Temperature and water requirement for leaching of caustic alkali from ‘ngu’

Thesis Overview

<p> </p><div><p><strong>INTRODUCTION</strong></p><p>Temperature and water requirement for leaching of caustic alkali from Ngu refers to the extraction of a soluble constituent from a solid by means of a solvent. &nbsp;The process may be employed either for the production of a concentrated solution of a valuable solid material, or in order to free an insoluble solid from a soluble material with which it is contaminated.</p><p>The method used for the extraction will be determined by the proportion of soluble constituent present, its distribution throughout the solid, the nature of the solid and the partied size. &nbsp;The main constituent is usually potassium oxide which often comprises nearly 50% of the total weight of ash.</p><p>In this project, the major parameters that must be fixed or identified among other are the solvent used, the temperature and the leaching cycle. &nbsp;The main objective of this research was therefore to identify the suitable temperature and solvent (water) quantity required to give optimum result when alkali, taken as koH, is to be leached from Ngu ash.</p><p><strong>IMPORTANCE OF POTASSIUM HYDROXIDE</strong></p><p>The need for chemical raw materials for most chemical industries has been on the increase, following the increase in the world population and man’s need for their products. &nbsp;These chemicals includes those used for diverse production such as production of soap, candle, margarine, plastics and other products.</p><p>The chemical raw materials includes sodium hydroxide (HaoH), potassium hydroxide (koH), calcium hydroxide (CaCoH2 ), sodium hydrogen trioxocarbonate (iv) among others, industrially, these chemicals are manufactured from various sources and through diverse chemical processes and reactions. &nbsp;These processes and reactions which these chemicals are produced are usually complex and requires a high cost of production.</p><p>&nbsp; &nbsp; &nbsp; &nbsp; &nbsp; As a result of this production, the prices of the chemicals are not affordable for the average production Engineer and as a result necessities of life as well as the ways of handling or producing them, the chemical engineer whose goal is to mocimize profit and save cost is now faced with many challenges. &nbsp; &nbsp; &nbsp; &nbsp;</p><p>The “Ngu” is locally obtained from the female palm inflorescence of oil palm tree. &nbsp;The large inflorescence (female) consists of a branched perides of &nbsp;numerous, unisexual regular flowers. &nbsp;The panicles which is subtended by a woody branch as sometimes referred to as the spadic. &nbsp;Usually the flowering occurs set the beginning of the dry season.</p><p>The “Ngu” as a source of chemical raw materials has not really gained an international recognition as a major source of alkali, as well be discovered I this analysis. &nbsp;But we are determined to put in our best in this research work with a view to unfolding all the desirable benefits with from Ngu extract, it is true that the uses of Ngu extract for soap production dated back to our forefathers but it was clear that they did not know what they were doing. &nbsp;Moreover the production processes were very crude obviously resulting to be very poor quality product.</p><p>Hydroxide of potassium is used in the production of detergents and miscellaneous chemicals which found use in laboratory and industries. &nbsp;Potassium salts are used in the preparation of fertilizer which makes it essential to plant and animal life. &nbsp;It is also used in production of glass, gunpowder, and fireworks.</p><p><strong>OBJECTIVE OF THE PRODUCT</strong></p><p>The basic objective of this project is to produce and analysis the “Ngu” solution obtained from palm oil tree with reference to temperature and water requirements.</p><p>This analysis involves forms of elements contained in Ngu via the female in florescence. &nbsp;This is done by carrying out quantities and qualitative analysis on the Ngu extract as contained in this project report. &nbsp;</p><p></p></div><h3></h3><br> <br><p></p>