Authors: Dyosiba, Xoliswa Lindokuhle. | Ren, Jianwei. | Musyoka, Nicholas M. | Langmi, Henrietta W. | Mathe, Mkhulu. | Onyango, Maurice S.

Date: 7 October 2016

Subject: Metal-organic framework. | Waste PET. | UiO-66(Zr). | Hydrogen storage.

Language: en

Type: Text

Identifier: tut:5158

Description: Metal-organic frameworks (MOFs) have been considered with various novel applications and the development of cost-effective processes is essential for further practices. In this work, waste PET bottles ... More

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Authors: Dyosiba, Xoliswa Lindokuhle. | Ren, Jianwei. | Musyoka, Nicholas M. | Langmi, Henrietta W. | Mathe, Mkhulu. | Onyango, Maurice S.

Date: 2019/08/07

Subject: Polyethylene. | UiO-66. | PET. | MOF UiO-66. | Depolymerization.

Language: en

Type: Text

Identifier: tut:6101

Description: Polyethylene terephthalate (PET), a chemically stable polyester with multiple applications, has risen dramatically in manufacturing and consumption in the past decades. The increase in PET use has res ... More

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Authors: Ren, Jianwei. | Bopape, Mokgadi Fredericka. | Onyango, Maurice S.

Date: 2013/01/01

Subject: Water-treatment system. | Heavy metal ion. | Magnetic. | Eggshell. | Wastewater.

Language: en

Type: Text

Identifier: tut:6125

Description: We have developed a magnetically assisted water-treatment system consisting of powerful magnetic traps to recover magnetic adsorbents from liquid state after adsorption of toxic Cu(II), as an example ... More

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Authors: Setshedi, Katlego. | Ren, Jianwei. | Aoyi, Ochieng. | Onyango, Maurice S.

Date: 2011/12/05

Subject: Adsorption. | Nano-hydrotalcite. | Pb(II) ions. | Equilibrium. | Kinetics.

Language: en

Type: Text

Identifier: tut:5044

Description: Novel nanostructured hydrotalcite (HT) adsorption medium was prepared and its ability to remove Pb(II) from aqueous solution was demonstrated. The media was characterized using Fourier transform infra ... More

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Authors: Ren, Jianwei. | Bopape, Mokgadi Fredericka. | Setshedi, Katlego. | Kittinya, Jacob Ochieng. | Onyango, Maurice S.

Subject: Magnetic eggshell-Fe3O4, adsorption. | Pb(II). | Cu(II). | Wastewater.

Language: en

Type: Text

Identifier: tut:6098

Description: This study explored the feasibility of using magnetic eggshell-Fe3O4 powder as an adsorbent for the removal of Pb(II) and Cu(II) ions from aqueous solution. The metal ions-adsorption media interaction ... More

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