EXTRACTION OF WAX FROM COCOA POD CHAPTER ONE INTRODUCTION The word wax describes a large variety of substances of plant and animal origin, as well as man made products which are mostly petroleum derivatives. However, natural waxes are not single substances, but a mixture of various of long-chain fatty acids and a variety of other constituents, depending on their origin. Each wax therefore has unique physical and chemical characteristics which are exploited in a multitude of applications. The increasing important of raw materials together with the complexity of modern technology for their production, processing, collection, distribution, quality control, marketing, utilization and extractions hould not be overemphasized. For the course of study, which is extraction of wax from cocoa pod, it is vital to understand the physical properties, compositions and characteristics of waxes so that maximum efficiency will be achieved while carrying out the practical. The characterization of waxes for industrial or domestic use is physic-chemical rather than structural. Although all waxes, possess the same characteristic physical properties of feel, consistency, melting point and water disability. It physical characteristic of water insolubility, made it good for use in coatings of paper, wood, textiles, metal fruits and vegetables; to protect against moisture, chemical and mechanical damage to food packaging. For the fact that it serves as an ingredient in diverse materials, its uses has increased over the years with industrialization. It is obvious that wax has so many functions and uses than other material. For this reason many investigations ahs been carried out into the production of wax from vegetable, plants such as grass sugar-cane cotton orange, jojobus feed, palm leaf, cocoa pod etc. Initially all quantity of products made of wax being consumed in Nigeria were mainly from oversea countries. At this time of economic diversification, there is need for us to embark upon our locally made raw material. For this reason plants which are available in the country are being research on as source of producing wax and this helps us to make use of our local raw material which had been left out and neglected. It is because of this that the work in question has been indicated, with the purpose of finding locally available source of producing wax as that contained in cocoa pod. For this work, comparisons were made with the yield of wax produced from cocoa pod with that of other similar vegetable plants. Also comparison were made with the physical properties of wax from cocoap pod and other waxes. The properties compared are moisture content, melting point, characterization point and refractive index.
ABSTRACT Cocoa ( Theobroma cacao L .) fruits are important commodity of economic value since the seeds or beans is used to produce high demand products such as cocoa powder, butter and chocolate. The processing of cocoa fruits generates a large amount of cocoa pod husk discard as wastes ( Alemawor et al., 2009). Cocoa pod husk represents between... Continue Reading
ABSTRACT Local production of ash-derived alkali was assessed in this review. Detailed information on local production of ash-derived alkali is rare in literature. Hence, the technology, materials, probable criteria for selection of materials, processes, uses, of alkali were assessed. The project work was carried out in TUDAKA, environmental... Continue Reading
ABSTRACT The purpose of this study was to access the determinants of cocoa production under the new cocoa policies in Osun State, Nigeria. The cocoa policies reviewed were soil fertility, access to inputs, pest and diseases, access to credit, access to land and land management, access to information and they were examined to check if it has... Continue Reading
ABSTRACT The purpose of this study was to access the determinants of cocoa production under the new cocoa policies in Osun State, Nigeria. The cocoa policies reviewed were soil fertility, access to inputs, pest and diseases, access to credit, access to land and land management, access to information and they were examined to check if it has... Continue Reading
Abstract This thesis aims to extract d-axis machine parameters of a 214 MVA high-speed turbogenerator using well-established offline techniques. MATLAB/SIMULINK tool has been utilized to model the generator and perform sudden short-circuit (SSC) tests. Because constant speed operation of the generator is vital consideration for the accuracy of SSC... Continue Reading
ABSTRACT The objective of the work is the catalytic conversion of waste plastics into fuel oil and solid wax using Ca(OH)2 and the design of pyrolysis reactor. Plastic wastes such as, polypropylene, low density polyethylene, high density polyethylene, polystyrene are the most frequently used in everyday activities and disposed of to the... Continue Reading
1.0 INTRODUCTION AND LITERATURE REVIEW Ear wax is normally produced in the ear canal. It is made up of the secretions of specialized sets of glands located in the ear canal. Sebaceous glands secrete sebum. Sebum is mostly a combination of fatty acids. Modified apocrine sweat glands release a secretion that combines with the sebum to form... Continue Reading
ABSTRACT The objective of the work is the catalytic conversion of waste plastics into fuel oil and solid wax using Ca(OH)2 and the design of pyrolysis reactor. Plastic wastes such as, polypropylene, low density polyethylene, high density polyethylene, polystyrene are the most frequently used in everyday activities and disposed of to the... Continue Reading
1.0 INTRODUCTION AND LITERATURE REVIEW Ear wax is normally produced in the ear canal. It is made up of the secretions of specialized sets of glands located in the ear canal. Sebaceous glands secrete sebum. Sebum is mostly a combination of fatty acids. Modified apocrine sweat glands release a secretion that combines with the sebum to form... Continue Reading
CHAPTER ONE 1.0 Introduction - CHAPTER TWO 2.0 Literature Review - 2.1 Kola Nut Powered (Cola Nitida) - 2.2 Kola pod components - 2.3 Geography and distribution - 2.4 Lipoprotein - 2.5 High cholesterol diagnosis - 2.6 Low cholesterol - 2.7 Changes... Continue Reading