Geographic Information System (GIS) at Fibre Circle

Geographic information systems (GIS) form an integral part of the work done at fibre circle. Dealing with any kind of waste or recyclyng initiatives involves the analysis of locations, logistics, people, as well as the natural environment. GIS technology has the capabilities to integrate all these aspects into a single system, allowing us to make better and informed decisions for the benefit of our environment, and for the wellbeing of all South Africans. Within the organisation, we are compiling and analysing data around landfill sites, recycling centres, waste transfer stations, buy back centres, the overall generation and logistics of paper and paper packaging waste in the country, as well as analyzing factors such as land use/zoning, population distributions, and environmental impacts. Knowing the location and capacity of waste management infrastructure helps the PRO in understanding the geographic distribution of waste disposal sites and the amount of waste that they can accommodate.

All

Infrastructure

Routes

Trends

Engagement

What GIS helps Fibre Circle do

Tap any card to “flip” it — quick facts + practical actions for implementing the idea.

Mapping Waste & Recycling Infrastructure

We map recycling facilities, buy-back centers, landfill sites, and drop-off points/stations to reveal coverage and identify gaps.

Gap analysisCoverageFacilities

Optimising Collection Routes

Use GIS to reduce fuel consumption, operational costs, and carbon emissions with data-driven routing.

LogisticsCost savingEmissions

Tracking & Analysing Trends

Spot waste generation patterns over time to plan future capacity and allocate resources effectively.

ForecastingCapacityData

Public Engagement & Awareness

Interactive location tools help residents and businesses find the closest drop-off, buy-back, or recycling point.

EducationAccessParticipation

Enhancing Collections and Recycling

Geographic Information Systems (GIS) enhances collections and recycling initiatives for paper and paper packaging by providing detailed, data-driven insights for decision-making and operational efficiency. GIS is assisting us in improving these initiatives by;

Mapping Waste and Recycling Infrastructure

We are using GIS to map the locations of recycling facilities, buy-back centers, landfill sites, and drop-off points/stations. This information is made accessible to the public and various stakeholders through our online platforms, making it easier for residents and businesses to find the closest recycling, drop-off stations, or buy-back centers. Mapping these facilities also helps us to identify gaps in infrastructure, such as underserved neighborhoods or areas where there may be a need for new facilities.

Targeting High-Volume Areas for Recycling Programs

Fibre Circle is identifying areas with high volumes of paper waste. This is done by analyzing residential, commercial, and industrial sectors, understanding the patterns of paper packaging waste generation, and targeting outreach or collection efforts more effectively.

Optimizing Collection Routes

By mapping waste generation hotspots, we are able to optimize collection routes, thereby reducing fuel consumption, operational costs, and carbon emissions. We take into consideration factors such as traffic conditions, areas of high volumes, as well as their proximity to buy back centres, recyclying centres, or landfill sites.

Tracking and Analyzing Paper Waste Generation Trends

By collecting and analyzing data over time, GIS can reveal trends in paper waste generation, helping us to predict future recycling needs. This data can be used to forecast demand for recycling services, plan for future collection capacity, and allocate resources more effectively.

Public Engagement, Education, and Awareness

Fibre Circle is currently engaged in developing GIS-powered interactive maps that can be used to engage the public by showing areas of high recycling participation and those in need of improvement. The online applications are also being used to disseminate location data relating to all waste management facilities in South Africa, including buy-back centres, recycling centres, drop-off stations, Material Recovery Facilities (MRF's), and landfill sites, to make it easier for residents and businesses to find the closest facilities. Outreach campaigns are also being tailored to specific neighborhoods/areas that might have low recycling rates.

Site Selection, Identification & Analysis

Using GIS as a site selection tool for finding optimal locations to establish new buy-back centers, Material Recovery Facilities (MRFs), and recycling centers may significantly enhance the efficiency and effectiveness of waste management systems. We use GIS to identify the best locations based on a variety of factors, ensuring that these facilities are well-placed to serve the community and optimize recycling efforts. Here are some of the major factors that we consider in our site selection process;

Proximity to Waste Generation Sources Step 1

Analyzing data on population density, commercial activity, and industrial zones to identify areas with high waste generation rates. This includes mapping residential areas, businesses, and industrial sectors that produce significant amounts of recyclable materials, including paper and paper packaging. Sites for new recycling facilities can then be selected based on proximity to these high-waste areas to minimize transportation costs and reduce the carbon footprint associated with long-distance hauling.

Transportation Infrastructure Step 2

The location of transportation networks, including major roads, highways, railways, and ports, is a critical factor in site selection. Using GIS, we are eploring existing transportation infrastructure to determine areas with easy access for waste collection trucks, delivery vehicles, and customers who might drop off recyclable materials. Well-connected sites with access to major roads will reduce transportation costs and improve operational efficiency.

Land Availability and Zoning Step 3

Analyzing land use data to determine which areas are suitable for the establishment of buyback or recycling centers based on current zoning laws. Zoning data can help identify industrial or commercial zones that are typically more suitable for recycling operations due to less restrictive land use regulations. With GIS, we can also highlight available land parcels that could be repurposed or developed into recycling or buyback centers. If a proposed site meets most of our criteria but the zoning does not accommodate waste infrustracture, then a Rezoing application will be submitted to the relevant authorities, ensuring that the proposal aligns relavant legislation and town planning requirements.

Proximity to Existing Recycling Infrastructure Step 4

By mapping the locations of existing buy-back centers, MRFs, and recycling facilities, we can identify gaps or areas with insufficient recycling infrastructure. New facilities can be strategically placed in underserved regions or in areas where existing infrastructure is reaching capacity.

Demographics and Community Support Step 5

Understanding the demographics of the surrounding community is crucial when selecting sites for buy-back centers and recycling facilities. Fibre Circle is analyzing factors such as income levels, education levels, and community engagement with recycling programs. This information is essential for determining the level of public support and participation in recycling programs at different locations.

Access to Utilities and Services Step 6

Recycling centers, especially MRFs, require access to utilities such as water, electricity, and waste disposal services. By using GIS, we can identify sites with reliable access to these essential services. GIS can also analyze proximity to waste management infrastructure, such as landfills or incinerators, which might be needed for residual waste after recycling.

Traffic Patterns and Public Transportation Step 7

Analyzing traffic patterns is crucial for selecting sites that are easily accessible by vehicles without causing congestion. We map and analyze traffic data to identify areas where a new facility would not lead to traffic delays or environmental pollution due to increased vehicle emissions. For public accessibility, GIS is used to evaluate public transportation options to ensure that the new facility is reachable by people who may not have private vehicles.

Stakeholder Engagement and Collaboration Step 8

GIS facilitates collaboration between different stakeholders involved in the recycling process, such as local governments, waste management companies, businesses, and the public. By sharing GIS data, maps, and web-based applications, we can work together to identify optimal locations for new facilities, ensuring that all relevant factors are considered, and well coordinated on implementation.

Atlas Board: GIS at a glance

This dashboard-style view gives you a map feel without a live map. Click a “pin” to explore how GIS supports waste & recycling decisions — from infrastructure gaps to smarter routing and site selection.

Facilities

Collections

Site selection

Public access

Gauteng

KwaZulu-Natal

Western Cape

Free State

Click a pin to see a GIS use‑case highlight.