ISSN: 2795-3548
EISSN: 2795-3548
This research work was conducted to Characterize the Physicochemical property of lye-extract from wood sawdust and its alternative use in soap-making. The lye extracted from the ashes of the Hard-wood sawdust served as a raw material for the production of liquid and bar soap and its physicochemical property when examined gave Density (D) as 1.00kg/m3 , pH is 7.5, Water content is 53.6% and Viscosity (V) is 2.672 cSt.
Published: 2022-12-06
In order to remove acid gases, chemical absorption by solvents is the most often used sweetening gas strategy. While this method is well-known and tested, it may be difficult to implement, expensive, and wasteful when used to extract very acidic gas. But novel polymeric membranes have been used to remove large amounts of H2S from natural gas, even at high levels of H2S. Recent advancements in this
This research work was conducted to Characterize the Physicochemical property of lye-extract from wood sawdust and its alternative use in soap-making. The lye extracted from the ashes of the Hard-wood sawdust served as a raw material for the production of liquid and bar soap and its physicochemical property when examined gave Density (D) as 1.00kg/m3 , pH is 7.5, Water content is 53.6% and Viscos
A mixture of marble dust and periwinkle shells (achymelania Aurita) and a mixture of marble dust and snail (LanisterVariscus) shells were used to replace the conventional calcium carbonate (CaCO3) used for the production of classroom chalk. The bulk density for the crushed periwinkle shells and crushed snail shells at a particle size of ≤63μm were 1.14g/ml and 1.12 g/ml respectively. From the resu
In order to secure future energy and protect the environment, it is important to consider the possibilities of wind as a resource for electrical energy supply. The locality of Maroua in the Far North of Cameroon has been selected to carry out our study in which, an assessment of the wind energy resource has been made. Different kinds of data have been collected about wind, topography, and roughnes