Estimation of waste from computers and mobile phones in Iran

Mobile phone waste management and recycling: Views and trends

“…Generation of waste Li et al (2015) Generation of Waste: Case Study of China Rahmani et al (2014) Generation of Waste: Case Study of Iran Moberg et al (2014) LCA (Life Cycle Assessment) Babatunde et al (2014) Generation of Waste: Case Study of Nigeria Polák and Drápalová (2012) Generation of Waste: Case Study of Czech Republic Management Boni et al (2015) Mobile Waste Management in Developing Countries in comparison with Industrialized Countries Zink et al (2014) Comparing Repurposing and Refurbishment Sebo and Rosenfelderová (2014) Sustainable Reuse and Recycling Vats and Singh (2014) Mobile Phone Waste Management: Indian Scenario Tanskanen (2013) Mobile Phone Waste Management Paiano et al (2013) Energy and Material Consumption of Mobile Phones in Italy Miah et al (2013) Mobile Phone Waste Management: Case Study of Bangladesh Singh et al (2013) Government Initiatives for Mobile Waste Management in India Sharma et al (2011) Mobile Waste Management Policies in India Williams (2011a, 2011b) Generation of Waste and Recycling: Case Study of UK Rathore et al (2011) Remanufacturing Efficiency In India Silveira and Chang (2010) Mobile phone Recycling Trends in US and Brazil Jang and Kim (2010) Mobile Waste Management Initiatives in Korea Liu and Zhang (2008) Reverse Logistics Network Sahu and Srinivasan (2008) Mobile Waste Management Initiatives in Asia and Pacific Tanskanen and Butler (2007) Mobile Phone Takeback Initiatives: Comparison Franke et al (2006) Remanufacturing Planning Paiano et al (2006) Material Flows at EoL McLaren et al (1999) LCE (Life Cycle Energy) Model for Mobile phone Take Back and Recycling…”

“…They also studied the trends in battery usage by the residents. Rahmani et al (2014) estimated the past and future trends in generation of obsolete computers and mobile phones in Iran. They achieved this through different models such as time-series multiple life span model and simplified logistic function model.…”

Material Flow Analysis and Waste Management

“…Brazil (Araújo et al 2012 ), China (Liu et al 2006 ;Yang et al 2008 ;Chung 2012 ;Zhang et al 2012 ;Habuer et al 2014 ;Li et al 2015 ), Chile (Steubing et al 2010 ), Czech Republic (Polak and Drapalova 2012 ), Germany (Walk 2009 ), Hong Kong (Chung et al 2011 ;Lau et al 2013 ), India (Dwivedy and Mittal 2010a , b ), Indonesia (Andarani and Goto 2014 ), Iran (Rahmani et al 2014 ;Alavi et al 2015 ), Japan (Yamasue et al 2007 ;Oguchi et al 2008 ;Yoshida et al 2009 ), Nigeria Nnorom and Osibanjo 2008 ), South Korea (Lee et al 2007 ;Kim et al 2013 ), Spain (Gutierrez et al 2010 ), USA (Kang and Schoenung 2006 ;Leigh et al 2007 ;Kahhat and Williams 2012 ;Lam et al 2013 ;Schumacher et al 2014 ), and in the global economy (Yu et al 2010 ). Some studies have estimated fl ows of specifi c materials contained in e-waste such as steel, aluminum, copper, lead, nickel, and zinc (Yamasue et al 2007 ;Lam et al 2013 ;Habuer et al 2014 ) and parts such as lithium-ion batteries (Chang et al, 2009 ).…”

An evaluation of the potential yield of indium recycled from end-of-life LCDs: A case study in China

“…Bo Li made a comparative study on the methodology based on the estimation results of retired mobile phones using the market supply A method, the consumption and use approach and the sales and new method (Li et al, 2015). Actually, waste amounts of other HAs such as televisions, refrigerators, washing machines and computers in different countries has also been estimated by many scholars (Rahmani et al, 2014;Habuer et al, 2014;Wang et al,2013). Yan Yang and Eric Williams forecast the sale and generation of obsolete computers in the U.S. based on the logistic model (Yang and Williams, 2009).…”