International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 11 Issue: 01 | Jan 2024
p-ISSN: 2395-0072
www.irjet.net
EFFECTIVE UTILIZATION OF MOTHERBOARD AS WALL TILES ALARMELUMANGAI.S1 RAMESH.K2 AMBETHKAR.S3 123Assistant Professor
Department of Civil Engineering A.V.C College of Engineering, Mayiladuthurai, Tamilnadu, India. ---------------------------------------------------------------------***---------------------------------------------------------------------
Abstract – Through this project we experiment E-Waste as
wall tiles, waste Motherboards are used as specific method of disposing the E-waste, then replaced ordinary ceramic tiles by waste PCB (Printable circuit board) on mother board. Mother boards are cleaned to remove the external parts. Then the PCB boards are coated with paint for sufficient finishing and good appearance. And last it is to be placing on the interior portion of the wall. Placing is to be done by using the cement mortar. We obtained satisfactory results in the form of wall decorating tiles and it minimizes Electronic waste. It control pollution cost by E-waste. It is initial process and low level of production so the cost of E waste tile is increases but after the increases of production in some years to minimize the cost and also simple process. Key Words: Wall tiles, E-Waste, Motherboard, Cement mortar, Pollution.
In developing countries, the E-waste has major handling challenges issues. In the last 10 to 15 years, rapid growth and technology changes in electronics have led to an increasing turnover of computers, tablets, phones, display screens, printers and other electronics. Consequently, businesses and households have seen steady growth in the volume of their electronics needing safe and cost - effective end-of-life management. Electronics being disposed of are commonly referred to as e-waste. Most of the e-scrap contains printable circuit board which consist of approximately 27% metals, made up mainly of aluminum, copper, lead, iron and tin, as well as other heavy metals such as nickel and cadmium. Hence by processing the E-waste, valuable materials are recovered and waste minimization is achieved. 1.1 DEFINITION OF E-WASTE
Impact Factor value: 8.226
1.3 METHOD OF DISPOSAL OF E-WASTE IN INDIA INCINERATION, LANDFILLING, RECYCLING OF E-WASTE,
RECOVERY AND REUSE. 1.4 DRAWBACKS OF E-WASTE DISPOSAL Recycling tons of garbage will require separate factories. Recycling will produce pollutants, including chemical stews after breaking down the waste materials. Recycling is not always cost-efficient. Recycling can increase low quality jobs. Recycling can create more environmental problems, if not done right. Recycling does not guarantee good quality products.
E-waste is any electrical equipment and electronic equipment that’s been wasted; this includes not working devices and broken equipments that are thrown as garbage. Often, if the devices or equipments that goes unsold electronic devices are reserved and it will be thrown away. Finally, it is harmful due to dangerous chemicals naturally when buried inside into the ground leach from the metals that inside.
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Generate e waste in many ways as a type of electronic devices like monitors, television, mouse, keyboard, laptops, CPU, audio and video devices, and other personal electronic devices. It has PCB as a type of motherboard for workability of devices. After the usage of devices cannot to be reuse and waste generate in large quantity of India.
REUSE OF ELECTRONIC DEVICES,
1. INTRODUCTION
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1.2 TYPES OF E-WASTE
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1.5 OBJECTIVE The aim is the disposal of unwanted electronic gadgets compared to the past days the e-waste products or items have increased abundantly now days. The recycling of e-waste serves a lot of useful purposes. ISO 9001:2008 Certified Journal
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