Page 128 - Towards A Sustainable Future , Phase 3 2025, E-Book_Neat

Scheduling routine collections with electric vehicles (EVs)
(refer to Figure 5) can result in unnecessary trips if the bins
are not full, wasting time and resources. By implementing
a responsive collection system that monitors bin levels,
collection efforts can be optimised, reducing unnecessary
trips.

Figure 3: Service provided by METech Recycling

The company currently uses static bins (refer to Figure 4) for
e-waste collection, but there is a challenge in not knowing the
bins' status. If people arrive to find the bins overflowing, they
may be discouraged from bringing their e-waste, making their
trip a waste of time. Additionally, overflowing e-waste can Figure 5: EV Van used for collection
create safety hazards.
Improving the system for
monitoring bin capacity could
help address these issues and
make the recycling process more
efficient.
METech Recycling plans to adopt
the machine from SG Recycling
Smart Machine. The SG Recycling
Smart Machine, designed to
collect paper, textiles, bottles
and cans, typically features
several specialised components
to handle these materials
efficiently. For example, it
consists of a compressor that
can compact the material to
ensure maximum collection. It
also includes CCTVs that record
the recycling process to prevent Figure 6: SG Recycling Smart
people from throwing material Machine
that is not handled by the
Figure 4: Static bin machine. Refer to Figure 6.

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