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(Process Planning for Mobile Phone Remanufacturing in Indonesia Abstract.\
The Increased number of)Tj
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(mobile phone users has an impact on increasing electronic waste \(E-Wast\
e\) without being offset by the act)Tj
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(of product recovery management. Remanufacturing is one way to overcome t\
his. Remanufacturing is a)Tj
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(process to return used products to general aesthetics and operating stan\
dards. This paper aims to design a)Tj
T*
(mobile phone remanufacturing process in Indonesia. Indonesia is a develo\
ping country where the mobile)Tj
T*
(usage is quite high. The mobile phones are chosen because it is one of t\
he biggest e-waste takers of late.)Tj
T*
(Several factories were visited in this study. This research uses a quali\
tative survey, which is carried out in)Tj
T*
(mobile phone factories and service centers. From this research, a design\
has been made to remanufacture)Tj
T*
(the process on mobile phones. The manufacturing plant verifies the desig\
n in order to obtain the input of the)Tj
T*
(real constraints which will happen when the remanufacturing process is d\
one. The steps in the process of)Tj
T*
(remanufacturing are HMI & visual inspection, separation, disassembly, cl\
eaning, inspection, sorting,)Tj
T*
(reconditioning, reassembly, and final inspection. Key words: remanufactu\
ring, mobile phone 1 Introduction)Tj
T*
(Depleted natural resources, increased carbon emissions, and strict gover\
nment regulations have raised)Tj
T*
(concerns about how to get rid of end-of-life products, and have become s\
tronger over the last few decades)Tj
T*
([1]. In other words, the government has done many ways to incineration i\
n order to tackle waste, especially)Tj
T*
(electronic waste. These methods include reuse, recycling, and remanufact\
uring. Remanufacturing is a)Tj
T*
(process for returning used products to the general aesthetic and standar\
d of operation [2]. Lund developed)Tj
T*
(seven criteria. One of the criteria is remanufacturing is reasonable to \
be connected to technologically stable)Tj
T*
(items [3]. Mobile phones are electronic products that not included to th\
is category. Mobile phone is relatively)Tj
T*
(low value product and short life cycle [4]. When the life cycle of mobil\
e phones has ended, making mobile)Tj
T*
(phone is one of the biggest contributors of e-waste. The wastes of mobil\
e phones are hazardous and toxic,)Tj
T*
(for instance Pb, Cd, Hg, As, Ni, and Cr [5]. There are numerous studies \
which support the remanufacturing)Tj
T*
(of electronics product. Guide et al. [6] show that the remanufacturing o\
f the short life-cycle product is not)Tj
T*
(only feasible but also can be profitable with a well- managed. However, \
the increasing amount of waste)Tj
T*
(electrical and electronic equipment \(WEEE\) causes remanufacturing mobi\
le phones to be an important)Tj
T*
(issue. In Indonesia, reported that 65 million people used the mobile pho\
ne in Indonesia [7]. This makes)Tj
T*
(electronic waste from mobile phone in Indonesia a serious problem From t\
he previous research, Tanoto et)Tj
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(al. shows that mobile phones remanufacturing in Indonesia can be impleme\
nted from the perspective of)Tj
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(technical feasibility [8]. This study aims to design a remanufacturing p\
rocess for mobile phones. This study)Tj
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(can provide an overview of the process of remanufacturing the phone to t\
he factory, which has not done the)Tj
T*
(remanufacturing process. 2 Literature review 2.1 Remanufacturing Process\
Remanufacturing is a part of)Tj
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(product recovery management which consists of repair, remanufacturing, c\
annibalization, and recycling [9].)Tj
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