Procesamiento de micro y nanofibras de polipirrol/óxido de polietileno/nylon-6 por la técnica de electrohilado**Citación estilo Chicago Olvera-Gracia, Manuel, Jorge Ricardo Aguilar-Hernández, Tetyana Kryshtab. Procesamiento de micro y nanofibras de polipirrol/óxido de polietileno/nylon-6 por la técnica de electrohilado. Ingeniería Investigación y Tecnología, XIV, 04 (2013): 575–581.Citación estilo ISO 690 Olvera-Gracia M., Aguilar-Hernández J.R., Kryshtab T. Procesamiento de micro y nanofibras de polipirro

Nano materials are becoming more and more relevant in the construction of civil works, since they can be used as additions or additives to improve and stabilize asphalt concretes, hydraulic concretes, fine soils at the level of subgrade, sub-bases, bases and even for filters in water treatment. The present article intends to collect the different experiences in the use of nano materials, in order to stabilize or improve the mechanical and geotechnical properties of soils used in road construction, especially what has to do with the manufacture of nano fibers for use in soils; finding that its use in the field of roads is to be investigated and developed with different types of solutions, as the most studied are the carbon nano fibers

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Obtaining biodegradable polymeric membrane from agroindustrial wastes using the electro-spinning method

Presenda-Gerónimo

Maciel-Cerda

Vera-Graciano

et al. 2017

Mexjbiotechnol

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Sugarcane straw is a waste beneficial to man when used correctly. Its burning is highly destructive if carried out indiscriminately; it causes damage to the soil and emits charcoal particles that pass directly into the environment. Cellulose represents approximately onethird of its composition and is biosynthesized in the process of photosynthesis, producing about 1000 tons per year in the world. In recent years, the electro-pile technique is widely used for the production of polymer fibers with nanometer-to-micrometer diameters. This diameter size allows obtaining materials with large surface area, a desirable feature in the manufacture of membranes with potential application in separation and biomedical processes. The technique is versatile and easy to assemble which has allowed to process a great variety of polymers, integrating in the last years other kinds of materials, nevertheless during the development of the process exist a series of variables that influence in the characteristics of the obtained elements, Either because they are linked to the characteristics of the base material or because their performance is related to other parameters within the process. The objective of this research was to obtain biodegradable polymer membranes from sugar cane being attractive at the biotechnological level.

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Abstract: Procesamiento de micro y nanofibras de polipirrol/óxido de polietileno/nylon-6 por la técnica de electrohilado Ingeniería Investigación y Tecnología, volumen XIV (número 4), octubre-diciembre 2013: 575-581 ISSN en trámite,FI-UNAM

Cited by 3 publications

References 7 publications

Electrospinning of ultra-thin membranes with incorporation of antimicrobial agents for applications in active packaging: a review

Electrospinning of ultra-thin membranes with incorporation of antimicrobial agents for applications in active packaging: a review

Review of the use of nanomaterials in soils for construction of roads

Obtaining biodegradable polymeric membrane from agroindustrial wastes using the electro-spinning method

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