Title :
Preliminary feasibility study on the use of mono-disposal landfills for e-waste as temporary storage for future mining
Author :
Kahhat, Ramzy F. ; Kavazanjian, Edward, Jr.
Author_Institution :
Center of Earth Syst. Eng. & Manage., Arizona State Univ., Tempe, AZ, USA
Abstract :
The rising quantities of electronic waste (e-waste) around the world necessitates new approaches for sustainable management of this waste stream. One strategy for managing this waste stream is the use of e-waste mono disposal landfills, or monofills, as temporary storage for future mining. E-waste monofills can be a sustainable waste management solution. However, lifecycle costs must be considered to determine if e-waste monofills are feasible alternatives. The lifecycle cost of e-waste monofilling depends on a variety of different variables, including the configuration of the containment system and discretionary operational considerations. Classification of e-waste as hazardous waste suggests that a RCRA Subtitle C-compliant (hazardous waste landfill) containment system should be employed. However, available data indicates that a RCRA Subtitle D-compliant (municipal solid waste landfill) containment systems should provide more than adequate environmental protection. Discretionary landfill operational decisions that may impact lifecycle cost include processing e-waste prior to placement and/or placement of the e-waste in a soil matrix. Ultimately, the feasibility of e-waste monofilling depends upon the potential value assigned to future recovery.
Keywords :
electronics industry; environmental legislation; hazards; life cycle costing; sustainable development; waste recovery; RCRA subtitle C-compliant; RCRA subtitle D-compliant; discretionary operational consideration; e-waste mono disposal landfills; e-waste monofills; electronic waste; environmental protection; future mining; hazardous waste landfill containment system; lifecycle cost; municipal solid waste landfill containment system; soil matrix; sustainable waste management; waste stream management; Automotive materials; Costs; Electronic waste; Environmental economics; Environmental management; Power generation economics; Recycling; Solids; Waste management; Waste materials; Electronic Waste; Landfill; Monofills; Recycling;
Conference_Titel :
Sustainable Systems and Technology (ISSST), 2010 IEEE International Symposium on
Conference_Location :
Arlington, VA
Print_ISBN :
978-1-4244-7094-5
DOI :
10.1109/ISSST.2010.5507740