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This paper is aimed at analyzing the inter-contextual relationships among the factors that led to inadequate management of electronic and electrical waste (WEEE) during COVID-19 using a subjective perspective.

Grey sets and a Decision-Making Trial and Evaluation Laboratory (DEMATEL)-based approach has been employed to identify the causal association of intertwined WEEE management barriers.

Results reveal the lack of implementation of the legislative framework, extended producer responsibility and lesser corporate initiatives are some of the most challenging WEEE management challenges during the current pandemic.

The findings of the study would enable stakeholders of WEEE management toward building resilient policies and effective implementation plans during as well as post-crisis situations.

COVID-19 led challenges related to healthcare waste have attracted a significant amount of scholarly attention, but there has been lesser attention toward e-waste management challenges during the pandemic. Negligence toward e-waste management can pose threats to the environment as well as human well-being.

In the context of the environmental impacts caused due to the increasing volumes of discarded technologies (e-Waste), this paper aims to critically evaluate whether environmental policy, the Waste of Electronic and Electrical Equipment (WEEE) legislation in particular can contribute to a shift in logic from neoliberal growth to green growth.

Drawing upon empirical research, this paper shows how three computer waste organisations evolve through the imbrication of pre- and post-policy logics in collaborative and heterogeneous ways to create an “economy of greening”.

Extending the concept of a fractionated trading zone, this paper demonstrates the heterogeneous ways in which computer sourcing is imbricated, providing a taxonomy of imbricating logics. It is argued that what is shared in a fractionated trading zone is a diversity of imbrications. This provides for a nuanced perspective on policy and the management of waste, showing how post-WEEE logics become the condition to continue to pursue pre-WEEE logics.

This research focuses on three organisations and the EU 2003 and UK 2006 versions of the WEEE legislation.

The research findings have important implications, more specifically, for how e-Waste policy is enacted as an “economy of greening” to constitute managerial and organisational adaptation needed to create a sustainable economy and society.

This paper’s contribution is threefold. First, theoretically, the literature on trading zones and imbrication is extended by considering how they can complement one another. Our focus on imbrication is a “zooming in” on the managerial and organisational implications and dynamics of a trading zone. Second, the literature on imbrication is added to by identifying a diverse range of imbricating logics that can be used to discern a more nuanced understanding of the translated effects of policy. Last, these ideas are ground in a relevant empirical context – that of e-waste management in the UK, providing a deeper knowledge, over time, of specific actors’ translations of policy into organisational practices.

The purpose of this paper is to analyze the recent global situation on waste of electric and electronic equipment (WEEE) management and recommend policy directions for designing environmental strategies.

Qualitative research approach is adopted to review studies on WEEE management in developed and developing countries. The focus is to critically consider the available options for its safe management.

Approximately 40-50 million tons of WEEE is generated worldwide annually and most of it is dumped in the developing countries. WEEE is not a challenge to be faced by a single country as it has trans-boundary effects and ultimately the contamination reaches back to the developed countries with a lapse of time.

Data availability on WEEE generation and disposal is in initial stages.

Developing countries in Asia and Africa do not have resources to handle WEEE. The unregulated and unsafe WEEE management practices in these countries let hazardous materials to disseminate into the marine life and global ecosystem.

The paper recommends policy directions to deal with the emerging issue that may have globally far reaching consequences.

This paper aims to present a review carried out under DEFRA‐funded project WRT208, describing: the composition of WEEE, current treatment technologies, emerging technologies and research.

This paper summarises the output from the first part of the project. It provides information on the composition of WEEE and an extensive survey of technologies relevant to materials recycling from WEEE. A series of further papers will be published from this research project.

WEEE has been identified as one of the fastest growing sources of waste in the EU, and is estimated to be increasing by 16‐28 per cent every five years. Within each sector a complex set of heterogeneous secondary wastes is created. Although treatment requirements are complicated, the sources from any one sector possess many common characteristics. However, there exist huge variations in the nature of electronic wastes between sectors, and treatment regimes appropriate for one cannot be readily transferred to another.

A very large number of treatment technologies are available, both established and emerging, that singly and in combination could address the specific needs of each sector. However, no single set of treatment methods can be applied universally.

This paper is the first part of work leading to the development of technical strategies and methodologies for reprocessing WEEE into primary and secondary products, and where possible the recovery of higher added‐value components and materials.

Waste of electric and electronic equipments (WEEE) disposal methods adopted by most of the countries are based on adhocism and therefore cannot provide sustainable solution. The purpose of this paper is to develop a framework for sustainable WEEE management based on Human Activity Modeling. The macro model is developed to provide a problem-solving approach for policy makers and to aid them in determining strategic directions in policy making.

Qualitative research paradigm is used to review WEEE management in developed and developing countries and Activity Theory (AT) approach is extended into environmental management domain to design a sustainable system.

The approach recommends that the real world complexity must first be analyzed by “problem modeling” of the contemporary activity in the environment and then based on this mapping “solution modeling” must be carried out to obtain sustainable solutions.

The solution recommended is based on theoretical foundations but still a need for experimental evidence is felt to further strengthen the argument. Second further studies are needed to cascade the strategic-level model presented in the study to connect it with the community-level interaction.

