Recycling Agricultural Waste as a Part of Interior Design and Architectural History in Egypt

Ayah Eldeeb (1)
(1) Interior designer, Masters degree, Alexandria University, Alexandria, Egypt, Egypt


Egypt is defined as an agricultural country where its people put all produced crops to use, whether as food or clothing. An agricultural waste like straw, palm fronds, leaves and others are used in building and interior designing; they’re part of an individual’s lifestyle and culture. As time passed, all of this changed given that local agricultural materials were replaced with technology and new building materials. Farmers became uninterested in what happened to this waste that was burned as a means of disposal, this process has direct effects on public health and the environment.

This research examines the problem of palm fronds (agricultural materials) as a wasted renewable source in Egypt. It will attempt to find methods to link these materials with Egyptian handicrafts using new treatments in manufacturing with the cradle to cradle idea to produce compressed panels, wallpapers and other objects used in interior design. This research is important because it aims to find sustainable environmental materials with modern designs using agricultural waste.

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Agoudjila,B.J.,Benchabaneb,A.,Boudennec,A.,Ibosc,L.,Foisc,M, 2010. Renewable materials to reduce building heat loss: Characterization of date palm wood. February–March 2011, Elsevier.

Agricultural Production, FAO, 1995.

AWRU (2005) Agricultural Waste in Egypt, Agricultural Waste Recycling Unit (AWRU), Ministry of State for Environmental Affairs (MSEA), Egyptian Environmental Affairs Agency (EEAA). Cairo, Egypt

Crops for Sustainable Enterprise, 2000. Design for Sustainable Development. The European Foundation for the Improvement of Living and Working Conditions, Dublin, Ireland.

El-Deeb HM, Lashin SM, Arab YA (2007) Distribution and pathogenesis of date palm fungi in Egypt. Acta Hort 736:421–429

El-Mously, H.I. 2005. The Palm Fibres for the Reinforcement of Polymer Composites: Prospects and Challenges, A paper presented to the First Ain Shams International Conference on Environmental Engineering, Egypt.

El-Mously, H.I., 2001. The industrial use of the date palm residues: an eloquent example of sustainable development. 2nd Inter. Conf. on Date Palms, Al-Ain, United Arab Emirates Univ., pp. 872-879.

El-Mously, H.I., 2003. The Date Palm as a Basis for Environment-Friendly Industries Beginning from the Rural Areas. The International Palm Conference, held in the King Saud University (El-Quaseem Branch).

El-Mously, H.I.,1996 Achievements-to-Date and Future Prospects of Research on Use of Date Palm Leaves’ Midribs as a Substitute for Sawn Wood. Conf., Challenges of Sustainable Dev. Organized by INES, Amsterdam.

GHOSH S. K. ; NAG D. ; NAYAK L. K., 2009. Composite particle boards from Date-Palm Leaves - A viable substitute of wood/plywood products, Journal of the Indian Chemical Society A. vol. 86, n° 8, pp. 857-862 .

Schwab. A.,2008. – Sustainability in Commercial building, Building Materials &Technology Congress, Kuwait.

Taha,I., Steuernagel,L., Ziegmann.G., 2007. Optimization of the alkali treatment process of date palm fibres for polymeric composites Compos Interf, Germany, pp. 669–684.

The Egyptian Association for self-development of the communities for Local.2004. Palm as a source of industrial raw materials and construction materials, Egypt. p. 7.

Vogtländer. J.G., Hendriks. Ch. F., Brezet. J.C., 2001. Allocation in recycle systems: an integrated model for the analyses of environmental impact and economic value. p 344–355.


Ayah Eldeeb
[email protected] (Primary Contact)
Author Biography

Ayah Eldeeb, Interior designer, Masters degree, Alexandria University, Alexandria, Egypt

Interior designer, Masters degree, Alexandria University, Alexandria, Egypt

Eldeeb, A. (2017). Recycling Agricultural Waste as a Part of Interior Design and Architectural History in Egypt. The Academic Research Community Publication, 1(1), 7.

Article Details

Received 2017-09-10
Accepted 2017-09-10
Published 2017-09-18