Industrial symbiosis, which allows entities and companies that traditionally be separated, to
cooperate among them in the sharing of resources, contributes to the increase of …

Industrial symbiosis, which is characterised mainly by the reuse of waste from one company
as raw material by another, has been applied worldwide with recognised environmental …

Resource and environmental elements as controlling factors for ecologic and socio-
economic are crucial to seek new ideas and paths for development and prosperity. In this …

The concept of urban metabolism has been profusely used by various disciplines over the
last and current century to describe different urban phenomena. One theme that appears to …

The ecologically efficient transformation of natural resources into economic output is a
critical pathway to achieve urban and industrial sustainability. Eco-efficiency approach offers …

Energy use and CO 2 emissions are inextricably linked. Energy utilization leads to an
increase in CO 2 emissions, which will in turn limit the formulation of energy policies and …

We analyze 78 case studies that applied an input-output (IO) model for waste management
analyses. We categorize all IO models into four types (waste extended IO (WEIO), waste IO …

The enormous discharge of industrial waste seriously hinders the sustainable development
of cities. However, most studies only involve a single or limited category of industrial …

Industrial solid waste (ISW) poses a huge potential threat to human health and the
environment. To prevent pollution at its source, it is necessary to analyze the socioeconomic …

Hazardous waste as a global issue closely links environmental pollution, public health,
resource sustainability, and social governance. Its rapid increase and distinct drawbacks …