DESIGN AND FABRICATION OF A PILOT PRODUCTION PLANT FOR PAINTS (EMULSION AND TEXCOAT)

ABSTRACT The concept of this project is to actualize a practical way of paint production using a locally design mixing machine which is design to meet a low cost and high standard paint.
The project cut across all forms of engineering, such as mechanical machine design of a simple industrial mixer, which is driven by an electrically made device, a 3 HP electric motor, chemically reacting reagents such as water, calcium carbonate, etc to produce the desired product which is aim to be used as coat for Mechanical Agricultural and Civil structures. 
The project research exposes to students and entrepreneur to total knowledge necessary for the production of emulsion and texcoat using a single mixer irrespective of the volume of production.  Self help project is the only sustainable solution to the problem of unemployment.  Many unemployed youth can lay their hiring. The project research is a modest presentation of simplified facts on the for entrepreneur success at a low coat.
  TABLE OF CONTENTS
Title page Letter of transmittal Authority page Certification  Dedication Acknowledgement Abstract Table of contents

CHAPTER ONE Introduction Objectives of the research work Uses and economics Importance of study Benefits of the project
CHAPTER TWO Literature review Historical Design of mixing machine Recognition of need Definition of problem Planning for production  Planning for use Process of design Factors that determine choice of material  Packaging of product (ames paint)
CHAPTER THREE Design of machine/sequence of operation
Design and construction details Design factors/construction of the principles Construction procedures 
CHAPTER FOUR Paint production Latex paint White wash Paint composition Paint constituents for emulsion Quality control  Chalking, abrasion, hardness & adherence  Formation of emulsion paint 20 litres Formation of texcoat (20 litres)
CHAPTER FIVE Characteristics of the project Performance of the project Conclusion Recommendation References