Abstract Waste-to-energy (WtE) is a process that generates electricity and heat from waste
treatment or processing into fuel sources. WtE can reduce greenhouse gas emissions …

Eco-friendly environment concern contributes to the survival of life on earth. Monitoring
chemicals produced by growth requires a multidisciplinary scientific approach. Climate …

Robotics has been a mainstay of modern manufacturing, and it is now being employed more
and more for surveillance, military, and entertainment applications. While rescue robots are …

In the present scenario, the e-waste from the various electronic sectors has been increasing
due to increased utilization of electric components. In this chapter, the bioleaching …

The internet of things (IoT) has the potential to transform healthcare by fusing the most
significant technological and scientific advances in the fields of automation, mobility, and …

In this chapter, six axis robots-integrated fused deposition modelling (FDM) processes have
been used to fabricate the polymer three-dimensional (3D) printing objects. A unique …

In this chapter, the precision agricultural and waste management systems using artificial
intelligent techniques are described. The fourth agricultural revolution integrates cross …

The handling of genetic residues, biohazardous waste, and other non-shrinkable materials
such as e-waste is essential for the preservation of Mother Nature and human wellbeing …

This chapter examines the economic factors influencing working capital management and
investment decisions in the automobile industry. It explores both macroeconomic and …

Hospital waste management is crucial for healthcare operations, ensuring safe disposal and
handling of waste types. The integration of IoT and deep learning technologies offers a …