GENERATION OF ELECTRICITY FROM WASTE MATERIALS USING Node MCU AND IOT

Abstract

Nowadays, electricity is considered one of the major commodities in our lives. Due to the increase in demand for electricity, the supply also needs to be increased. There are many effective methods like hydroelectricity, solar power, nuclear power etc, one such method is the generation of electricity from waste materials which is eco-friendly and cost-effective, about 75% of waste in India is reduced by waste-to-energy conversion plants which decrease the number of pollutants like CO, SO2 , NO2 to a huge number. With India's substantial population and the corresponding waste generation, implementing such solutions can significantly alleviate environmental concerns while meeting energy demands. To ensure effectiveness and sustainability, it's crucial to address any drawbacks associated with waste-toenergy conversion. This might involve optimizing technology to maximize energy output while minimizing emissions, ensuring proper waste management practices to handle various types of waste safely, and conducting thorough environmental assessments to mitigate any potential negative impacts. Collaborating with experts in renewable energy, waste management, and environmental science can provide valuable insights and guidance for our project. Additionally, engaging with local communities and stakeholders can help garner support and ensure the project aligns with their needs and concerns. Overall, we focus on reducing pollutants and promoting renewable energy production through innovative waste-to-energy solutions is commendable and holds great potential for a sustainable future.