Recycling Agricultural Waste in Iraq and Ways to Benefit from it Economically
DOI:
https://doi.org/10.14738/assrj.1207.19173Keywords:
Agricultural waste, Lignocellulosic materials, Pulp and Paper, Composite PanelsAbstract
The research was conducted with the aim of shedding light on the volume of annual waste and the large losses that occur as a result of wasting enormous national wealth, most of which are neglected or burned as a result of not adopting a wise policy in the exploitation of these resources. The quantities of lignocellulosic materials were estimated for the agricultural wastes of the most important crops, as well as the orchards and reeds being the most important and widespread annual plants, The approved national and international data were adopted in calculating the per capita consumption rate of cellulosic industries and compressed boards, and then Iraq’s need in the light of international rates, The research proved that there are about (20) million tons annually of lignocellulosic materials in Iraq, at the least estimates, of which only a small part is used, The results of the research indicated that Iraq's annual consumption of paper exceeds (2) million tons, and its consumption of compressed boards is more than one million tons, based on global consumption rates, The results also showed that the annual costs of importing paper (calculated on the basis of the global consumption rate) exceed (1.5) billion dollars, and these combined with other products can exceed the costs of importing (2.5) billion dollars. The research came out with a set of conclusions and recommendations to the concerned authorities to adopt various projects. To exploit these forgotten resources in places provided by beginners with grain crop residues.
References
Abd Ali, Basem Abbas, and Al-Daini, Nizar Qasim (2005), Exploitation of maize waste (Kawalah) in the manufacture of particleboards. Journal of Agriculture Al-Rafidain 33 (2), pp. 56-61, Iraq. bd Ali, Bassem Abbas and Qadir, Salahuddin (2005), Recycling Cotton Stalks to Produce Particle Boards for Furniture, Ziraat Al Rafidain Journal 33 (1), pp. 67-77, Iraq.
Al Koaik, F. N. , A. I. Khalil, T. Alqumajan. (2011), Performance evaluation of a static composting system using date palm residues, Midd. East Jour. Of Scien. Res. 7 (6) : 972 – 983.
Al-Shaer, Duha (2018) Recycling techniques in building materials as a tool for environmental protection and achieving sustainability in hot regions, Fayoum University Journal, Volume (1), Issue (2), page 43.
Al-Shimy, Samir Ahmed (2011), Biogas production and how to benefit from it, Land, Water and Environment Research Institute, Agricultural Research Center. http://www.mazra٣a.net/vb/showthread.php?t٧٨٨٠=&page.١=
Attiyah, Ahmed Nader, Saleh Al-Sayed Saada, and Mahmoud Suleiman Sultan (2012) Benefiting from agricultural waste on the farm of the Faculty of Agriculture, Mansoura University, by converting it into organic fertilizers and animal feed, Mansoura University Journal, Volume (3) Issue (11), Egypt, p. 1831.
Hanna, Nashaat Nazim Nicola, (2015), The Economics of Recycling Agricultural Residues for Some Field Crops in Kafr ElSheikh Governorate, an unpublished master thesis, Institute of Environmental Studies and Research, Abin Shams University, Egypt, p. 7.
Kirkby C. A. and Alison Fattore, (2006), Effect of Rice Stubble Burning on Soil Health. A report for the Rural Industries Research and Development Corporation, RIRDC Publication No..5, p.195.
Madah, Ahmed (2018), The Possibility of Economic Exploitation of Plant Agricultural Residues in Syria, Al-Furat University Journal, Basic Sciences Series, Issue 32, Syria, pp. 154-173.
Ministry of Planning, Central Statistical Organization (2023), Agricultural Statistics Area, Crop and Production (2021-2022) Mohamed ,Abeer Arafa Othman (2016), The economic benefits of recycling agricultural waste in Egypt, a case study in Assiut Governorate, an unpublished master's thesis, Faculty of Agriculture, Assiut University, Egypt, p. 5.
Rose Marie Garay, Francisco MacDonald, María Luisa Acevedo, Beatriz Calderón, and Jaime E. Araya (2009). Particleboard made with crop residues mixed with wood from Pinus radiate. Bio Resources 4(4), 1396 – 1408 -1396.
Rosillo Calle (2007). The biomass assessment handbook. 409
Saqr, Ibrahim (2014), Muhammed Abd al-Qadir, Rula Ziyadah, and Muhammed Qarjouli. An economic study on the utilization of agricultural production residues as fodder for the development of livestock in the Arab countries, Jordan, Tunisia, Algeria, Saudi Arabia, Iraq, and Morocco. The Arab Center for the Studies of Arid Zones and Dry Lands (ACSAD), p.193 http://www.scribd.com/doc/٤٧٤٤٨١٨٣/٥٠٤٠٩٢٩٢-The-Biomass-Assessment
United Nations Economic and Social Council UNEP (2010): Regional implementation report on the five areas presented to the United Nations Commission on Sustainable Development at its 18th session, draft regional report for the Arab region.
Zaidan, Ali, Muhammad Manhal Al-Zoubi and Mays Dib (2017) The effect of different levels of dry biogas fertilizer and tobacco compost on the growth and productivity of regular potatoes grown in Tartous Governorate, Tishreen University Journal for Research and Scientific Studies - Biological Sciences Series, Volume (40), Issue (5), Syria, p. 245.
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