Publications

Historic England’s Advice Note provides guidelines for adapting historic buildings to improve energy efficiency and reduce carbon emissions while preserving their heritage.

This study evaluates the operational carbon footprint of Adohi Hall, finding that cleaner energy sources and the campus's combined heat and power plant significantly reduce emissions by up to 21%.

IBO veröffentlicht Kitting 2024 – Einblicke in zukunftsweisende Projekte und Forschung.

The study identifies key risks in building renovation investments and proposes effective strategies like due diligence and stakeholder engagement to help investors mitigate these risks and achieve successful outcomes.

This paper reviews how Industry 4.0 technologies are being integrated into the construction sector of developing countries, identifying challenges and proposing future directions for sustainable advancement.

The study explores how a nature-positive circular economy in Europe's built environment can enhance economic resilience, competitiveness, and environmental sustainability.

A document by the Circular Building Coalition shows how implementing circular economy principles and decarbonisation in the EU construction sector can significantly reduce emissions and material use, helping to keep global warming within the 2°C limit.

A study examines how integrating diverse waste materials into cement mixtures improves sustainability and enhances properties like thermal insulation and durability in construction.

A study explores the benefits of incorporating ground olive stones into mortar bricks to enhance thermal insulation, reduce energy consumption, and lower environmental impacts in building construction.

How Energy Performance Certificates (EPCs) can be upgraded with Building Renovation Passport (BRP) elements: the iBRoad2EPC concept.