ADIABATIC RAPID CO COMPOSTER

Published Sep 19, 2022
 20 hours to build
 Intermediate

In our project we have embedded some sensors to our composter and we automated the whole project and then we will transfer the data through IOT. By using those data, we can improve the decomposition rate. So, the decomposition can occur at a faster rate. rapidly compost the organic waste we can use the method called adiabatic. From which the heat generated inside the composter can be controlled accordingly by the new technology and can compost it rapidly.

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Components Used

Arduino UNO
Arduino UNO
1
AM2315 Temperature Humidity sensor
AM2315 is a digital temperature and humidity sensor with calibrated outputs.
1
Soil Moisture Sensor
Soil moisture sensor is used to measure the water content (moisture) in soil. It is used in agriculture applications, irrigation and gardening systems, etc.
1
7805 Voltage Regulator
7805 Voltage Regulator
1
USB Type A to B Cable
USB Cables / IEEE 1394 Cables USB A-B 28/26 BLACK 1.3 M
1
Wire
Hook-up Wire 788133 RED 100 FT
1
Wire Stripper and Cutter
Wire Stripper and Cutter
1
Description

Nowadays the wastes are not disposed of properly, as a result, the pollution like land  pollution, water pollution occurs at the same time. So, the world gets polluted and the people who  are in the streets and those who have no house are affected and still now many diseases are spread throughout the world. So, Smart and innovative ideas have many applications in technology.  

The adiabatic process has paved the way for disposing of the waste product to a usable product.  Adiabatic Rapid co Composter is one of the most promising prototypes having various applications in  the agricultural field. It stands for rapidly composting the wastes by the adiabatic process. It is used in  the composting of organic wastes in industries, flower and vegetable markets, restaurants, and  homes. The advantage of this product is its compact size and time consuming to compost organic  waste. And this project is proposed to convey the future aspects of agriculture-based technologies  and their versatile applications in the agriculture and waste management field. 

We included IOT in  this field. What is meant by IOT? The Internet of things (IoT) describes the network of physical objects  that are embedded with sensors, software, and other technologies for the purpose of connecting and  exchanging data with other devices and systems over the internet. Here we have embedded some  sensors to our composter and we automated the whole project and then we will collect the data  through an excel sheet for our future purposes. By using those data, we can improve the decomposition  rate. So, the decomposition can occur at a faster rate. rapidly compost the organic waste we can use  the method called adiabatic. From which the heat generated inside the composter can be controlled  accordingly by the new technology and can compost it rapidly. About 80% of India’s  wastes are disposed of in an unsecured manner. To avoid and make a better India, rapid composting  is a good way. 

RATIONALE FOR THE PROPOSED PROJECT: 

Waste management is the fundamental background topic with which we are dealing. There  are many farming lands and other marketplaces that have been holding organic waste and have been  putting them through a lot of hardship in order to use it as compost or in any other profitable trash.  So people can utilize our solution, which is even more compact, to compost their vegetable and fruit  waste at home and use it as organic handmade fertilizer in their gardens. As a result, we are aiming to  replace dustbins in every single home and apartment with our product. We can make it as a must  property in public places to avoid over dumping of wastes.

 

Video

Downloads

ADIABATIC SCHEMATIC Download

Institute / Organization

BANNARI AMMAN INSTITUTE OF TECHNOLOGY, SATHYAMANGALAM
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