Skip to content
English
Contact Support
  • There are no suggestions because the search field is empty.

Wie funktionieren Drill-Downs? (en)

How Drill-Downs Work

The drill-down function in the displayed dashboard allows users to dive deeper into data for targeted analysis of causes, trends, and anomalies.

Functionality: When you click on a specific data point – for example, within the Recycling & Recovery Rate Over Time chart – a context menu appears (see screenshot). Here, you can select the level at which the detailed analysis should be performed.

Available Drill-Down Levels:

  • Analyze by Material: Shows how recycling and recovery rates develop for individual materials (e.g., paper, plastic).

  • Analyze by Location: Displays differences in waste recovery depending on the operational or disposal site.

  • Analyze by Recycler: Shows how different disposal companies or recyclers contribute to the overall result.

Benefits: The drill-down enables faster identification of deviating values, e.g., why the recycling rate decreased in a particular month or where significant CO₂ savings were achieved. This allows for targeted root cause analysis and optimization of waste management. Internal comparisons and precise action planning can also be implemented more effectively.

Drill-Down by Topic

Drill-Down (Sustainability)

Get a comprehensive overview of the generation, costs, and environmental impact of various waste types within your organization. The following key metrics are included:

  • Waste Volume (t): Indicates how much of each material type was generated as waste at each location or disposed of per recycler.

  • Waste Costs (€): Shows disposal costs per material, location, or recycler.

  • Recycled Waste (t) & Recycling Rate (%): How much waste was recycled and its percentage share.

  • Recycling Change (MoM): Compares the recycling rate with the previous month.

  • Cost/Ton Recycling (€): Shows the average recycling costs per ton per material, location, and recycler.

  • CO₂ Emissions (t): Amount of emissions generated during the disposal of waste/material.

  • CO₂ Savings (t): Amount of emissions that could actually be saved during waste/material disposal compared to other disposal methods (e.g., recycling vs. incineration).

  • Total CO₂ Savings Potential (t): Combination of the savings potential from recycling if thermal recovery, landfilling, and incineration had been avoided.

Drill-Down (Costs)

  • Waste Volume (t): Total volume of waste generated per material in tons.

  • Recycled Waste (t): Proportion of waste that was recycled.

  • Non-Recycled Waste (t): Proportion that was not recycled and thus recovered or disposed of through other means (e.g., thermal recovery).

  • Recycling Costs (€): Total costs for recycling the respective waste volume.

  • Cost/Ton Recycling (€): Average recycling costs per ton.

  • Non-Recycling Costs (€): Disposal costs for non-recycled waste.

  • Cost/Ton Non-Recycling (€): Average costs per ton for non-recovery (e.g., thermal recovery, incineration, etc.).

  • Total CO₂ Savings Potential (t): Potential CO₂ reduction through recycling compared to other disposal methods.

  • Potential Recycling Costs (€): Theoretical costs if the non-recycled portion were also fully recycled (at the same per-ton cost as before). This is calculated by multiplying the non-recycled quantities by the recycling costs per ton.

  • Delta Recycling Costs (€): The potential difference between the actual disposal costs for non-recycled waste and the potential costs if everything had been recycled. If the sum is negative, there is a cost savings potential here.