Recycling, reusing, and reducing electronic garbage (E-waste) may be the sole methods for
managing E-waste in use today. In essence, there is no ideal method of managing E-waste …

Electronic waste (E-waste) is generated at a quick pace due to technological expansion and
thereby reducing the obsolescence age of electrical and electronic equipment (EEE). This …

Electronic waste, also known as e‐waste, refers to electrical or electronic devices that are
discarded from households and workplaces. These used e‐wastes are meant to be …

Municipal solid waste (MSW) management currently requires critical attention in ensuring
the best principles of socio-economic attributes such as environmental protection, economic …

Waste segregation, management, transportation, and disposal must be carefully managed to
reduce the danger to patients, the public, and risks to the environment's health and safety …

Internet of Things (IoT) has now become an embryonic technology to elevate the whole
sphere into canny cities. Hasty enlargement of smart cities and industries leads to the …

Increased population and usage of more unnatural particles create dangerous waste in
society. Environmental Sustainability is ensured based on proper waste management …

With an increase in population, there is an exponential increase in the amount of waste
produced. This waste contains a high percentage of plastic that can be recycled. It is …

Urban areas are facing challenges in waste management systems due to the rapid growth of
population in cities, causing huge amount of waste generation. As traditional waste …

E-waste demands urgent attention to devise effective and sustainable waste management
solutions. In response to this challenge, the integration of deep learning classifiers emerges …