Waste management is becoming a complex challenge for cities worldwide, with urbanization leading to an increase in waste production. In Amsterdam, waste management practices are evolving from reactive and predictive systems to more generative solutions. Greengrid, a platform integrating Generative AI with digital twin technology offers a smarter, more sustainable way to manage waste in the city.
Amsterdam’s current waste management system mostly relies on sensors, while this improves efficiency, it still falls short of anticipating future challenges. Greengrid fills this gap by enabling the platform to generate new, tailored strategies for waste management. This approach is proactive, using data to generate scenario-based plans that can help the city prepare for seasonal events, policy changes or increased recycling initiatives.
The main capability of Greengrid is the scenario-based planning. The urban digital twin is a replica of Amsterdam, integrating geospatial data, waste patterns and operational inputs. Greengrid generates simulations to test different waste management strategies. The simulations help to visualize how different variables, such as weather or events, affect waste management. The system can, for example, suggest temporary bin placements based on the output. The platform can also simulate the effect of new policies, such as a ban on single-use plastic. These simulations allow the city to make informed decisions, which will have long-term environmental effects.
The market for smart waste management solutions is growing rapidly. Progressive cities, such as Amsterdam are committed to become climate-neutral, which represents an ideal starting point for GreenGrid. The global smart waste management sector is expected to grow from 3.17 billion to 14 billion by 2035 (Future Market Insights, 2025), where Greengrid can address the urgent need for these innovative waste management systems. Additionally, Amsterdam as an early adopter, makes it a leading market for this kind of technology. Cities with similar sustainability goals across Europe are more likely to follow once the system’s effectiveness has been demonstrated.
Greengrid creates a significant strategic impact by offering planning agility, operational efficiency and cost savings, and sustainable outcomes. Planners can quickly generate a range of solutions and test them before implementation, which reduces trial-and-error costs. Greengrid also supports improved decision-making, through the representation of AI-generated proposals.
Greengrid is an innovative solution that offers Amsterdam the ability to manage its waste proactively, meeting its sustainability goals. The platform supports cities in transforming their waste management into efficient solutions for more sustainable environments.
	
	
	