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Environmental and economic advantages of adopting reverse logistics for recycling construction and demolition waste: A case study of Brazilian construction and recycling companies

The aim of this study was to assess the economic and environmental advantages of implementing reverse logistics to recycle solid waste from construction companies. The adopted research method was based on a systematic literature review and two case studies.

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Metal constituents of e-waste black powder and their potential utilization

An e-waste processing and dumping site at Moradabad city was visited to analyse the situation and also collect black powder sample for preliminary assessment. Analysis of e-waste black ash sample was carried out for metal content using ICP-OES. A significant amount of lead, copper, barium, tin, aluminium, silica, etc. was …

Mais »

Metal constituents of e-waste black powder and their potential utilization

An e-waste processing and dumping site at Moradabad city was visited to analyse the situation and also collect black powder sample for preliminary assessment. Analysis of e-waste black ash sample was carried out for metal content using ICP-OES. A significant amount of lead, copper, barium, tin, aluminium, silica, etc. was …

Mais »

Metal constituents of e-waste black powder and their potential utilization

An e-waste processing and dumping site at Moradabad city was visited to analyse the situation and also collect black powder sample for preliminary assessment. Analysis of e-waste black ash sample was carried out for metal content using ICP-OES. A significant amount of lead, copper, barium, tin, aluminium, silica, etc. was …

Mais »

Metal constituents of e-waste black powder and their potential utilization

An e-waste processing and dumping site at Moradabad city was visited to analyse the situation and also collect black powder sample for preliminary assessment. Analysis of e-waste black ash sample was carried out for metal content using ICP-OES. A significant amount of lead, copper, barium, tin, aluminium, silica, etc. was …

Mais »

Metal constituents of e-waste black powder and their potential utilization

An e-waste processing and dumping site at Moradabad city was visited to analyse the situation and also collect black powder sample for preliminary assessment. Analysis of e-waste black ash sample was carried out for metal content using ICP-OES. A significant amount of lead, copper, barium, tin, aluminium, silica, etc. was …

Mais »

Metal constituents of e-waste black powder and their potential utilization

An e-waste processing and dumping site at Moradabad city was visited to analyse the situation and also collect black powder sample for preliminary assessment. Analysis of e-waste black ash sample was carried out for metal content using ICP-OES. A significant amount of lead, copper, barium, tin, aluminium, silica, etc. was …

Mais »

Metal constituents of e-waste black powder and their potential utilization

An e-waste processing and dumping site at Moradabad city was visited to analyse the situation and also collect black powder sample for preliminary assessment. Analysis of e-waste black ash sample was carried out for metal content using ICP-OES. A significant amount of lead, copper, barium, tin, aluminium, silica, etc. was …

Mais »

Metal constituents of e-waste black powder and their potential utilization

An e-waste processing and dumping site at Moradabad city was visited to analyse the situation and also collect black powder sample for preliminary assessment. Analysis of e-waste black ash sample was carried out for metal content using ICP-OES. A significant amount of lead, copper, barium, tin, aluminium, silica, etc. was …

Mais »

Metal constituents of e-waste black powder and their potential utilization

An e-waste processing and dumping site at Moradabad city was visited to analyse the situation and also collect black powder sample for preliminary assessment. Analysis of e-waste black ash sample was carried out for metal content using ICP-OES. A significant amount of lead, copper, barium, tin, aluminium, silica, etc. was …

Mais »