Conservation of heritage and resources in the built environment
The conservation of our built heritage and natural resources will go hand in hand in the near future. In this thematic track aspects raging from climate resilient design solutions to integration of renewables solutions will be discussed. Additionally, some of the results of the research project Interreg Alpine Space ATLAs will presented.
Renewable energy integration in historic buildings, areas, and landscapes
Wednesday, 14 April 11:00 – 12:40
- 348 – Peluchetti, Alessia
Criteria for building types selection in preserved areas to pre-assess the BIPV solar potential – The case study of Como land area - 360 – Polo López, Cristina S.
Swiss case studies examples of solar energy compatible BIPV solutions to energy efficiency revamp of historic heritage buildings - 417 – Durante, Antonello
Building integrated photovoltaic in heritage contexts award: an overview of best practices in Italy and Switzerland - 361 – Polo López, Cristina S.
Strategies and tools for potential assessment of Renewables (RES) in Alpine Space areas valid for historic buildings and sites.
Design, construction and operation of solutions for climate change resilience
Wednesday, 14 April 15:30 – 16:30
- 422 – Bichlmair, Stefan
Energetic refurbishment of windows of listed building Alte Schäfflerei and overall energy balance - 359 – Gherri, Barbara
On Venetian Campi Resilience to Climate Change - 370 – Lo Faro, Alessandro
The dynamic thermal energy simulation of a historic building in Mediterranean climate: knowledge and simplification
Preservation and enhancement of cultural landscapes towards a low-carbon built environment
Friday, 16 April 09:10 – 10:30
- 403 – Elbardisy, Abdelrahman
Sustainable refurbishment of abandoned urban areas: the case study of former SIAPA area, Galliera – Bologna, Italy - 432 – Balest, Jessica
Materiality, meanings, and competences for historic rural buildings: a social practice approach for engaging local communities in energy transition. - 420 – Smith, Oliver
Squaring the Circle - 375 – Harvey, Claire
Stakeholders’ perspectives on energy related Smart City technologies: POCITYF’s standpoint
In-depth analysis of traditional practices for adaptation to a low-carbon built heritage
Friday, 16 April 12:00 – 12:40
- 396 – Leonardi, Eleonora
Water absorption characterisation of historic plasters. Comparison of different methodologies in a case study in Tyrol, Austria - 362 – Genova, Enrico
Integrating thermal and mechanical characteristics of historic masonry categories: development of a Sicilian database
Performance upgrading and re-use of buildings for a low-carbon built heritage
Friday, 16 April 13:40 – 15:00
- 340 – Drössler, Eckart
Building culture or can it go away? Renovation pilots can help… - 364 – Aboulnaga, Mohsen
Sustainability Assessment of restored historic buildings — Case study of Baron Empain Palace in Heliopolis, Cairo, Egypt: Representation analysis of the building and site - 405 – Vite, Clara
A reactivation project of a district of the historical centre of Genova - 368 – Kaoula, Dalel
Limitation of the environmental impacts impacts of a heritage hotel building by life cycle analysis (LCA)
Creating favourable framework conditions
What is needed to foster renovations of historic buildings? This thematic track will focus on those policies and programmes, as well as education experiences and examples of best practice, that can enable a faster implementation towards a low carbon built heritage. Some of the results of the research project IEA-SHC Task59 will presented in this thematic track.