Strategic policy recommendations are given to modify the role of three major actors identified in the society and resultantly attain socio-economic balance among the actors for obtaining sustainable solution.

The study advocates a new paradigm for solving environmental management issues by using AT approach, focussing on redesigning human interaction in socio-cultural perspectives.

The purpose of this paper is to describe a system and a database structure for the tracing of the waste of electric and electronic equipment (WEEE) using radio-frequency identification tags.

The problems related to the management of WEEE and the international directives have been presented and analyzed. The authors propose a traceability system to extend the tracing in the reverse logistics.

The proposed systems allow a more efficient management of the reuse, repair and recycle phase of the products and components, thus reducing the disposal of the electric and electronic equipment. There are many possible positive impacts of the system. The authors investigate, in particular, the impact of the single component tracing on the disposal cost reduction and on the reliability improvement using reused components.

The system has been tested in the production chain of a company that produces electronic equipment for elevators. Up to now, the results and impact are limited to the company.

The system has been applied in the management of reused components of a specific company. The immediate result was that the system allowed the redesign of the electronic product with a cost reduction and reliability improvement.

The authors think that the proposed solution allows a step forward in the reduction of WEEE.

The database structure and the web application, used to track the entire working life of an electronic appliance, are original. Original is also the idea of tracing all the single components of the electronic products.

The purpose of the article is to analyze the chain of electrical and electronic equipment (EEE) and its waste (WEEE), within the product chain of Recicladora Urbana (Reurbi), and its interaction with the circular economy.

Exploratory research with a qualitative approach, based on the study case method, was conducted. The following stages were carried out: definition of the study object; bibliographic survey; documentary survey; technical visit to Reurbi; contacts with experts; creation of research instruments and research execution.

The main recipients of remanufactured EEE are third sector organizations that run social programs and schools with few financial resources. Recycling firms receive parts and components from the WEEE handled by Reurbi.

The authors only addressed the WEEE reverse remanufacturing chain of Reurbi; therefore, the authors cannot extend the results to an industrial sector.

One practical contribution is disclosing the remanufacturing processes of EEE and the recycling processes of its waste, fostered by the National Solid Waste Policy (PNRS), under a circular economy policy.

There is a large market potential for reverse logistics of WEEE and end-of-life EEE as a source of raw material, which is yet to be explored in Brazil, for creating new jobs and revenue.

The publication of articles with the main reflections from the results can provide new discussions and provide opportunities for new studies regarding the Brazilian Solid Waste Policy.

Owing to new legal requirements, essential changes in the field of treatment of electronic products in Germany are expected. However, consequences in terms of changes of organisation and material flows of the German treatment system are currently unknown. Thus, the objective of this contribution is to predict relevant changes occurring in this context. This lays the framework for a deduction of recommendations for political decision makers and actors of the treatment system.

Within this contribution, a linear, activity‐based model is presented, optimising the allocation of discarded products, disassembly activities and disassembly fractions to actors of the treatment system. Parameter and model modifications allow forecasting of future developments. In a case study, the model is then applied to Lower Saxony, a federal state of Germany. This allows a validation of the model as well as an evaluation of future scenarios.

Based on this analysis, impacts of new legal and economic developments on the treatment of discarded electronic products are predicted. Conclusions and recommendations for political decision makers as well as for existing disassembly companies are drawn.

The findings of this paper allow an estimation of the impacts of new legal regulations on the existing infrastructure for treatment of electrical devices in Germany. The applied methodology can be assigned to additional product categories and can be enhanced regarding the system boundary.

The purpose of this paper is to identify the factors that define the management practices of a center of electrical and electronic waste and of reuse of equipment aiming to contribute to the sustainable development. It is known that the effort to achieve the green IT, including recycling and sustainable disposability of equipment does not follow the same pace as industry production.

The paper draws on the existing sustainable development, on the computer equipment and its composition and in the disposal of electronic waste as literature of orientation. The center for disposal and reuse of the information technology waste from a Brazilian university was approached by the methodology of qualitative case study.

The research revealed some findings related to the concepts of integrated waste management, product life cycle assessment, stakeholder involvement and inventory and information system of electrical and electronic equipment.

The research involved the analysis of documents and the website of the center and the technician responsible for the center was interviewed. The results can contribute as a benchmark for other universities and organizations who intend to create or implement a center for collection and recycling of computer equipment.

The paper shows the importance of communication and relationship between the center and the units of the university and with the stakeholders related to the waste electrical and electronic equipment (WEEE) management.

The study has its focus on a more comprehensive WEEE approach that shows insights that can be used or adapted to any university or even companies.

Increasing awareness of man's impact on the environment and pressure to behave in a more sustainable manner are encouraging both the recycling and reuse of materials and the replacement of hazardous chemicals with more benign ones. The Waste Electrical and Electronic Equipment (WEEE) Directive and the Restriction on the use of certain Hazardous Substances in Electrical and Electronic Equipment (RoHS) Directive, have recently been adopted into law with the specific intention of further encouraging these activities through legislation. In addition to these directives, there is a growing need to adopt sound design principles so that new products are created in a more environmentally acceptable way and that their environmental impact throughout their lifecycles is minimised. This paper gives an overview of this new European legislation and discusses its impact on the electronics industry. The potential benefits of adopting such an approach are outlined.