Leonardo Rosado
Leonardo Rosado is an Associate professor in the Division of Water Environment Technology, research theme Urban Metabolism, at Chalmers.
Leonardo Rosado focuses on the Urban Metabolism field, using a holistic approach to develop methods to study all resource flows of cities. Leonardo has developed a groundbreaking method to account for materials in urban areas – the Urban Metabolism Analyst. The main goal is to study cities to provide valuable information to stakeholders on different levels: waste management, urban planning, industry and households.
Showing 42 publications
Circularity Criteria and Indicators at the Construction Material Level
Circularity Tools and Frameworks for New Buildings
Understanding Residential Waste Sorting Behavior with Situational Factors: A Data-Driven Approach
Buildings as material mines - Towards digitalization of resource cadasters for circular economy
Regional Metabolism: A Material and Product Flow Accounting Model for Trentino, Italy
Exploring Urban Scenarios with an Agent-Based Model to Assess Residential Waste Sorting
Circular Building Strategies: A Categorization Framework
Consequence CO2 footprint analysis of circular economy scenarios in cities
Sharing and consuming in space – what is important to know for the planning of a Sharing City?
Machine learning-based stocks and flows modeling of road infrastructure
Method for identifying industrial symbiosis opportunities
Drivers and barriers to energy-efficient technologies (EETs) in EU residential buildings
Top-down method and databases for typical product demands of 103 manufacturing industries
Methods for Downscaling National Material Consumption Data to the Regional and Municipal Levels
Spatial analysis of urban material stock with clustering algorithms: A Northern European case study
Enabling industrial symbiosis collaborations between SMEs from a regional perspective
Circular economy – From review of theories and practices to development of implementation tools
Climate-Smart Stormwater Management
Region prioritization for the development of carbon capture and utilization technologies
Method to identify opportunities for CCU at regional level - Matching sources and receivers
Uncertainty in Material Flow Analysis Indicators at Different Spatial Levels
Urban Metabolism as Framework for Circular Economy Design for Cities
A living lab co-creation environment exemplifying Factor 10 improvements in a city district
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Showing 9 research projects
Enabling circular economy action plans for small and medium-sized cities
Digital material inventories for sustainable urban mining
RIS metoden - Design av regional industriell symbios: med fokus på minskning av koldioxidutsläpp
dMFA - Analytical tool for supporting factor 10 at urban district level