The continuous growth of e-waste necessitates an efficient method to recover their metal contents to improve their recycling rate. The successful recovery of the metallic component from Waste Electrical and Electronic Equipment (WEEE) can generate great economic benefits to incentivize the...

To find the manufacturer's optimal recycling mode under the dual factors of government subsidies and consumers’ low-carbon preference, we construct three game models by taking the wholesale price, retail price, recovery rate and carbon emission reduction level as the decision variables. Then,...

In contrast to the linear "take-make-dispose" model of resource consumption, a new industrial model is proposed in the form of a circular economy. This model aims to optimize the use of resources and to reduce or eliminate waste, and is based on re-use, repair, ecodesign, industrial ecology,...

Introduction to Industrial Ecology -- Current Practices in Industrial Ecology -- Industrial Ecology Implementation in Manufacturing and Service Sector: A Context of Developing Country -- Understanding Digital Supply Chains in the Context of Industrial Ecology -- Digital Supply Chain Reshaping...

Chapter 1. Introduction – Circular Economy as a part of the new and sustainable Economy in the XXI Century -- Part I. Business and Systems Transitions -- Chapter 2. A value flow perspective in the Circular Business Model -- Chapter 3. The design of Sustainable Product-Service Systems to foster...