CO2 sensor detects Carbon di oxide in the exhaust. HC sensor use NDIR technology to detect methane, propane and butane in the ambient air. TGS 2602 has high sensitivity to low concentrations of odorous gases such as ammonia and H2S generated from environment. The students are in the process of applying for copyright for this project.
It is a robot used to cut or mow grass at the specified height using blue tooth interface to control the movements of the robot via mobile applications. A typical robotic lawn mower requires the user to set up a border wire around the lawn that defines the area to be mowed. The robot uses this wire to locate the boundary of the area to be trimmed and in some cases to locate a recharging dock. Robotic mowers are capable of maintaining up to 30,000 m2 (320,000 sq ft) of grass. The students are in the process of applying for Design Patent for this project.
The soil health is checked using old laboratory conservative methodology. Using this project on the ground soil nutrients can be tested and fertilizers can be recommended. The students are in the process of applying for Design Patent for this project.
It is a novel project and it would help to mitigate the pollution level from the automobile exhaust. In adsorption, gaseous pollutants are removed from an air stream by transferring the pollutants to the solid surface of an adsorbent. Activated carbon is the most commonly used adsorbent. The students are in the process of applying for a Patent for this project
Air pollution is considered as one of the largest environmental health threats in the world. Scientists and researchers have been working tirelessly to reduce it using existing or novel materials. Use of porous solid adsorbent materials is being studied extensively right now. Because of its large specific surface area, abundance of functional groups, and strong adsorption capacity, activated carbon is widely used to treat various types of carbon-based gases for post-combustion CO2 capture from exhaust systems. Activated carbon captures CO2 mainly through physical adsorption due to the characteristics of surface structure and pore structure.The capacity of the materials can be further enhanced and made more specific through various surface treatment methods. The incorporation of metal/metal oxides or the addition of acidic/basic functionalities improves the pollutant removal capacity. The objective of this project is, hence, to design a catalytic chamber to house the bio-catalytic material which is obtained from bamboo residue converted into activated charcoal and doped with MgO Nanoparticles.The designed model is then fabricated to test the prototype’s adsorption efficiency for different gases which are emitted from the exhaust system of automobiles.
The unwanted solid waste materials obtained from human activities in residential, industrial or in commercial areas adversely affect environmental ecosystem due to inappropriate disposal of solid waste which pollutes soil, air and water. In this regard, for effective solid waste processing, waste shredders can be utilised in recycling applications. These machines can considerably reduce the volume of wastes that differ in dimensions, weight and composition to uniform shape and sizes for efficient processing, storing and ease transportation issues. The objective of this project is to design and develop a compact waste shredder machine with high reliability and efficiency for shredding the solid waste viz. plastics, thin metal strips, twigs and wood ranging from macro to micro size and thereby to reduce the transportation and further processing (recycling) issues.
Agrotona is a management device which will take care of farms and terrace gardens. It is an electronic device which calculates the amount of water required for lands which in turn adjusts to the fluctuating evaporation rates and moisture content by compensating for it by spraying water. In this system, the evaporation rate and moisture level both have been considered to make it more effective in working. The objective of the project is to develop a system which can be employed to manage the water resources effectively whenever required by the plants for irrigation purpose and to improve the overall yield of cultivation and reduce the requirement of human effort. E Management is an electronic device which calculates the amount of water required for lands which in turn suddenly reacts to the fluctuating evaporation rates and moisture by compensating for it by spraying water. In this system the evaporation and moisture level both have been considered to make it more effective in working. In further steps we would like to get like notifications or recordings to monitor the humidity in soil. In this deice there is no complex interface or anything similar. Additionally there is no need to update the interface every time. In practice, I is very difficult analyses the amount of water that is required for each plant per day manually. Therefore by using this, we can easily analyze the requirement of water. This can be implemented into large farms such as paddy fields and arecanut farms.
The main objective of the project is to collect and recover the crude oil from the ocean surface. The device is provided with suction head to suck the oil and this oil is pumped into the separator tank which is divided into two parts. One part consists oil absorbing material to recover oil and second part is the settling tank the water is allowed to follow out of e-separator tank. The prototype is propelled using a DC motor and controlled by radio controller.
Water pollution and the presence of harmful contaminants post significant threats to the public health worldwide. To address this issue, advanced water treatment technologies are continuously being developed. In recent years, the integration of silver nano particles(AgNPs) and activated charcoal has gained considerable attention due to their exceptional properties in water purification. The project is in the process of applying Design Patent.
Waste transportation is just as vital as waste separation, recycling, and other waste-related operations. Its transportation operation is quite important. It all begins with gathering it from various locations on the street. Because not all streets in several nations, including ours, are the same width, workers are paid to collect them in carts. The majority of those recruited are women, who have trouble pushing this trolley up hills or for longer periods of time when it is fully loaded. This project will assist them in their work by electrifying the cart with a simpler and more user-friendly design in which the person’s sole responsibility is to stand on the cart and speed it, with no need to push the cart. It not only minimizes the amount of work that must be done, but it also reduces the amount of time that must be spent on it. The cart is driven by a basic electric motor that is coupled to the axial rods and regulates the trolley’s movement. It can be implemented in gated communities, college campuses, and shopping malls, among other places.
