E-waste is the enormous environmental problem in today’s society because various technologies are made for marketing, using, and producing, but electronic materials have expiration. The using time of a PC monitor is six or seven years, and internal hardware like Central Processing Unit (CPU) could be used only four or five years (Slade, 2006, p. 1). With the short life of electronic components, electronic waste is increasing. The rise of e-waste is not only the short electronic life or technology moving, but the behavior of consumers that retire their products even the products are usable effect the increasing of electronic waste. In 2002, more than 130 million mobile phones, which were still working, were threw away in the United States, so this provides the shout life cycle of electronic products, and their life span still declining (Slade, 2006). Most usable products that are retried cannot be recycled is the significant problem for managing electronic waste. For example, only 15% of e-waste in the world can be fully recycled (Modak, 2011). Even though most of electronic goods are not recyclable, consumers still want to replace them with new models, and buying the second or third products are considered. Slade explains that people who do not have a cell phone are going to buy one, but people who are already have a cell phone want to buy a newer model or get a second or third. These electronic devices have chemical elements that can be found inside of the devices. For instance, the chemical elements are used in hardware such as circuit boards, chips, and batteries (Heacock, et al., 2016), and about 60 chemical elements including cadmium, mercury, copper, manganese, nickel, zinc, iron, and aluminum can be found in many complex electronics (Grant, et al., 2013). All of these are the rational to impact the global environment from e-waste that was “…estimated to be 41.8 million tons in 2014 and may increase to 65.4 million tons by 2017” (Breivik, Armitage, Wania, & Jones, 2014).