Tanic characterization of extractive substances from thinning products for construction purposes
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Abstract
the present time the technological innovations allow the creation, production, and generation of products with added value to foment the protection of the environment starting from the planning of the forest operations, but in most of the Latin American countries this practice is not carried out in a systematic way as managerial strategy to elevate the success of the investments. In Cuba, the residuals of the forest treatments such as the thinning, present low commercial value in the forest companies, for what is imposed to look for alternatives for their re-use in technologies with added value. The objective of the work is to evaluate the aptitude of the residuals of thinning of three forest species for the technologies of mineral bonded wood cement composite boards through a study of the chemical composition of some chemical compounds of the woody particles.
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References
Arguello, R., Gatani, M., Berreta, H. 2005. Componentes constructivos con cáscara de cacahuete (maní) y cemento. Primeros estudios sobre las incompatibilidades físico-químicos en el fraguado del material. La Habana. CYTED. 200 p.
Cabangon, P., et al. 2002. «Effect of Post-Harvest Storage on the Suitability of Acacia mangium for the Manufacture of Wood Wool Cement Board». ACIAR. Procceding of Workshop of Wood cements Composites in Asia Pacific region-Canberra. 160 p.
Cárdenas, I., et. al. 2008. Manejemos el bosque. La Habana.
ACTAF. 66 p.
Dykstra, D., Elías, A. 2003. «El EIR se convierte en una realidad en Brasil». Revista Actualidad Forestal Tropical (JP) 11(4): 3-5.
Gilbert, G., et. al. 2010. Estudio de caso aserradero Combate de Tenerías. Empresa Forestal Macurijes. La Habana. Servicio Estatal Forestal. 80 p.
Manzanares, K. 2006. «Desarrollo, caracterización y aplicación de elementos constructivos elaborados con partículas maderables y aglutinantes minerales». 120 h. Tesis (en opción al grado científico en Doctor en Ciencias Forestales). Universidad de Pinar del Río.
Martínez, F. 1989. «Obtención y caracterización de taninos de cinco especies forestales que crecen en Cuba». 120 h. Tesis (en opción al grado científico de Doctor en Ciencias Forestales). Centro Nacional de Investigaciones Científicas.
Megahed, O., Nasser, P. 2000. Compatibility of Some Species with Pórtland Cement and its Enhancement Using Varies Treatment and Chemical Additives. XXI IUFRO World Congress/Kuala Lumpur. 450 p.
Moslemi, A. 2003. Comunicación personal. USA. Departamento Estudios Forestales. Universidad de Idaho.
Pimentel, L., Beraldo, A. 2001. Pinus caribaea Wood Portland Cement Mortar Composite for Roofing Tiles Fabrication. Proceeding Agribuilding /Campinas/ Universidad de São Paolo. 200 p.
Semple, T., et al., 2002. «Compatibility of Eight Temperature Australian Eucalyptus Species with Portland Cement». Procceding of Workshop Wood Cement composites in the Asia-Pacific region/ ACIAR/: Canberra. 160 p.
Sutigno, P. 2002. «Effect of Aqueus Extractives of Word wool on the Propertis of Cement Bonded Manufactures from teack (Tectona grandis)». Procceding of Workshop Wood Cement composites in the Asia-Pacific region/ ACIAR/: Canberra. 160 p.
Velázquez, D., Manzanares, K., Guerra, C. 2007. «Aptitud de ocho especies latifolias que crecen en Cuba para formar aglomerados con cemento». Revista Forestal Baracoa (CU) 26(1): 99-105