On-line monitoring for agglomeration in an organic liquid

T. Hirajima; W. Guinto; M. Tsunekawa; K. Tadano; I. Nakajima; M. Nakamura

doi:10.1016/S0921-8831(08)60753-0

On-line monitoring for agglomeration in an organic liquid

T. Hirajima, W. Guinto, M. Tsunekawa, K. Tadano, I. Nakajima, M. Nakamura

Research output: Contribution to journal › Article › peer-review

1 Citation (Scopus)

Abstract

Distinct noises are emitted when agglomerates impinge on the walls of the agglomeration vessel in the process of agglomeration in an organic liquid. In addition, the turbidity of the suspension changes from opaque to transparent during the progress of agglomeration. On-line monitoring for agglomeration in an organic liquid was investigated by measuring the agglomeration noises and the turbidity of the suspension by laser attenuation. The relative energy of the noises emitted during the process of agglomeration was shown to be a function of agglomerate diameter and recovery. Recovery was correlated with the amount of attenuation of the laser beam in the suspension. From these results, the technical feasibility of on-line monitoring of the agglomerate's diameter and recovery was demonstrated by measuring relative energy and laser attenuation.

Original language	English
Pages (from-to)	365-376
Number of pages	12
Journal	Advanced Powder Technology
Volume	5
Issue number	4
DOIs	https://doi.org/10.1016/S0921-8831(08)60753-0
Publication status	Published - 1994
Externally published	Yes

All Science Journal Classification (ASJC) codes

Chemical Engineering(all)
Mechanics of Materials

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title = "On-line monitoring for agglomeration in an organic liquid",

abstract = "Distinct noises are emitted when agglomerates impinge on the walls of the agglomeration vessel in the process of agglomeration in an organic liquid. In addition, the turbidity of the suspension changes from opaque to transparent during the progress of agglomeration. On-line monitoring for agglomeration in an organic liquid was investigated by measuring the agglomeration noises and the turbidity of the suspension by laser attenuation. The relative energy of the noises emitted during the process of agglomeration was shown to be a function of agglomerate diameter and recovery. Recovery was correlated with the amount of attenuation of the laser beam in the suspension. From these results, the technical feasibility of on-line monitoring of the agglomerate's diameter and recovery was demonstrated by measuring relative energy and laser attenuation.",

author = "T. Hirajima and W. Guinto and M. Tsunekawa and K. Tadano and I. Nakajima and M. Nakamura",

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T1 - On-line monitoring for agglomeration in an organic liquid

AU - Hirajima, T.

AU - Guinto, W.

AU - Tsunekawa, M.

AU - Tadano, K.

AU - Nakajima, I.

AU - Nakamura, M.

PY - 1994

Y1 - 1994

N2 - Distinct noises are emitted when agglomerates impinge on the walls of the agglomeration vessel in the process of agglomeration in an organic liquid. In addition, the turbidity of the suspension changes from opaque to transparent during the progress of agglomeration. On-line monitoring for agglomeration in an organic liquid was investigated by measuring the agglomeration noises and the turbidity of the suspension by laser attenuation. The relative energy of the noises emitted during the process of agglomeration was shown to be a function of agglomerate diameter and recovery. Recovery was correlated with the amount of attenuation of the laser beam in the suspension. From these results, the technical feasibility of on-line monitoring of the agglomerate's diameter and recovery was demonstrated by measuring relative energy and laser attenuation.

AB - Distinct noises are emitted when agglomerates impinge on the walls of the agglomeration vessel in the process of agglomeration in an organic liquid. In addition, the turbidity of the suspension changes from opaque to transparent during the progress of agglomeration. On-line monitoring for agglomeration in an organic liquid was investigated by measuring the agglomeration noises and the turbidity of the suspension by laser attenuation. The relative energy of the noises emitted during the process of agglomeration was shown to be a function of agglomerate diameter and recovery. Recovery was correlated with the amount of attenuation of the laser beam in the suspension. From these results, the technical feasibility of on-line monitoring of the agglomerate's diameter and recovery was demonstrated by measuring relative energy and laser attenuation.

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JO - Advanced Powder Technology

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On-line monitoring for agglomeration in an organic liquid

Abstract

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