This deliverable focused on the developing methods for fast 3D geometric and RGB data acquisition using Indoor Mobile Mapping Systems (iMMS).

This deliverable describes the data collection procedures using the VTT active hyperspectral sensor (AHS) and the laboratory reference hyperspectral camera (Specim).

This deliverable reports on the development, validation and integration of a novel analytical and computational framework for identifying construction and demolition materials and includes the X-ray Fluorescence (XRF) methodological framework, its limitations and AI model specifications, as well as a material library.

This deliverable focuses on the application of Muon Flux Technology (MFT) for detailed assessment of structures, providing 3D information for Building Information Modeling (BIM) that other technologies cannot.

This deliverable provides a methodological framework for applying Ground Penetrating Radar (GPR) and Eddy Current Technology (ECT) for identifying construction materials from end-of-life buildings that can be reused to new constructions or for renovation purposes.

This deliverable reports on the development, validation, and integration of a fibre optic sensor (FOS)-based framework for structural health monitoring (SHM) of reusable steel elements. The work combines high-resolution strain and vibration sensing, finite element model FEM inverse calibration algorithms, and AI-based damage identification.

This report presents the urban mining concept used within the SUM4Re project and summarizes the core findings from the application of this workflow at three distinct pilot sites in Svalbard (Nordic pilot), The Hague (Dutch pilot), and Spain. A digitized and standardized urban mining process is a crucial prerequisite for unlocking the ecological and economic potential of the existing building stock and advancing the transition to a circular construction economy.

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This report focuses on current challenges and barriers in sustainable material supply and construction and demolition waste (CDW) upcycling. In this regard, this report also takes into consideration relevant topics such as circular business models (CBMs).

This report presents the findings of a comprehensive market analysis conducted to assess the potential adoption and the level of acceptance of the technologies deployed within SUM4Re at the demonstration sites among key stakeholders from the construction industry.

The aim of this report is to contribute to the Horizon Europe (HE) mission of fostering sustainable resource management by assessing both policy frameworks and public perceptions surrounding Construction and Demolition Waste (CDW) and recovery and reuse of secondary materials.

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Deliverable D10.1 reports on the definition, preparation and initial validation of the SUM4Re pilot demonstration strategy. It establishes the methodological framework, site selection, instrumentation plans and evaluation protocols that will guide the implementation of pilot activities across SUM4Re.

This deliverable presents an assessment of the baseline conditions at the pilot site Binckhorst in the City of The Hague, The Netherlands. The focus of this deliverable lies on mapping of the current situation of the pilot case to prepare the data acquisition campaign using the selected SUM4Re techniques and technologies, i.e. building inspection for circular assessment using CIRDAX, iMMS scan, AHS scan, and MFT scan.

This deliverable report on the establishment of a baseline assessment for the Svalbard pilot site in Longyearbyen. The objective has been to develop a strategic plan for pilot implementation and testing, supported by the identification, analysis, and digitalization of the pilot building.

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The purpose of this report is to present the SUM4Re plan for Dissemination, Exploitation, and Communication (DEC), which identifies, organises, and defines the management and promotion of the SUM4Re project objectives and outcomes.

This deliverable provides a summary of the key activities carried out within the SUM4Re project over the past year of work. It covers the project’s dissemination and communication efforts, including social media management, newsletters, and other outreach initiatives.

This document presents an overview of the key elements developed by R2M Solution for the website and social media platforms dedicated to the SUM4Re project. The project’s online platforms are designed to effectively communicate its objectives, engage with stakeholders, and promote its activities and achievements.

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The Data Management Plan (DMP) outlines procedures for the effective collection, storage, and management of research data, ensuring that all data generated aligns with the FAIR principles. This plan details the methods for making data findable, accessible, interoperable, and reusable, supporting transparency and open access in research.

This Progress Report presents an overview of the activities, progress and achievements of the SUM4Re project during the first reporting period (M01–M18). The information included in this report forms the basis for the evaluation of project outcomes.

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