What type of container?
Only cups or also bowls, pre-packed items or even integration of multiple systems?
Contact
Collect
Collection takes place through return networks
Return networks must be practical and integrable into daily routines. After return, simple and efficient reverse logistics processes are needed for collection points to keep operational effort as low as possible.
The decisive cost driver in the COLLECT value domain is empties consolidation. The goal is full pallets & fully loaded trucks.
From a cost perspective, standardisation is preferred and deviations should be minimised. While some materials require high protection (e.g. glass), necessitating the use of crates, other materials such as plastic can be collected mixed in larger containers to keep on-site processes simple.
Clear definition of return points is crucial
To define system requirements for collection processes and data capture, several questions in the COLLECT value domain must be answered (e.g. for plastic-based food packaging):
Where to return?
At the deposit machine, at the till, in public spaces or even at the doorstep for delivery services?
How and where to consolidate?
In bags, in crates, in collection boxes, in interim or regional warehouses?
How and where to capture movement data?
Which data standard is scanned how and where?
Answers consider cost and simplicity
System administration and reverse logistics must be accessible, practical and volume-oriented:
For users
Simple return and deposit handling as learned from the beverage industry
For staff
Simple pre-sorting, data capture and deposit handling
Consolidation
Maximising units per pallet, high volume = low costs.
Continue to the value domains
Contact
Collect
Collection takes place through return networks
Return networks must be practical and integrable into daily routines. After return, simple and efficient reverse logistics processes are needed for collection points to keep operational effort as low as possible.
The decisive cost driver in the COLLECT value domain is empties consolidation. The goal is full pallets & fully loaded trucks.
From a cost perspective, standardisation is preferred and deviations should be minimised. While some materials require high protection (e.g. glass), necessitating the use of crates, other materials such as plastic can be collected mixed in larger containers to keep on-site processes simple.
Clear definition of return points is crucial
To define system requirements for collection processes and data capture, several questions in the COLLECT value domain must be answered (e.g. for plastic-based food packaging):
What type of container?
Only cups or also bowls, pre-packed items or even integration of multiple systems?
Where to return?
At the deposit machine, at the till, in public spaces or even at the doorstep for delivery services?
How and where to consolidate?
In bags, in crates, in collection boxes, in interim or regional warehouses?
How and where to capture movement data?
Which data standard is scanned how and where?
Answers consider cost and simplicity
System administration and reverse logistics must be accessible, practical and volume-oriented:
For users
Simple return and deposit handling as learned from the beverage industry
For staff
Simple pre-sorting, data capture and deposit handling
Consolidation
Maximising units per pallet, high volume = low costs.
Continue to the value domains
Collect
Collection takes place through return networks
Return networks must be practical and integrable into daily routines. After return, simple and efficient reverse logistics processes are needed for collection points to keep operational effort as low as possible.
The decisive cost driver in the COLLECT value domain is empties consolidation. The goal is full pallets & fully loaded trucks.
From a cost perspective, standardisation is preferred and deviations should be minimised. While some materials require high protection (e.g. glass), necessitating the use of crates, other materials such as plastic can be collected mixed in larger containers to keep on-site processes simple.
Clear definition of return points is crucial
To define system requirements for collection processes and data capture, several questions in the COLLECT value domain must be answered (e.g. for plastic-based food packaging):
Welche Art Gebinde?
Only cups or also bowls, pre-packed items or even integration of multiple systems?
Where to return?
At the deposit machine, at the till, in public spaces or even at the doorstep for delivery services?
How and where to consolidate?
In bags, in crates, in collection boxes, in interim or regional warehouses?
How and where to capture movement data?
Which data standard is scanned how and where?
Answers consider cost and simplicity
System administration and reverse logistics must be accessible, practical and volume-oriented:
For users
Simple return and deposit handling as learned from the beverage industry
For staff
Simple pre-sorting, data capture and deposit handling
Consolidation
Maximising units per pallet, high volume = low costs.
Continue to the value domains
Collect
Collection takes place through return networks
Return networks must be practical and integrable into daily routines. After return, simple and efficient reverse logistics processes are needed for collection points to keep operational effort as low as possible.
The decisive cost driver in the COLLECT value domain is empties consolidation. The goal is full pallets & fully loaded trucks.
From a cost perspective, standardisation is preferred and deviations should be minimised. While some materials require high protection (e.g. glass), necessitating the use of crates, other materials such as plastic can be collected mixed in larger containers to keep on-site processes simple.
Clear definition of return points is crucial
To define system requirements for collection processes and data capture, several questions in the COLLECT value domain must be answered (e.g. for plastic-based food packaging):
What type of container?
Only cups or also bowls, pre-packed items or even integration of multiple systems?
Where to return?
At the deposit machine, at the till, in public spaces or even at the doorstep for delivery services?
How and where to consolidate?
In bags, in crates, in collection boxes, in interim or regional warehouses?
How and where to capture movement data?
Which data standard is scanned how and where?
Answers consider cost and simplicity
System administration and reverse logistics must be accessible, practical and volume-oriented:
For users
Simple return and deposit handling as learned from the beverage industry
For staff
Simple pre-sorting, data capture and deposit handling
Consolidation
Maximising units per pallet, high volume = low costs.
