CONVERTING CANE BAGASSE BIOMASS TO ABSORBING HYDROGEL

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SABZEVARI A.; KABIRI K.

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Seminar Paper

Paper Information

Seminar: INTERNATIONAL SEMINAR ON POLYMER SCIENCE AND TECHNOLOGY
Year:2014 | Issue:11

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Title

CONVERTING CANE BAGASSE BIOMASS TO ABSORBING HYDROGEL

Author(s)

SABZEVARI A. | KABIRI K. | Issue Writer Certificate

Keywords

HYDROGEL

INVERSE EMULSION POLYMERIZATION

BIOMASS

CANE BAGASSE

Abstract

HYBRID HYDROGELS BASED ON NATURAL POLYMERS, ESPECIALLY POLYSACCHARIDES, HAS RECEIVED SPECIAL ATTENTION OF MANY SCIENTISTS AND RESEARCHERS IN RECENT YEARS. IN THE PRESENT STUDY, THE BIOMASS OF CANE BAGASSE AS A SOURCE OF POLYSACCHARIDES IS IMMERSED BY POLYMER LATEX BASED ON ACRYLIC ACID (AA), SODIUM ACRYLATE (SA) AND ACRYLAMIDE (AM) MONOMERS (PRODUCED BY INVERSE EMULSION POLYMERIZATION). THEN, BY USING HEAT BETWEEN SYNTHETIC AND NATURAL PARTS, A CHEMICAL REACTION TOOK PLACE AND BAGASSE CONVERTED INTO A HYDROGEL. THE EFFECT OF LATEX TYPE ON MODIFICATION OF CANE BAGASSE TO ABSORBING POLYMER WAS INVESTIGATED. THE BEST MODIFICATION OF CANE BAGASSE TO ABSORBING HYDROGEL WAS OBTAINED WITH POLY (AA-SA-AM) (MOL RATIO 54:6:40). THE MODIFIED CANE BAGASSE WITH THIS LATEX HAVE WATER ABSORBENCY UP TO 81.7 G/G WHILE WATER ABSORBENCY OF UNMODIFIED CANE BAGASSE IS ONLY 0.27 G/G. CANE BAGASSE HYDROGELS WERE CHARACTERIZED THROUGH SWELLING MEASUREMENT. THE PRODUCTION OF THESE HYDROGELS IS CONSIDERED TO BE AS AN INTRODUCTORY STEP IN THE EASIER AND MORE COST EFFECTIVE PRODUCTION OF HYBRID ABSORBING HYDROGELS BASED ON DIRECT USE OF BIOMASS ESPECIALLY FOR USE IN AGRICULTURAL APPLICATIONS.

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APA: Copy

SABZEVARI, A., & KABIRI, K.. (2014). CONVERTING CANE BAGASSE BIOMASS TO ABSORBING HYDROGEL. INTERNATIONAL SEMINAR ON POLYMER SCIENCE AND TECHNOLOGY. SID. https://sid.ir/paper/917458/en

Vancouver: Copy

SABZEVARI A., KABIRI K.. CONVERTING CANE BAGASSE BIOMASS TO ABSORBING HYDROGEL. 2014. Available from: https://sid.ir/paper/917458/en

IEEE: Copy

A. SABZEVARI, and K. KABIRI, “CONVERTING CANE BAGASSE BIOMASS TO ABSORBING HYDROGEL,” presented at the INTERNATIONAL SEMINAR ON POLYMER SCIENCE AND TECHNOLOGY. 2014, [Online]. Available: https://sid.ir/paper/917458/en

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