Best practice examples – I
Wednesday, 14 April 13:40 – 15:00
- 338 – Gökçen Akkurt, Gülden
Comfort based investigation on historic libraries for user satisfaction and preservation of paper-based collections - 395 – Broström, Tor
The power from above – A novel church heating system - 411 – Murillo, Sofia
A sociotechnical approach to users´ heritage values and decision-making processes for energy efficiency and thermal comfort in heritage buildings: A pilot study in Mexico City - 442 – Kilian, Ralf
The Alte Schäfflerei at Benediktbeuern Monastery – Conjunction of Architectural Conservation and Energy Performance Improvement in a Historic Buildings
Policies, programs, and regulations for historic buildings and neighbourhoods
Thursday, 15 April 09:10 – 10:30
- 371 – Malafry, Melina
Energy efficiency and cultural heritages value – conflicts and potential solutions - 394 – Femenías, Paula
How well do policies for energy efficiency and heritage values in the housing stock work? Preliminary results of a study comparing two Swedish municipalities - 426 – Leijonhufvud, Gustaf
Assessing and enhancing EN 16883:2017 - 406 – Marincioni, Valentina
Towards an integrated moisture-safe retrofit process for traditional buildings in policy and industry
Training & education to promote adoption of sustainable approaches in the built heritage
Thursday, 15 April 13:40 – 15:00
- 424 – Troi, Alexandra
Teaching experience with the Historic Building Energy Retrofit Atlas – HiBERATLAS - 401 – Hermann, Carsten
Raising awareness and training professionals to assess climate risks to historic buildings and commence adaptation planning – Experiences from Adapt Northern Heritage - 344 – Franco, Giovanna
Educating about sustainability in Cultural Heritage: ‘hard’ and ‘soft’ sciences in comparison - 441 – Hess, Mona
M.Sc. Digital Technologies in Heritage Conservation. Sustainable mission for education in heritage
Best practice examples – II
Friday, 16 April 13:40 – 15:00
- 350 – Essig, Natalie
Sustainable Historic Architecture in Rural Areas – Concept of a Sustainable and Low carbon Retrofit of a Bavarian Farm House - 354 – Hanan, Ibrahim
Evaluation of A Retrofitted Heritage Building in Downtown Cairo as a Best Practice Example - 427 – de Place Hansen, Ernst Jan
Deep renovation of an old single-family house including application of an water repellent agent – a case story - 443 – Antolín Gutiérrez, Javier
Energy efficiency for a historic market: the case study of the Mercado del Val
Development, analysis, and implementation of technical solutions
Innovation in materials, products and systems will be key in achieving a low carbon built heritage. In this thematic track, presentations will focus on different aspects linked to assessment of their performance. Some of the results of the research project HyLab financed by the Autonomous Province of Bolzano and the ERDF will presented in this thematic track.
Innovation in materials, products, and systems with attention to hygrothermal performance
Wednesday, 14 April 11:00 – 12:40
- 366 – Mauri, Sara
High-performance materials and technological solutions to improve the thermal performance of historic buildings - 392 – La Placa, Erica
Plaster ventilated façade system for renovating modern and ancient buildings. A CFD analysis - 400 – Rieser, Alexander
Experimental measurement of materials’ drying coefficient for internal insulation: new approaches for laboratory testing - 410 – Borderon, Julien
Assessment of Void Insulation Panels for innovative thermal insulation of apartments in heritage buildings - 440 – Avella, Francesca
Indoor Air Quality Monitoring in a Historic School in South Tyrol, Italy
Renovating historic buildings towards zero energy
Wednesday, 14 April 13:40 – 15:00
- 342 – Rose, Jørgen
Comprehensive energy renovation of two Danish heritage buildings within IEA SHC Task 59 - 351 – Curtis, Roger
Thermal upgrades in traditional buildings – a multi factored approach - 355 – Johansson, Dennis
Prioritize the right energy and power measures in culturally valuable buildings – approach and measure selection - 398 – Elnagar, Essam
Refurbishment concepts for a student housing at the Otto Wagner Areal in Vienna under the aspects of sustainability, energy efficiency and heritage protection
Design support methods, tools and certification in the energy retrofit of historic buildings – I
Wednesday, 14 April 15:30 – 16:30
- 409 – Ammer, Valentin
Consideration of driving rain penetration in hygrothermal simulations of half-timbered walls - 372 – Libralato, Michele
Multiyear hygrothermal performance simulations of historic building envelopes - 431 – Panico, Simone
Hygrothermal analysis of a wall isolated from the inside: the potential of dynamic hygrothermal simulations
Design support methods, tools and certification in the energy retrofit of historic buildings – II
Thursday, 15 April 12:20 – 12:40
- Egusquiza Aitziber
Data-driven and community based resilience and climate adaptation of historic areas: Shelter project
Design support methods, tools and certification in the energy retrofit of historic buildings – II
Friday, 16 April 09:10 – 10:30
- 334 – Dolzani, Carlotta
CasaClima R: a protocol for energy refurbishment supported by verification tools - 363 – Arfvidsson, Jesper
A method for status determination and risk assessment of energy measures in of historical buildings - 353 – Ni, Zhongjun
Improving energy efficiency while preserving historic buildings with digital twins and artificial intelligence - 404 – Ruschi, Maria
Cross information and BIM interoperability tools for energy retrofit analysis
Design support methods, tools and certification in the energy retrofit of historic buildings – II
Friday, 16 April12:00 – 12:40
- 408 – Gori, Virginia
Assessing the role of simulation tool selection for the evaluation of heat and moisture balance in historic buildings - 439 – Larcher, Marco
Using hygrothermal simulations to define safe and robust energy retrofit solutions: interior insulation of a mountain hut with extreme climate condition