Sector 02 - GIS Application

Every bin and route on one map.

GIS for Waste Management

Collection points, service boundaries, transfer stations, and trucks all sit somewhere. We put them into one GIS so you can see what is covered, what is not, and where routes are wasting fuel.

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Nationwide

Sri Lanka Coverage

High-Res

Satellite & Vector

Custom

Spatial Models

Smart waste management GIS layers, collection truck, and satellite tracking

Municipal GIS and route dataSala GIS Platform

Spatial Intelligence

How GIS Transforms Waste Management

Bins, roads, housing clusters, collection sectors, trucks, transfer stations, and landfill sites all have a location.

GIS ties them together into a single view of waste operations, whether you run a municipal council or a private concession.

Mapped and analysed, the data shows where waste is generated, which areas get served, how sectors are drawn, and how trucks actually move through the road network.

Add GPS tracking and you can watch collections happen in real time, and see where routes overlap.

Coverage you can check

Where the bins are and which area each truck serves. Gaps show up immediately.

Routes built for real roads

Route planning around road width, turning restrictions, one-way streets, and bin density.

Siting with buffers

Suitability analysis for new transfer stations and landfills, with residential and environmental buffers built in.

Core Capabilities

WhereGISMakesanImpactinWasteManagement

Targeted geospatial modules engineered to solve distinct operational challenges.

Waste collection-point mapping

Communal bins, commercial waste points, and specialised receptacles, geocoded.

Bin and facility inventory

Capacity, type, installation date, and maintenance status held against each bin.

Waste service-area delineation

Reachability polygons and travel-time catchments, so workload is balanced between crews.

Waste distribution and generation analysis

Correlate population density and commercial activity with expected tonnage.

Hotspot and pattern analysis

Find chronic illegal dumping sites and overloaded collection centres.

Facility suitability and siting

Assess topography, geology, water table, and proximity constraints before a site is chosen.

Collection route and network modelling

Shortest-path and minimal-turn sequences for compactor trucks, to cut fuel use.

Accessibility and proximity analysis

Walking distance from homes to the nearest disposal point.

GIS-based site selection support

Multi-criteria spatial decision support for local authorities and environmental consultants.

Spatial database development

Municipal-grade geodatabases that work with asset management and billing systems.

Interactive waste-management web maps

Browser portals where field coordinators see collection zones and route progress.

Dashboards and operational analytics

Coverage percentage, bin pick-up times, and fleet utilisation in one view.

COVERAGE

Waste collection and service area mapping

Collection depends on geography. GIS maps the collection points and draws the territory each contractor or municipal division actually serves. Service-area analysis then shows what is covered, which pockets are missed, how many people each vehicle serves, and how far residents walk to the nearest bin.

Service-area boundaries drawn from travel time
Identification of unserved and underserved zones
Distribution of communal bins and sorting centres
Walking distance from households to collection points

GIS route analysis and waste collection point distribution map

Analysis Layer: Road network routing and bin mapping used to cut fuel costs and close coverage gaps.

WHERE FACILITIES GO

Facility mapping and siting

Treatment plants, transfer stations, and disposal sites are hard to relocate once built. Planners can test proposed sites against residential buffers, primary road access, land-use restrictions, aquifer depth, and protected areas before committing.