Waste4Think · Project

Smart Waste Management Tools That Cut Costs and Boost Recycling Rates for Cities

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Imagine your city's trash system could actually tell you what's in each bin, how full it is, and the best route for collection trucks — all in real time. That's what Waste4Think built: a toolkit of 20 different solutions, from smart sensors on bins to apps that nudge citizens to recycle better. They tested everything in four very different European cities — an industrial town in Spain, a suburb in Greece, a residential town in Italy, and a tourist hotspot in Portugal — so the tools work in all kinds of real-world conditions.

By the numbers

20%

Targeted increase in waste sorting

10%

Targeted saving of management costs

10%

Targeted reduction of GHG emissions

€9M

EC contribution

Pilot cities across Europe

Eco-innovative solutions developed

Consortium partners

The business problem

What needed solving

Cities across Europe spend heavily on waste collection yet recycling rates remain stubbornly low, with most municipalities lacking real-time visibility into what's in their bins, how full containers are, or where collection routes waste fuel and time. Meanwhile, EU regulations keep tightening targets for waste diversion and emissions reduction, putting pressure on operators who still rely on fixed schedules and manual processes.

The solution

What was built

The project built and deployed 20 eco-innovative solutions including IoT sensor prototypes (scales, volumetric sensors, artificial vision systems, traffic congestion sensors, treatment plant monitors, identification systems), IT planning tools for daily operations and long-term strategy, citizen engagement apps, educational serious games, and economic incentive mechanisms. All were tested across 4 European pilot cities with different waste management setups.

Audience

Who needs this

Municipal waste management departments looking to cut collection costsPrivate waste operators bidding for smart city contractsIoT hardware companies seeking proven waste-sector sensor designsTourism destination managers dealing with seasonal waste spikesEU municipalities needing to meet tighter recycling and emissions targets

Business applications

Who can put this to work

Municipal waste management

enterprise

Target: City waste management departments or contracted waste operators

If you are a municipal waste operator dealing with rising collection costs and low recycling rates — this project developed IoT sensors (fill-level, volumetric, identification systems) and IT planning tools tested across 4 European cities that achieved a 20% increase in waste sorting and 10% reduction in management costs. The sensor prototypes cover the entire waste chain from container monitoring to treatment plant oversight.

Smart city technology

SME

Target: IoT solution providers for urban infrastructure

If you are a smart city technology company looking for proven waste monitoring hardware — this project built and deployed prototypes including scales, volumetric sensors, artificial vision systems, and traffic congestion sensors across 4 pilot sites in Spain, Greece, Italy, and Portugal. The 24-partner consortium validated these across very different urban contexts, from industrial zones to tourist coastal towns.

Tourism and hospitality

any

Target: Coastal municipalities or tourism destination managers

If you are managing waste in a high-tourism area with seasonal spikes — this project specifically tested its solutions in Cascais, Portugal, an extensive coastal tourist town with advanced collection systems. The tools include citizen engagement apps and economic instruments that drove a 20% improvement in waste sorting even in transient populations.

Frequently asked

Quick answers

What would it cost to implement these waste management solutions?

The project does not publish per-unit pricing for its tools. The overall EC contribution was €9M across 4 pilot cities and 20 solutions, giving a rough benchmark of scale. Contact the consortium for specific licensing or deployment costs.

Can these solutions scale to a large city or region?

The solutions were tested in 4 very different European settings — from a small industrial town (Zamudio, Spain) to a large suburban city (Halandri, Greece) and a tourist coastal town (Cascais, Portugal). This range of pilot environments suggests the tools can adapt to different scales and urban contexts.

Who owns the intellectual property and how can I license it?

The consortium of 24 partners from 6 countries jointly developed the solutions. IP is likely shared among partners including 6 SMEs and 11 industry players. Licensing arrangements would need to be discussed directly with the coordinator, Fundacion Deusto in Spain.

What measurable results were achieved?

The project targeted a 20% increase in waste sorting, 10% saving of management costs, and 10% reduction of greenhouse gas emissions across the 4 pilot sites. These were the expected impacts stated in the project objectives.

How long does implementation take?

The full project ran 36 months across 4 cities. Based on available project data, individual solution deployment timelines are not specified, but the modular nature of the 20 tools suggests phased implementation is possible rather than all-at-once rollout.

Does this comply with EU waste regulations?

The project was designed around circular economy principles aligned with EU waste directives. It specifically addresses waste sorting, GHG reduction, and resource valorization — all priorities under current EU waste legislation and the European Green Deal.

Can these tools integrate with our existing waste management systems?

The project developed both IT tools for daily operations and long-term planning, plus IoT sensors across the waste value chain. The 4 pilot cities each had different existing systems (kerbside, door-to-door, advanced collection), so the tools were designed to layer onto varied infrastructure.

Consortium

Who built it

The 24-partner consortium from 6 countries (Germany, Denmark, Greece, Spain, Italy, Portugal) is heavily tilted toward execution: 11 industry partners and 6 SMEs make up 46% industry ratio, which is strong for a waste management project. Only 3 universities and 1 research center are involved — the rest is municipalities, operators, and technology companies. This composition signals that the solutions were built for real-world deployment, not academic papers. The coordinator is Fundacion Deusto in Spain, a university foundation with strong ties to the Basque industrial ecosystem. Having 4 public agencies in the mix means the tools were tested with actual regulatory and operational constraints.

FUNDACION DEUSTO-DEUSTU FUNDAZIOACoordinator · ES
EMAC EMPRESA MUNICIPAL DE AMBIENTEDE CASCAIS EM SAparticipant · PT
MOBA MOBILE AUTOMATION AGparticipant · DE
LEGAMBIENTE LOMBARDIA ONLUSparticipant · IT
ZABALA INNOVATION CONSULTING SAparticipant · ES
VIRTUALWARE 2007 SAparticipant · ES
ETHNICON METSOVION POLYTECHNIONparticipant · EL
SERIOUS GAMES INTERACTIVE APSparticipant · DK
DIMOS CHALANDRIOUparticipant · EL
SOFTLINE SRLparticipant · IT
AYUNTAMIENTO DE ZAMUDIOparticipant · ES
ENGINEERING - INGEGNERIA INFORMATICA SPAparticipant · IT
UNIVERSIDAD DE LA IGLESIA DE DEUSTO ENTIDAD RELIGIOSAthirdparty · ES
FUNDACION VIRTUALWARE LABSthirdparty · ES
ASOCIACION CLUSTER DE INDUSTRIAS DEMEDIO AMBIENTE DE EUSKADIparticipant · ES
PANEPISTIMIO PATRONparticipant · EL
AGENCIA DE ECOLOGIA URBANA DE BARCELONAparticipant · ES

How to reach the team

Fundacion Deusto (Spain) — university foundation coordinating 24 partners. Use SciTransfer for a warm introduction.

Order a report on this consortium See FUNDACION DEUSTO-DEUSTU FUNDAZIOA profile →

Next steps

Talk to the team behind this work.

Want to explore how Waste4Think's smart waste tools could work for your city or company? SciTransfer can connect you directly with the right consortium partner for your specific need.

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