Waste collection route and job management system
Dispatcher plans waste collection based on customers, containers, transport and unloading locations. Driver records the taken pickups and reasons why the task failed.
The customer's order, missed assembly or container signal is not checked against already planned tasks. It is unclear if the new message complements the existing work or requires another pick-up. Transportation may occur repeatedly and another need to stay without an executor. The customer does not know when the container will be serviced and applies again.
How the solution works
- The contractual schedule, the customer's order and the selected signal are matched to one service need.
- The assignment evaluates the equipment, type of waste, capacity, time and place of reception.
- The driver accepts the current sequence and provides real service or an obstacle to it.
- Landing and weighing are linked to the voyage while maintaining limits on individual quantity measurement.
- An unexecuted work receives an executable continuation, and a confirmed fact is passed on to accounting.
Key challenges
- Collection requests do not become accepted work orders
- Works of drivers, yards and contractors are coordinated separately
- Collection routes do not respond well enough to actual filling and bookings
Solution capabilities
Agreed service need
Scheduled schedule and additional order are matched to a task already accepted; the fill signal is only used for the correct model.
Transport-suitable sequence
Checking container lifting compatibility, waste flow, capacity and real working and unloading time.
Container accounting at the facility
Record which container is built, picked up or left on a specific customer facility. According to these records, the team checks for further service and settlement.
The fact of performance and obstacle
The service is confirmed by a suitable proof; the passage of transport alone does not prove the emptying of the container.
Unloading and weighing connection
The total weight of the voyage is not confused with the individually unmeasured amount of the customer.
Continuation of undrawn pickup
The cause and alternative are passed on to the client and executor, verifying the impact on other liabilities.
Business context
- Collection requests do not become accepted work orders
- The customer's order, missed assembly or container signal is not checked against already planned tasks. It is unclear if the new message complements the existing work or requires another pick-up. Transportation may occur repeatedly and another need to stay without an executor. The customer does not know when the container will be serviced and applies again.
- Works of drivers, yards and contractors are coordinated separately
- When planning assembly, transport, container and reception area are individually checked. The allotted time is not always compatible with the driver's route and unloading option. Transport waits or returns without completing the task. Driving costs increase, and the service promised to the customer has to be transferred to another time.
- Collection routes do not respond well enough to actual filling and bookings
- The collection sequence does not account for the real service need, service schedule, transport capacity and unloading conditions. The saved route distance may be offset by missed service, additional unloading or overcrowding.
- Reliability of the assembly is important for the continuity of the contract
- An unplugged container takes the customer's place and may interfere with his or her work. The apparent reason for the unloaded pickup allows for a faster offer of matched service time. Orderly execution and clear information help to keep the customer in check, and allow the planner to reasonably assess the possibility of servicing additional objects.
Core features
- Agreed service need
- Transport-suitable sequence
- Container accounting at the facility
- The fact of performance and obstacle
- Unloading and weighing connection
- Continuation of undrawn pickup
Key integrations
- Customer contracts and orders
- Chart, service boundaries and accepted additional need.
- Driver and Transport Data
- Relevant appointment, fact of service and availability.
- Reception area and scales
- Proper unloading window and actual trip quantity.
- Consignment accounting
- Service-related documents and accepted fact.
Potential impact (%)
The ranges indicate an illustrative relative change in the metric under the stated assumptions. Results depend on the starting position and actual use of the solution. Percentages for different metrics must not be added together.
Avoidable re-service
12–42%Decreasing
This illustrative scenario assumes that 30-60% of errors can be addressed through the data and rule checks described. That share is assumed to fall by 40-70%. Company data is needed to verify both the addressable share and the resulting change.
Re-service caused by pre-existing planning gaps is calculated, separating the agreed upon additional visit.
Total collection sequence cost
3–14%Decreasing
This illustrative scenario assumes that 15-35% of cost variance can be explained and addressed using the measures described. That share is assumed to fall by 20-40%. Company data is needed to verify both the addressable share and the resulting change.
The cost of work, mileage and waiting for similar agreed-upon service is compared, while also checking execution.
Part of negative feedback on waste collection problem solving
4–15%Decreasing
Indicative assumption: 15-30% of negative reviews are related to unexplained non-exhaustive waste collection. The solution could reduce this proportion by 25-50%. This is a scenario of potential; the assumptions need to be verified by feedback collected by the company.
When a company starts collecting feedback, negative feedback on the solution of waste collection problems is calculated from all assessments received on this topic. The same method of assessment is applied before and after installation and similar customer groups are compared. Without initial data, the actual change is not determined.
Conditional calculation scenarios. The assumptions have not been validated against client measurements.
When this solution is relevant
- Route plans underestimate the time of unloading and the conditions of access to containers.
- It is difficult for the dispatcher to distinguish between the containers actually collected and the failed service attempts.
Implementation requirements
For assembly planning, customer service agreements, transport capacity and reception space working conditions are prepared. Dispatchers align how failed pickups, additional landings, and schedule changes are handled. Sensor data is used to verify that they are reliable enough for a specific planning solution.
Further development options
- Replanning of additional zones by verified service times
- Filling data for selected containers where they can reasonably modify the service