Blockchain since its inception in 2008 is being gaining a wide publicity. It is in early phase
and its adoption is a general concern. There is a need of more interdisciplinary research to …

This chapter explores the application of blockchain technology to address environmental
sustainability challenges through smart contracts. It begins by discussing the intersection of …

As the new generation of information technology, blockchain is characterized by a set of
unique qualities and features in data storage and computing infrastructure, such as data …

Over the past few decades, industrial plastic production has been experiencing exceptional
growth. The durability, lightness, stability, and low cost of conventional plastic materials are …

Blockchain has witnessed rapid development in recent years due to its unique features such
as decentralization, transparency, and immutability. It is widely applied in various industries …

E-commerce platforms enable companies of all sizes to sell their items and promote their
brand to a broader audience. The e-commerce sector is continually developing, as new …

What drives growth becomes cancerous when it goes beyond limits. Contrary to this
common sense, today, consumerism drives our economies and feeds our appetite for ever …

The management and disposal of various types of waste (including industrial, domestic, and
medical waste) are worldwide issues, which are particularly critical in developing nations …

The concept of a circular economy (CE) encompasses a comprehensive approach to
conscious design and material choice, in addition to keeping products at their utmost utility …

Blockchain technology (BCT) meaningfully contributes to environmentally sustainable
development goals (SDGs) by improving sustainable supply chain management, tracing of …