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Vol.4 , No. 1, Publication Date: Mar. 17, 2021, Page: 1-4
 and process (pulp system) innovation, a comparison was made with the mechanical properties of paper obtained from the organic waste with a typed paper commercial use wave produced in a paper industry located in Asunción-Paraguay. The temperature, time and reagents chemical were operational variables selected to comparison of innovative processes. The yield of innovator process analyzed was 52.5%. The results of comparison of processes for obtaining cellulosic pulp indicates that mechanical properties as Stress (N.m/g), Compression in the plane (N) and resistance to compression in the edge (N) increase in comparison with conventional processes (Chemical process to soda and Chemical Process Kraft) and this properties are highly valued by the paper industries for use in corrugating industries. The (pulp system) innovation process presents many technical and economic advantages among alternative processes for paper production.&picture=http://www.aascit.org/aascit/decorators/img/journal/926.jpg)
| [1] | Lilian Alarcón, Medical Innovation Center, María Auxiliadora University, Asunción, Paraguay. |
| [2] | Oscar Quiroga, Industrial Engineering Department, Chemical Engineering Faculty, National University of Litoral, Santa Fe, Argentina. |
| [3] | Ignacio Rintoul, Institute of Technological Development for the Chemical Industry, National Scientific and Technical Research Council, National University of Litoral, Santa Fe, Argentina. |
This paper presents a description of an innovative process applied to the production of paper from the use of stem fibers of the banana plant. According to the Organization for Economic Co-operation and Development Oslo Guidelines, innovation is essential for growth in production as well as productivity and is a continuous process that makes changes in products, processes and captures new knowledge. In order to guarantee product (paper) and process (pulp system) innovation, a comparison was made with the mechanical properties of paper obtained from the organic waste with a typed paper commercial use wave produced in a paper industry located in Asunción-Paraguay. The temperature, time and reagents chemical were operational variables selected to comparison of innovative processes. The yield of innovator process analyzed was 52.5%. The results of comparison of processes for obtaining cellulosic pulp indicates that mechanical properties as Stress (N.m/g), Compression in the plane (N) and resistance to compression in the edge (N) increase in comparison with conventional processes (Chemical process to soda and Chemical Process Kraft) and this properties are highly valued by the paper industries for use in corrugating industries. The (pulp system) innovation process presents many technical and economic advantages among alternative processes for paper production.
Keywords
Paper Production, Innovation, Process, Product
Reference
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