light source for agricultural and household use in rural communities.
- Reduction of plastic pollution through upcycling discarded materials.
- Development of a sustainable, low-cost greenhouse model.
- Evaluation of functionality, visual appeal, and sustainability of the SEGL prototype.
- Provision of an alternative lighting solution for resource-constrained areas.
Excerpt from the Book
Product Procedure
The temporary physical design of the product and what we wanted it to look like; with the help of a reference, the researchers managed to identify the items required to fully achieve the product’s recyclable attribute. The researchers changed some details of the original reference to adjust to the financial circumstance which led to the conclusion to make it wallet-friendly while also being convenient. Here are the materials used in our product:
The steps taken to create the product; starts by measuring where the cut to the water gallon would be. After cutting it open with a hacksaw (with appropriate guidance) the gallon is then split into two pieces, giving us access inside. With this, then proceed to cut the center of the bottom and form an inward cylindrical opening to keep the soil from spilling and then add the soil accordingly. Then, utilize a drill on the top portion, as well as the sides; to form small cavities to prevent humidity and avoid damaging the light bulb, and to create indents for where the cable ties will be secured. Plant or place the herbs properly in the soil and install the light bulb at the top where the hole is located, before reassembling the gallon. Lastly, tie the rope around the gallon to make a basket to keep it suspended. And the product is constructed.
Summary of Chapters
1. Introduction: This chapter highlights the critical urgency of addressing global plastic pollution and introduces the Suspended Eco-Friendly Greenhouse Lamp as a resourceful, upcycled solution.
2. Methods and Materials: This section details the quantitative-descriptive research design, the survey instruments used for data collection, and the step-by-step construction process of the SEGL prototype.
3. Results and Discussions: This chapter presents the statistical data collected from respondents, affirming the product's effectiveness, sustainability, and high level of acceptance.
4. Conclusion: This section concludes that the SEGL is a highly effective, practical, and environmentally beneficial alternative to conventional light sources.
5. Recommendation: This chapter suggests future research directions, emphasizing the need for design refinements and broader comparative studies to further validate product efficiency.
Keywords
plastic pollution, alternative, eco-friendly, upcycling, sustainability, greenhouse, quantitative research, Likert scale, environmental protection, waste reduction, agricultural innovation, local communities, resourceful design, household materials.
Frequently Asked Questions
What is the core focus of this research?
The research focuses on tackling plastic pollution by upcycling waste into a functional, sustainable greenhouse lamp for rural communities.
What are the primary themes discussed?
The central themes include plastic waste reduction, sustainable agricultural technology, socio-economic improvement, and the development of accessible, low-cost household innovations.
What is the main goal of the study?
The goal is to test the effectiveness and usability of the SEGL as an alternative lighting and plant-growing system to benefit the environment and local rural populations.
Which scientific methodology was applied?
The researchers utilized a quantitative-descriptive research design, gathering data through a 4-Point Likert Scale survey administered to students and teachers.
What topics are covered in the main body of the paper?
The main body covers the environmental impact of plastic, the physical construction procedure of the lamp, and the statistical analysis of the user feedback.
Which keywords define this work?
Key terms include plastic pollution, eco-friendly, alternative, sustainability, and waste reduction.
What materials are used to construct the SEGL?
The product is constructed from common household items, including a water gallon, rope, a light bulb with socket, cable ties, soil, and herbs.
What were the primary limitations identified by the researchers?
The main limitation is the product's requirement for a wired electrical connection, which is noted as an inconvenience in limited space or off-grid scenarios.
How was the effectiveness of the SEGL determined?
Effectiveness was determined by analyzing survey responses regarding functionality, visual appeal, sustainability, and overall benefit using a 4-Point Likert scale.
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- Eliezer Cabanas (Autor:in), Mary Erlianche B. Romero (Autor:in), Kristina Cassandra P. Uriarte (Autor:in), Joeylli Amierose L. Duallo (Autor:in), Leizmich T. Camus (Autor:in), Jesielle Nicole H. Antipolo (Autor:in), 2023, Suspended Eco-Friendly Greenhouse Lamp (SEGL), München, GRIN Verlag, https://www.grin.com/document/1420966
