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Herbert Walker, Shipley
This customer
operated a manual system loading open top skips, and stacking material
on pallets. This was operator intensive, and also raised some health/safety
and manual handling issues. There was also a little scatter problem,
creating environmental, poor neighbour issues.
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We supplied
them with a compactor with a sidelifter for their plastic pallet
boxes, which are situated inside the works. Demonstrating our flexibility
and ability to cater to specific customer needs.
The system
has new reduced operator input, improved aesthetic appearance, health
& safety, reduced fire risk, improved operational efficiency,
and reduced environmental impact on site. With the added benefit
of reducing operator input, thereby producing cost savings.
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We
supplied an 80m long conveyor system to feed 2 external compactors.
The conveyor line material was automatically diverted into the respective
compactors for cardboard or plastic film. The customer had a cost
effective system for handling their waste, which maximised recycling
opportunities, improving aesthetic appearance, reducing fire risk,
and enhancing health & safety. An added benefit of compaction
was the reduction in transport movements, adding to the overall cost
reduction from reduced operator input; the whole system is enclosed
for security reasons.
Testimonial:
- "Since M&B installed our waste management system the
disposal of our waste is now automated, thereby improving our productivity
and efficiency, as well as reducing fire risk. We have always found
M&B to be highly efficient in their collection times and have
always been 'on hand' to advise, assist or provide the essential
'emergency' help. I am happy to recommend M&B Waste Management
Services."
Sean Fahey, Director.
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2.
Clipper Group Ltd, Leeds.
This client
operates a repackaging facility for a 170-retail client in a secure
environment. They had a problem with availability of space for waste
handling. This resulted in them having to carrying waste cardboard
and polythene over a considerable distance; which was inefficient
and operator intensive. An added problem was that the material was
open to the elements with wind scatter. We designed a system, which
ensured floor space efficiency and also minimising operator input.
An efficient separation process allowed recycling.
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