The compatibility between some the materials used in cleaning to improve their effectiveness in cleaning oil paintings

Document Type : Original Article

Author

Fine arts Faculty - Alexandria University

Abstract

This study examined the compatibility of some cleaning materials to reach compounds that are more effective and help to raise the efficiency rates of cleaning stains from the surface of oil paintings. The researcher has identified some types of cleaning materials that will be used in the study (Gel Voo – Crotex S230 – Vanis). He also performed the necessary examination on the painting in study before starting the cleaning and restoration operations, and the spread of dust stains, soot, fatty stains, acidity, and fungi stains was noted. The previous materials were applied single without adding them to other materials or preparing a mixture between two types of them in cleaning treatments and stain removal. The treatment was repeated three times, which confirmed this method to obtain a better result in cleaning and stains removal. And when applying cleaning compounds that were mixed more than one cleaning substance in varying proportions, it gave a result of cleaning and removing stains more effectiveness and higher quality than its counterparts. The ratios and rates of cleaning for these compounds were from the following ( Voor Gel + Lipase Enzyme + Zinc 95% - Crotex S230 85% -Vanis + Gel + Lipase 85%). From here it is clear that the study solves a basic problem which is the weakness of the effectiveness of some materials in the efficiency of the processes of cleaning oil paintings when used alone . The aim of the study is to achieve compatibility among some cleaning materials to improve the effectiveness and efficiency of oil painting cleaning operations. On the above , the importance of research returns in achieving the quality and effectiveness of cleaning operations to maintain oil paintings by maximizing the optimum use of mixing a number of materials by arriving at more effective compounds and efficient . From here we can define the limits of the research in achieving the quality and effectiveness of cleaning operations to maintain oil paintings by maximizing the optimal use of mixing a number of materials by arriving at more effective and efficient compounds. The study methodology has followed the experimental approach through studying the effectiveness of the application of some modified compounds in cleaning The stains and the dirty appearance, by mixing with some cleaning materials and applying them to the painting of the study

Keywords

Main Subjects


المراجع:
1-     إبراهیم، عماد الدین , ترمیم أعمال التصویر المنفذة على الورق, رسالة ماجستیر, قسم التصویر , کلیة الفنون الجمیلة , جامعة الاسکندریة , 2006, ص 67 – 98 .
1- 'iibrahim eimad aldiyn, tarmim 'aemal alrasm almunafidhat ealaa alwrq, risalat majstir, qism altaswir, kuliyat alfunun aljamilat, jamieat al'iiskandariat , 2006 , s 67-98.
2-     عبد الکریم، سلوى جاد و اخرون، دراسة تأثیر عوامل التلف المختلفة فى تلف الآثار الزجاجیة المحفوظة بالمخازن ومنهجیة العلاج والصیانة تطبیقا على أثر زجاجى محفوظ بمخزن متحف الفن الإسلامى، بالقاهرة, مجلة العمارة والفنون والعلوم الإنسانیة, العدد 17, المجلد 4, 2019, ص: 214 – 232.
2- eabd alkarim , salwaa jadun w akharun , dirasat tathir eawamil altilafi almukhtalifat fi tilafi alathar alzujajiat almahfuzat bialmakhazin wamanhajiat aleilaj watatbiqaan ealaa 'athar zijajiin mahfuz bimukhzan mathaf alfin al'iislamaa , bialqahirat , majalat aleamarat walfunun waleulum al'iinsaniat , aleadad 17 , almajalid 4 , 2019 , s: 214-232.
3-     محیى, مصطفى عطیه , دراسة علمیة لترمیم وصیانة اللوحات الزیتیة ,  دار الأمل للنشر , القاهرة ,  1992, ص 88 – 110 .
3- mahayaa, mustafaa eatiah, dirasat eilmiat litarmim wasianat allawhat alzaytiat, dar al'amal lilnushur, alqahirat, 1992, s 88 - 110.
4-      Akil, A.  et al, Optimization of NaOH as the cleaning of Polyethersulfone (PES) membrane fouled by Palm oil mill effluent, The Third Basic Science International Conference, Brawijaya University, Indonesia. 2013, PP. 8 -15.
5-   Chai, J., et al, Adsorption equilibrium and dynamic surface tension of alkyl polyglucosides and theirmixed surfactant systems with CTAB and SDS in the surface of aqueous solutions, Journal of Molecular Liquids, Vol. 264,  2018, PP. 442–450.  
6-   Gutarowska, Beata, et al, Historical textiles , a review of microbial deterioration analysis and disinfection methods, Textile Research Journal, Vol. 87, 2016, PP. 2388 – 2406. 
7-   Hassan M.H., Hussein, Mineralogical and Spectroscopic Characterization of some Products Resulting the Weathering Process on the Tomb of Nakht-Djehuty ( TT189), Western Thebes, Upper Egypt, Conservation Science in Cultural Heritage, Vol. 10, 2010, PP. 54 – 69.
8-   Kanaya, Toshiji, et al, Structure and dynamics of poly(vinyl alcohol) gels in mixtures of dimethyl sulfoxide and water, polymer journal, Vol. 44, 2012, PP. 83 – 94.
9-   Mohie, Moustafa Attia, & Kourany, Mahmou Sayed, A Study of Materials and Techniques for the Conservation of two Miniature Paintings, Conservation Science in Cultural Heritage, Vol. 17, 2017, PP. 101 – 116.
10-  Palla, Franco, Bioactive Molecules: Innovative Conservation of Biotechnology to Restoration of Cultural Heritage, Conservation science in Cultural Heritage, Vol. 13, 2013, PP. 369 – 373.
11-  Panaer, Crisencio M., Chemical control of fungi Infesting Easel Oil Paintings at the University of Santo Tomas, Museum of Arts and Sciences, Prime Journal of Microbiology Research, Vol.2(4), 2012, PP. 114 – 120.
12-  Podgornik, Rudolf. Vander Waals Forces, Faculty of Mathematics and Physics, University of Ljubljana, 2006, PP. 5 – 20.
13-  Ramadan, Seham, et al, Study of the Antifungal Effects of Copper-based Pigments and Synthesized Nanomaterial on Mural Painting-deteriorated Fungi in the Egyptian Museum in Tahrir, Journal of Architecture, Arts and Humanistic Science, Vol. 4, Issue 18, 2019, PP.  46 - 68.
14-  Singh, Ashwina, et al Comparative interaction study of amylase and surfactants for potential detergent formulation, Journal of Molecular Liquids, Vol. 261, 2018, PP. 397-401.
15-  Turner, Gordon, The nature of cleaning: physical and chemical aspects of removing dirt, stains and corrosion, Studies in Conservation, 2012, PP. 32 – 29.