SUPER PLASTICIZER POLYMER SYNTHESIS

Canan Uraz

Article Details

SUPER PLASTICIZER POLYMER SYNTHESIS

Authors:

Canan Uraz

Publisher:

Gaziantep University

Main Topics:

Chemical Engineering (Other)

Journal:

The International Journal of Energy and Engineering Sciences Vol.9 Issue 1, pp.29-41

Document Type:

Article

Publication Date:

10/2024

Document Language:

English

Document ID (Org No.):

2001309517

pISSN:

2602-294X

Keywords:

Abstract:

 In this study, it is aimed to synthesize more environmentally friendly and low-cost biopolymer based super plasticizers SP by using biopolymers starch, chitosan polysaccharide, floral oils, etc., acrylic acid, maleic anhydride, sodium vinyl sulphonate and various corn starches and various catalysts. These raw materials have been examined in terms of their water holding capacity, viscosity, bond structures and renewability. For the structure determination of the synthesized products, FT-IR, fluidity and compressive strength tests are performed. Because it is aimed also to meet the local consumption of cement materials additives in Turkey. In this process, it is to protect our environment by making it bio-based as much as we can, away from todays chemicals and petroleum derivatives. Three different types of polymer are synthesized: flower oil, bowine gelatine and mpeg5000. The ratio of sand:cement:water in the cement mixture used in the study is 2:1:0.45. Synthesized SP polymers were added to the cement mixture at a rate of 0.75. In the experiments by connecting a plurality of parameters when selecting the appropriate optimal values according to the appropriate product and polymerizing bond products it was synthesized. FTIR results match the peaks in each raw material. So detailed generalization of the bond structure is appropriate. It can be said that bio raw material synthesis is encouraging in the future, and it can be found that form the compressive strength test, the flower oil being more resistant. As a result of this study, three types of polymeric additives were successfully synthesized and analyzed and performance tests were completed.

 In this study, it is aimed to synthesize more environmentally friendly and low-cost biopolymer based super plasticizers SP by using biopolymers starch, chitosan polysaccharide, floral oils, etc., acrylic acid, maleic anhydride, sodium vinyl sulphonate and various corn starches and various catalysts. These raw materials have been examined in terms of their water holding capacity, viscosity, bond structures and renewability. For the structure determination of the synthesized products, FT-IR, fluidity and compressive strength tests are performed. Because it is aimed also to meet the local consumption of cement materials additives in Turkey. In this process, it is to protect our environment by making it bio-based as much as we can, away from todays chemicals and petroleum derivatives. Three different types of polymer are synthesized: flower oil, bowine gelatine and mpeg5000. The ratio of sand:cement:water in the cement mixture used in the study is 2:1:0.45. Synthesized SP polymers were added to the cement mixture at a rate of 0.75. In the experiments by connecting a plurality of parameters when selecting the appropriate optimal values according to the appropriate product and polymerizing bond products it was synthesized. FTIR results match the peaks in each raw material. So detailed generalization of the bond structure is appropriate. It can be said that bio raw material synthesis is encouraging in the future, and it can be found that form the compressive strength test, the flower oil being more resistant. As a result of this study, three types of polymeric additives were successfully synthesized and analyzed and performance tests were completed.

 In this study, it is aimed to synthesize more environmentally friendly and low-cost biopolymer based super plasticizers SP by using biopolymers starch, chitosan polysaccharide, floral oils, etc., acrylic acid, maleic anhydride, sodium vinyl sulphonate and various corn starches and various catalysts. These raw materials have been examined in terms of their water holding capacity, viscosity, bond structures and renewability. For the structure determination of the synthesized products, FT-IR, fluidity and compressive strength tests are performed. Because it is aimed also to meet the local consumption of cement materials additives in Turkey. In this process, it is to protect our environment by making it bio-based as much as we can, away from todays chemicals and petroleum derivatives. Three different types of polymer are synthesized: flower oil, bowine gelatine and mpeg5000. The ratio of sand:cement:water in the cement mixture used in the study is 2:1:0.45. Synthesized SP polymers were added to the cement mixture at a rate of 0.75. In the experiments by connecting a plurality of parameters when selecting the appropriate optimal values according to the appropriate product and polymerizing bond products it was synthesized. FTIR results match the peaks in each raw material. So detailed generalization of the bond structure is appropriate. It can be said that bio raw material synthesis is encouraging in the future, and it can be found that form the compressive strength test, the flower oil being more resistant. As a result of this study, three types of polymeric additives were successfully synthesized and analyzed and performance tests were completed.

 In this study, it is aimed to synthesize more environmentally friendly and low-cost biopolymer based super plasticizers SP by using biopolymers starch, chitosan polysaccharide, floral oils, etc., acrylic acid, maleic anhydride, sodium vinyl sulphonate and various corn starches and various catalysts. These raw materials have been examined in terms of their water holding capacity, viscosity, bond structures and renewability. For the structure determination of the synthesized products, FT-IR, fluidity and compressive strength tests are performed. Because it is aimed also to meet the local consumption of cement materials additives in Turkey. In this process, it is to protect our environment by making it bio-based as much as we can, away from todays chemicals and petroleum derivatives. Three different types of polymer are synthesized: flower oil, bowine gelatine and mpeg5000. The ratio of sand:cement:water in the cement mixture used in the study is 2:1:0.45. Synthesized SP polymers were added to the cement mixture at a rate of 0.75. In the experiments by connecting a plurality of parameters when selecting the appropriate optimal values according to the appropriate product and polymerizing bond products it was synthesized. FTIR results match the peaks in each raw material. So detailed generalization of the bond structure is appropriate. It can be said that bio raw material synthesis is encouraging in the future, and it can be found that form the compressive strength test, the flower oil being more resistant. As a result of this study, three types of polymeric additives were successfully synthesized and analyzed and performance tests were completed.

Article Details

SUPER PLASTICIZER POLYMER SYNTHESIS

Authors:

Canan Uraz

Publisher:

Gaziantep University

Main Topics:

Chemical Engineering (Other)

Journal:

The International Journal of Energy and Engineering Sciences Vol.9 Issue 1, pp.29-41

Document Type:

Article

Publication Date:

10/2024

Document Language:

English

Document ID (Org No.):

2001309517

pISSN:

2602-294X

Superplasticizer

Polymer

Cement

Issues

Article Details

SUPER PLASTICIZER POLYMER SYNTHESIS

Authors: Canan Uraz

Publisher: Gaziantep University

Main Topics: Chemical Engineering (Other)

Journal: The International Journal of Energy and Engineering Sciences Vol.9 Issue 1, pp.29-41

Document Type: Article

Publication Date: 10/2024

Document Language: English

Document ID (Org No.): 2001309517

pISSN: 2602-294X

Superplasticizer

Polymer

Cement

Issues

Authors:

Canan Uraz

Publisher:

Gaziantep University

Main Topics:

Chemical Engineering (Other)

Journal:

The International Journal of Energy and Engineering Sciences Vol.9 Issue 1, pp.29-41

Document Type:

Article

Publication Date:

10/2024

Document Language:

English

Document ID (Org No.):

2001309517

pISSN:

2602-294X