Encapsulation powder skin duck eggshells on alginate as adsorbent methylene blue

Parlindungan, John Yoro; Pongkendek, J J; Wairara, S; Abdullah, Nor Asfaliza

doi:10.1088/1755-1315/343/1/012194

Cited by 1 publication

(2 citation statements)

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“…Figure 3, show the appearance of clay-like grains with a shape like a sheet that is bending and dragging. This may refer that the clay consists of illite minerals with several features such as the presence of parts covered in rock flakes as bound minerals [6,7]. Besides, it can be seen that clay has a fairly large surface area with quite a lot of open pores.…”

Section: Sem Analysis Resultsmentioning

confidence: 99%

“…The combination of the unified arrangement in the form of the plate arrangement is formed by the combination of the pile of the basic arrangement of different shapes [4]. Clay currently has many uses, including the basic material for making ceramics, ingredient paper making [5], adsorbent [6], assisting drilling, and bleaching in CPO [3]. Currently in Merauke Regency, according to very limited observations, it is generally only used as a raw material for making bricks.…”

Section: Introductionmentioning

confidence: 99%

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Strong Acid Effects for Characterization Clay from District Tanah Miring, Merauke Regency

Parlindungan

Rettob

2021

E3S Web Conf.

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The abundance of clay in the Merauke district has not been utilized optimally. This is due to a lack of research and information about these clays. Clay is one of the natural minerals from the silica group whose particle size is less than two micrometers and has many uses, including basic materials for the manufacture of ceramics, paper-making materials, adsorbents, assisting drilling, and bleaching in CPO. In this study, characterization has been carried out including functional group characterization using an FTIR spectrophotometer, crystallinity using XRD, and morphological analysis by SEM. The results obtained that the mineral content of the clay from the sloping soil district was proposed to contain Illite and Quartz minerals with the main peaks of the diffractogram appearing at an angle of 2θ about 21o; 26o; 36o; and 42o; at angles d (Å) 3.34 and d (Å) 4.25. XRD results were also tested using search-match analysis, and the sample intensity was obtained containing quartz minerals (~ 98%). In the development of this material, it is necessary to obtain XRD data to determine the exact components of clay.

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Section: Sem Analysis Resultsmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%