Route Optimisation - Efficient waste collection route planning

man's photo-printed paper

12%

Decrease in average route distance

18%

Decrease in estimated CO₂ emissions

3+

Infrastructure scenarios evaluated

Client
A leading European waste management provider focused on sustainability, innovation, and efficient public service delivery.
Industry
Waste Management
Company Size
1000 - 5000
Location
Feldkirchen, Austria
Project Duration
4 months (Jan 2024 - May 2024)
Framework
  • ArcGIS
  • ArcPy
  • Optimisation
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Designed and implemented an optimisation system for municipal waste collection routes, reducing operational costs and improving service reliability. The model accounts for geospatial constraints, traffic patterns, and bin pickup schedules to generate efficient daily routing plans.

I worked with a regional waste management provider in Carinthia, Austria to optimise their organic waste collection routes. The initial phase focused on mapping and analysing existing collection and disposal routes using ArcGIS, with a particular emphasis on the final legs leading to the region’s three composting facilities.

I developed a route optimisation tool to evaluate and visualise multiple infrastructure scenarios. The first scenario introduced a fourth composting plant in a central location, while the second assumed the closure of all existing sites in favour of a single, large scale central facility. Each model was designed to test the impact of these changes on travel distances, fuel usage, and route efficiency.

By simulating daily operations under each scenario, I was able to quantify the potential for CO₂ emissions reduction and recommend optimal disposal paths. These insights directly informed strategic planning decisions, balancing environmental sustainability with operational efficiency.