Authors :
Brillant Djomsi Wa; RollandDjomi; Christian Fokam; Florent Biyeme; Bernard Gaga Dadia; Christian Kofane M; Guy EdgarNTAMACK; Fabien Akana T
Volume/Issue :
Volume 7 - 2022, Issue 8 - August
Google Scholar :
https://bit.ly/3IIfn9N
Scribd :
https://bit.ly/3B0PDoz
DOI :
https://doi.org/10.5281/zenodo.7036545
Abstract :
The present work aims to optimize the
formulation of a paper from the cellulose extracted from
water hyacinth. The major concern was to define the
best proportions of the constituents used in the
formulation of the paper in order to obtain a precise
paper. To this end, 13 paper samples were made from
cellulose, starch, Tio2 and kaolin. The objectives are to
define the parameters influencing the quality of the
paper, to formulate tests to understand the role played
by each of these parameters, to develop an optimal
mathematical model by using the mixing plan method.
Because it offers the advantage of considerably reducing
the number of experiments. We have defined an
experimentation matrix taking into account all the
factors necessary for the formulation of our paper. The
main response functions being: the moisture content or
water content and the mass. We obtained quadratic
models of each answer and checked the validity of these
by a global, mathematical and statistical analysis of the
Keywords :
cellulose, formulation, kaolin, mixtures, extraction, water hyacinth
The present work aims to optimize the
formulation of a paper from the cellulose extracted from
water hyacinth. The major concern was to define the
best proportions of the constituents used in the
formulation of the paper in order to obtain a precise
paper. To this end, 13 paper samples were made from
cellulose, starch, Tio2 and kaolin. The objectives are to
define the parameters influencing the quality of the
paper, to formulate tests to understand the role played
by each of these parameters, to develop an optimal
mathematical model by using the mixing plan method.
Because it offers the advantage of considerably reducing
the number of experiments. We have defined an
experimentation matrix taking into account all the
factors necessary for the formulation of our paper. The
main response functions being: the moisture content or
water content and the mass. We obtained quadratic
models of each answer and checked the validity of these
by a global, mathematical and statistical analysis of the
Keywords :
cellulose, formulation, kaolin, mixtures, extraction, water hyacinth
