The Purpose of Our Project

Why did we choose this project?

Our main goal is to help reduce the mosquito population in our, and rural, areas. Through brainstorming, we decided that a mosquito suction trap will be helpful in achieving our goal.

The primary objective of this research is to develop an effective mosquito trap

that integrates UV attraction, vacuum capture, and natural repellents such as

lemongrass and garlic. The overarching aim is to design a trap capable of efficiently

capturing mosquitoes while prioritizing the safety of vulnerable populations, including

pregnant women, infants, and pets. By incorporating natural repellents into the trap

design, this study endeavors to offer a sustainable and environmentally conscious

solution to mosquito control, thereby addressing the critical need for effective

strategies against mosquito-borne diseases.

The mosquito suction trap stands as a pivotal tool in safeguarding both the environment and local communities against the nuisance and health hazards posed by mosquitoes. Its efficacy lies in its ability to effectively capture mosquitoes without the need for harmful chemicals, thus mitigating environmental impacts commonly associated with traditional insect control methods. By targeting mosquitoes specifically, it minimizes collateral damage to beneficial insects, preserving ecological balance. At the local level, these traps offer relief to homeowners by reducing mosquito populations, thereby lowering the risk of vector-borne diseases and enhancing overall well-being. Furthermore, by curbing mosquito-borne illnesses such as malaria, dengue, and Zika virus, these traps play a crucial role in safeguarding human health, particularly in regions where such diseases are prevalent. In essence, the mosquito suction trap emerges as a symbiotic solution, fostering harmony between human habitation and the environment while promoting public health and safety.

Materials Used in the Making of Mosquito Suction Trap

Reducing Mosquitoes: A Case Study Mosquitoes are not only annoying pests but also carriers of dangerous diseases. In areas like San Jose del Monte, Bulacan in the Philippines, where the mosquito population is high, finding effective ways to reduce their numbers is crucial. This case study explores the innovative mosquito suction trap developed by a local business and its potential to make a significant impact on mosquito control. The mosquito suction trap, invented as part of a capstone research project, is a unique solution that aims to tackle the mosquito problem in a safe and efficient manner. Unlike traditional methods such as insecticides or mosquito nets, this trap uses suction to capture mosquitoes without harming them. The trapped mosquitoes are then safely disposed of, preventing them from breeding and spreading diseases. One of the key advantages of this trap is its ability to target specific areas where mosquitoes are most prevalent. By strategically placing the traps in areas with high mosquito activity, such as stagnant water sources or dense vegetation, the trap can effectively reduce the local mosquito population. This targeted approach not only minimizes the use of chemicals but also ensures that the trap is efficient in its mosquito capture. The trap's design is not only functional but also visually appealing. The modern and steam-themed website showcases the trap's features and benefits, making it an attractive option for future researchers, students, teachers, and people living in rural areas prone to mosquitoes. The interactive infographics on the website engage users and provide them with valuable information about the trap's effectiveness and usage. While the business currently focuses on the San Jose del Monte, Bulacan area, there is potential for expansion in the future. As the trap gains popularity and proves its effectiveness, it could be introduced to other regions facing similar mosquito problems. This expansion would not only benefit those areas but also contribute to the overall reduction of mosquito-borne diseases. If you're looking to reduce mosquitoes in your area, here are a few tips to consider: 1. Identify and eliminate breeding sites: Mosquitoes lay their eggs in stagnant water, so removing any standing water sources around your home can significantly reduce their numbers. 2. Use mosquito repellents: Applying mosquito repellents, especially during peak mosquito activity times, can help protect you and your family from mosquito bites. 3. Install screens and nets: Adding screens to windows and doors and using mosquito nets while sleeping can create a physical barrier between you and mosquitoes. 4. Consider using the mosquito suction trap: If you're dealing with a high mosquito population, investing in a mosquito suction trap can be an effective long-term solution. It not only captures mosquitoes but also helps in monitoring their activity. Reducing mosquitoes requires a multi-faceted approach, and the mosquito suction trap offers a promising solution. By combining targeted trapping with other preventive measures, we can create mosquito-free environments and protect ourselves from the diseases they carry.

What We Considered in Choosing Materials: Properties

Of course, thorough research as to why these materials should be used is essential in a successful product. Therefore, here are the reasons as to why we chose our materials

1. Suction Fan:

Made of durable and lightweight materials, the suction fan efficiently draws mosquitoes towards the device without creating excessive noise or disturbance.

Figure 1: Suction Fan

2. UV Light:

Utilizes a high-quality UV light source that emits wavelengths attractive to mosquitoes, effectively luring them towards the device for capture.

Figure 2: UV Light

3. Humidifier Constructed from non-toxic, BPA-free materials:

the humidifier provides a steady release of moisture into the air, creating a comfortable environment while dispersing natural lemongrass and garlic oils for mosquito repellent action.

Figure 3: Humidifier

4. Lemongrass Oil:

Sourced from organic lemongrass plants, this essential oil is known for its pleasant aroma and natural insect repellent properties, helping to deter mosquitoes effectively.

Figure 4: Lemongrass Oil

5. Garlic Oil Extracted from garlic cloves:

this potent oil contains compounds that mosquitoes find repulsive, providing an additional layer of protection against mosquito bites.

Figure 5: Garlic Oil

6. Repellent Reservoir:

Crafted from food-grade materials, the water reservoir holds an ample amount of water to ensure continuous operation of the humidifier, contributing to a comfortable and mosquito-repellent environment.

Figure 6: Repellent Reservoir

Images used are not accurate to the materials actually used in the project, however they serve similar usage