Pollution Control Science Project Working Model | How to Make Ink from Pollution

Summary

This video introduces an innovative project aimed at combating carbon pollution from vehicles. The project features a carbon absorber that captures pollutants emitted by vehicles, converting them into ink. Through a step-by-step guide, the video demonstrates how to build and operate the system, which includes a smoke absorber, filters, and an automatic circuit for activation. It explains the materials needed, the assembly process, and how to use sensors to detect passing vehicles. The final product showcases an environmentally-friendly method of reducing pollution while offering a creative way to generate ink from carbon.

Takeaways

• 😀 The project focuses on a unique idea of absorbing carbon pollution generated by vehicles, filtering it, and converting it into ink.
• 😀 The project uses an absorber that activates when a vehicle passes, automatically pulling in pollution using infrared sensors.
• 😀 The smoke absorber is powered by a motor that collects carbon, which is then passed through a smoke filter to extract the carbon.
• 😀 The project operates efficiently to conserve electricity by only working when a vehicle is near, avoiding unnecessary power usage.
• 😀 Materials for the project can be purchased from local markets, with some components available in a kit box, simplifying the assembly process.
• 😀 The creation process involves building a realistic road setup using plywood, black and green chart paper, and other materials to mimic a real road environment.
• 😀 The smoke absorber uses a motor to pull in smoke and filter the carbon, which is then stored in a carbon filter.
• 😀 A simple circuit is designed using a relay, capacitor, and transistor to automatically activate the pollution filter when a vehicle passes by.
• 😀 An infrared sensor is used to detect vehicles and trigger the smoke absorber, ensuring the system only operates when needed.
• 😀 The final product includes creative decorations and a fully functional setup that can be shown in exhibitions, with practical demonstrations of ink creation from collected carbon.

Q & A

What is the main objective of the project described in the video?

The main objective of the project is to capture carbon emissions from vehicles, filter the smoke, extract carbon, and convert it into ink. This process helps reduce air pollution while turning waste carbon into a useful product.

How does the system activate when a vehicle passes by?

The system uses an IR sensor that detects when a vehicle passes. When the vehicle is detected, the smoke absorber and filter are automatically turned on to capture the smoke and extract carbon.

Why does the system only work when a vehicle is present and not continuously?

The system is designed to save electricity. If it ran continuously, it would consume too much power. It only activates when a vehicle passes, ensuring efficient energy usage.

What materials are required to build this project?

The materials needed include plywood, chart papers, plastic rods, motors, IR sensors, carbon filter materials, and basic electronic components like a PCB, capacitors, and relays. These can be purchased locally or in a kit.

What is the function of the carbon filter in the system?

The carbon filter's role is to capture and separate the carbon from the smoke emitted by vehicles. The filtered carbon is then collected and can be used to create ink.

How is the carbon converted into ink?

After being collected in the carbon filter, the carbon is mixed with water and processed for about 10 minutes. This process creates a liquid form of carbon, which becomes usable ink for painting.

How does the smoke absorber work in the system?

The smoke absorber uses a motor connected to a pipe, which pulls the smoke towards it. The system captures the smoke and directs it towards the carbon filter, where the carbon is separated from the other components of the smoke.

What role does the IR sensor play in the project?

The IR sensor detects the presence of a vehicle and triggers the activation of the smoke absorber and filter system. It ensures the system only works when necessary, i.e., when a vehicle is passing by.

Why is the project considered easy to build?

The project is easy to build because all the necessary materials are readily available, and the steps to assemble the components are simple. Detailed instructions and a kit make the process straightforward for builders.

How does the system prevent smoke leakage?

The system prevents smoke leakage by using tight fittings and seals in the components, including the absorber and the carbon filter. Special care is taken to ensure that smoke is effectively captured without escaping.