Training manual and infographics
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Associated with workshop reported in D8.4, one infographic and a digital guidebook will be produced that will showcase business cases for contractors to use EASI-ZERo products, and to integrate deep renovation more broadly (task 8.4). Training for professionals and graduated students will be reported, as shared activities with other projects carried on in task 8.5 (Open Innovation, Projects clusters).
Final list of product requirements
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The final list of product requirements will be organized in two main groups: simple thermal insulation products that may be used in combination to achieve requirements and complex products that also to contribute to the achievement of other requirements (fire resistant, lightweight, payback time, cost...). Sets of product requirements will be validated in a specialized workshop providing final feedback to confirm the delivered list (task 2.4).
Product design baseline report
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Based on the product requirement inputs database and national regulations this product requirements baseline will be obtained. Certain product characteristics will also have to fulfil requirements related to whole building performance. This deliverable will support the Product Requirements Tool to assess products performance at building level (task 2.3). It will incorporate description of relevant reference buildings or building stock segments to analyse how specific insulation products will perform.
Use case buildings baseline, BIM modelling and monitoring plan
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In the design and pre-construction stages, BIM simulation method will be reported to assess and improve the performances of buildings. According to building global situation and use, the best green building designs will be described as results of task 6.1. A monitoring plan for each use case will be disclosed, with definition of KPIs, scope and boundaries of metering system, precision and reliability, responsibilities of data gathering, timing.
Buildability report
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This deliverable discloses the buildability and disassembly of various wall constructions (wood frame, masonry, concrete). The installation procedures with regard to time and complexity of operations will be analysed, with regards to high insulation performance, air and water tightness, durability. This results from task 5.4 experimental work.
Catalogue of energy and resource-efficient products for renovation and construction
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This deliverable reviews all products and application processes developped in task 4.2. This cover performance of spayable PUR, wood-based insulation panels attached to walls, insulating filled bricks, dry and wet procedure for insulation render application and field efficiency of VOC removal paints (task 4.2). This report also covers the bio-PUR window frames evaluation of performance (4.3) and the integration of PV specific components on roof and façades (4.4).
Guideline for test design & experimental technique
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Test design and experimental techniques for these kinds of products, including description will be described in this report. This cover results from the simulations run in task 5.2, linked with virtual tools usually used in the construction sector (for industry and customers) with complete scenarios (meteo, energy grid...).
Circular strategies for new construction materials
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An eco-design approach will be delivered from task 7.1, developing more circular material/products, and providing strategies and solutions to enhance building circularity and sustainability within a life cycle approach.
Recordings & minutes of 4 stakeholder workshops
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The report will provide the minutes of four online workshops with stakeholders to inform about the project’s outcomes, organised in task 8.4. This gives the opportunities to learn from market intelligence and to discuss barriers and solutions, potential business opportunities. The report will hopefully provide ideas on sales pitches towards different target customers.
Use case buildings energy modelling & simulation
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This deliverable will show two parts (task 6.3) :- modelling of buildings based on existing BIM data with calibration on real performance; the energy consumption model will define a baseline performance for operational energy consumption and GHG emissions.- the simulation of a complete refurbishment will be described using materials and components from the project.
