Electrokinetic desalination is a method where an applied electric DC field is the driving force for removal of salts. The method is under development for desalination of brick masonry and stone monuments. In the present paper, the method is suggested for extraction of salts from tile panels, as well. It is suggested to remove few tiles from the panel, place electrodes in the holes and desalinate the wall and mortar behind the tiles. It was shown experimentally, that electrokinetics can be used for desalination of the tiles (96% Cl removed in less than 6 days). The method might be a conservation method to salt damaged tile panels.info:eu-repo/semantics/publishedVersio
Desalination is a relatively new intervention in the field of conservation of architectural heritage...
Many applications of electrokinetic remediation have focused on the removal of heavy metals. However...
enhance the reclamation of salt impacted groundwater. Electrokinetic technology has long been used i...
Electrokinetic desalination is a method where an applied electric DC field is the driving force for...
Soluble salts cause severe decay of historic Portuguese tiles. Treatment options for removal of the ...
Damaging of building materials is directly connected to the salt crystallization. The present resear...
Dewatering and desalination of building constructions is currently a discussed topic. At the present...
This article presents the first non destructive measurements of salt ions transport through fired-cl...
Chlorides, nitrates and sulfates play an important role in the salt-decay of porous materials in bui...
The removal of salt from porous building materials under the influence of an applied voltage gradien...
<p>As salt crystallization is one of the most serious damages in historical porous materials (e.g. p...
The porous structure of excavated ancient potteries (especially potteries with a firing temperature ...
The deterioration of porous building materials and structures by the crystallization of water solubl...
AbstractA new method improves the quality and durability of decontamination by soluble salts, compar...
Salt crystallization is one of the most recurrent causes of clarnage in ancient buildings. Historic ...
Desalination is a relatively new intervention in the field of conservation of architectural heritage...
Many applications of electrokinetic remediation have focused on the removal of heavy metals. However...
enhance the reclamation of salt impacted groundwater. Electrokinetic technology has long been used i...
Electrokinetic desalination is a method where an applied electric DC field is the driving force for...
Soluble salts cause severe decay of historic Portuguese tiles. Treatment options for removal of the ...
Damaging of building materials is directly connected to the salt crystallization. The present resear...
Dewatering and desalination of building constructions is currently a discussed topic. At the present...
This article presents the first non destructive measurements of salt ions transport through fired-cl...
Chlorides, nitrates and sulfates play an important role in the salt-decay of porous materials in bui...
The removal of salt from porous building materials under the influence of an applied voltage gradien...
<p>As salt crystallization is one of the most serious damages in historical porous materials (e.g. p...
The porous structure of excavated ancient potteries (especially potteries with a firing temperature ...
The deterioration of porous building materials and structures by the crystallization of water solubl...
AbstractA new method improves the quality and durability of decontamination by soluble salts, compar...
Salt crystallization is one of the most recurrent causes of clarnage in ancient buildings. Historic ...
Desalination is a relatively new intervention in the field of conservation of architectural heritage...
Many applications of electrokinetic remediation have focused on the removal of heavy metals. However...
enhance the reclamation of salt impacted groundwater. Electrokinetic technology has long been used i...