Direct naar content

You are here:

  1. Home
  2. Algorithms
  3. Optimising waste collection

Please note: The algorithm descriptions in English have been automatically translated. Errors may have been introduced in this process. For the original descriptions, go to the Dutch version of the Algorithm Register.

Optimising waste collection

Municipality of Amsterdam

This algorithm has a low impact. Through weighing data and sensor data, we know how full a waste container is. As a result, we only need to empty the full containers. As a result, Amsterdam residents can always dispose of their waste.

Last change on 25th of April 2024, at 12:31 (CET) | Publication Standard 1.0
Publication category
Other algorithms
Impact assessment
Field not filled in.
Status
Out of use

General information

Theme

Space and Infrastructure

Begin date

Field not filled in.

Contact information

algoritmen@amsterdam.nl

Responsible use

Goal and impact

Optimising the route of the trolley emptying the containers. We plan the route based on almost full containers. We use weighing data and sensor data (fill rate meter) to predict when a container is full. We use the collected data for long-term forecasts. This saves on unnecessary driving and diesel consumption. Unfortunately, the weighing data turned out not to be accurate enough. Furthermore, this way of route planning did not fit in well with the organisation. So we stopped using this method of waste collection.

Considerations

Preventing unnecessary use of people and equipment, reducing diesel consumption. Less CO2 emissions and nuisance increases the liveability of the city. Less waste on the street because containers are emptied on time.

Human intervention

Field not filled in.

Risk management

Field not filled in.

Operations

Data

Field not filled in.

Similar algorithm descriptions

  • Emptying underground waste containers

    Municipality of Groningen

    This algorithm can predict when an underground waste container needs to be emptied. Based on this, the driving route is determined for drivers.

    Last change on 5th of January 2024, at 12:41 (CET) | Publication Standard 1.0
    Publication category
    Other algorithms
    Impact assessment
    Field not filled in.
    Status
    In use

  • Climate adaptation modelling software

    Municipality of Amsterdam

    This algorithm has a low impact. Directorate of Engineering uses software to calculate the impact of heat, rainfall on climate and livability. Algorithms are used in this process.

    Last change on 26th of November 2024, at 15:37 (CET) | Publication Standard 1.0
    Publication category
    Other algorithms
    Impact assessment
    Field not filled in.
    Status
    In use

  • Object detection Waste

    Municipality of Amsterdam

    This algorithm has a low impact. On 4 March 2020, the municipality of Amsterdam demonstrated to a large group of interested people at its data lab how it can currently record when placements are made via moving cameras.

    Last change on 26th of November 2024, at 15:30 (CET) | Publication Standard 1.0
    Publication category
    Impactful algorithms
    Impact assessment
    Field not filled in.
    Status
    Out of use

  • Research predict lead pipes

    Municipality of Amsterdam

    This algorithm has a low impact.This is a research project to investigate whether it is possible to predict lead pipes in a home. Lead in drinking water is harmful to health, especially for children and pregnant women.

    Last change on 21st of November 2024, at 9:12 (CET) | Publication Standard 1.0
    Publication category
    Other algorithms
    Impact assessment
    Field not filled in.
    Status
    In use

  • Groundwater modelling software

    Municipality of Amsterdam

    This algorithm has low impact. Directorate of Engineering uses software to image groundwater dynamics.

    Last change on 26th of November 2024, at 15:28 (CET) | Publication Standard 1.0
    Publication category
    Other algorithms
    Impact assessment
    Field not filled in.
    Status
    In use