The restoration of weathered cultural relics with suitable materials has been a highly
challenging worldwide. Within this context, nano Ca (OH) 2, the so-called nanolime, has …

This work aims to reveal the recent research trends in the consolidation of stone-built
heritage and discuss the advantages and drawbacks of the options and strategies followed …

This study aims at investigating the ability of aqueous phosphate solutions to improve the
surface properties of cement pastes via the formation of low-solubility calcium phosphate …

After decades of research in the conservation of cultural heritage, nanolime (NL) has
emerged as a potential alternative inorganic material to the frequently used organic …

This paper shows a study on the consolidation effectiveness of nano-silica and nano-lime-
based consolidants (ie Nano Estel® and Nanorestore®, respectively), both available on the …

Nanolime is a promising consolidation treatment for the conservation of historic structures
thanks to its high compatibility with carbonate-based substrates. Nanolime products can …

Historic calcareous structures suffer from weathering processes that result in the loss of
some of their original properties. Nanolime products represent an attractive choice for the …

The religious buildings characterizing by hypogea environments need of proper restoration
interventions by using compatible materials. At now, organic and inorganic products proved …

As a promising inorganic nanomaterial for the conservation of arenaceous sandstone-based
relics such as wall painting, ancient building, stone heritage etc., nanolime (NL) has drawn …

Consolidation of mural paintings in hypogea is challenging because of their severe
microclimatic conditions, characterized by high humidity levels, low air circulation, the …