WEEE/E-waste Business Model - International Environmental ...
WEEE/E-waste Business Model - International Environmental ...
WEEE/E-waste Business Model - International Environmental ...
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From the regulatory perspective, definition of electrical and electronic equipment is not<br />
covered under the existing regulations. One of the major gaps, which have been<br />
identified, is the lack of clear definition of E-<strong>waste</strong> under existing regulations. There is<br />
very little difference between definition of used EEE and E-<strong>waste</strong>. Role of collector/<br />
transporter is defined only in the context of hazardous <strong>waste</strong> and solid <strong>waste</strong>. There is<br />
no specific definition of generator or producer of E-<strong>waste</strong>. However, definition of importer<br />
of Used EEE is mentioned in the existing regulation. There is a need to cover E-<strong>waste</strong><br />
either under existing regulations or a separate regulation depending on the time frame<br />
and capacity of regulatory agencies to implement it. Since draft 3R strategy is being<br />
formulated in the country, E-<strong>waste</strong> can also be brought under its purview so that<br />
necessary regulatory interventions can be planned and implemented.<br />
EEE market in PPM is organized in three different types of market segments i.e. shops<br />
selling brand new EEE, shops selling brand new as well as second hand EEE and<br />
shops selling second hand EEE. The majority of EEE market in PPM is organized in<br />
mixed market conditions with shops selling a combination of new and second hand items<br />
and shops selling second hand items. The market share of second hand EEE is<br />
increasing every year, although, some of brand-new items are cheaper. Consumers<br />
prefer branded EEE even when it is second hand. Shops selling second hand EEE have<br />
multiple functions of selling, repairing, refurbishing and dismantling. Geographically, it is<br />
organized in different hubs catering to ICT and white goods sector. It is observed that<br />
the major hubs of AC refurbishing / dismantling also serve as major hubs for refrigerator<br />
refurbishing/ repair and dismantling. Major hubs for TV and PC are located at different<br />
places. However, hubs at Chamkamorn and Toul Kok serve as two major hubs for TV<br />
and PCs. Chamkamorn, Toulkok and Meanchay also serve as major repairing/<br />
refurbishing centre for washing machine. Therefore, four functions can be geographically<br />
addressed at one place while considering future interventions. There are twelve<br />
processes, which need to be considered for environmentally sound management while<br />
planning for future interventions since no chemical processing is occurring within<br />
municipal boundary of PPM. The E-<strong>waste</strong> trade value chain consisting of stakeholders<br />
implementing twelve processes indicates that future interventions are required at level 1<br />
and level 2 consisting of primary E-<strong>waste</strong> generators and secondary E-<strong>waste</strong> generator.<br />
Considering the 1 st and 2 nd level E-<strong>waste</strong> treatment, plant specifications have been<br />
defined and financial viability has been assessed. The volume of E-<strong>waste</strong> item to be<br />
collected and transported till 2020 based on E-<strong>waste</strong> inventory estimates in Phnom Penh<br />
ranges from 4490 m 3 to 32923 m 3 for washing machine, 5140 m 3 to 6925 m 3 for personal<br />
computers, 9m 3 to 46m 3 for mobile phones, 2918 m 3 to 9573 m 3 for refrigerator, 1458 m 3<br />
to 5976 m 3 for Air Conditioners and 1557 m 3 to 2618 m 3 for washing machine. This is<br />
based on 50% availability of E-<strong>waste</strong> for recycling. Depending upon the type of E-<strong>waste</strong>,<br />
different types of bins/ cages have been identified and recommended. The collected E<strong>waste</strong><br />
in container will be lifted manually, through fork lifts, placed into small trucks/<br />
container carriers and transported from the collection facility to E-<strong>waste</strong> treatment<br />
facility. Depending on the collection efficiency and availability of the input raw material,<br />
the facility can start with one shredder of half the capacity followed by the second. There<br />
is huge variation in the prices of the treatment system starting from US$ 789700 to US$<br />
3.1 million depending on type of technology. The output from the E-<strong>waste</strong> recycling<br />
system will be sold/ exported to metal recyclers outside Cambodia. E-<strong>waste</strong> export<br />
market is expected to follow the same trend as that of global market for precious metals.<br />
The analysis of the price graphs indicates that metal market peaks and bottoms out in a<br />
ten year period. E-<strong>waste</strong> purchase price in PPM has ranged from US$ 1/kg to US$ 4/kg<br />
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