overtime costs. In 1970‚ approximately 35% of total man-hours were overtime labor. 2. Long wait time for unloading process fruit: the root cause of this issue depends on the throughput of the receiving plant’s operations‚ i.e. destoning‚ dechaffing‚ drying‚ milling‚ bulk loading‚ and bagging. Solutions: 1. To address the issue with skyrocketing overtime costs‚ Mr. Schaeffer should try to understand what is causing workers to be absent more often than expected. Possible ways to reduce absenteeism
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Aloe vera-A Scientific Approach. Vantage Press Inc.‚ New-York‚ USA‚ pp: 290-306. 12. http://www.aloecorp.com. 509 1. Advantages of this process: • • • • • • • • • • Unique in the Aloe industry Exclusive to Aloecorp Gentle low temperature/short time drying Superior sensory attributes retained (Academic study) Superior retention of nutrients and bioactivity (Academic study) Atmospheric pressure (no vacuum) Energy efficient (Green) Environmentally friendly (Green) Superior solubility characteristics New
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extraction‚ washing liquids‚ drying liquids‚ gravity filtration‚ and simple distillation. When a single solute or compound is transferred between two different solutes‚ it is known as extraction. Another technique that was utilized was washing‚ in which impurities in a compound are removed through phase transfer. For example‚ water can be used to separate impurities from the wanted product in an organic bi-layer because of the different densities. A process known as drying was also utilized in which
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i. understand the concepts of quality seed production of different field and vegetable crops ii. study about different classes of seed and maintenance of genetic purity during seed production iii. learn about seed certification procedure‚ seed drying‚ processing‚ cleaning‚ testing‚ packaging‚ storage‚ marketing etc. Theory Lecture Outlines 1. Introduction to seed technology – definitions – concept‚ role and goals of seed technology – differences between scientifically produced seed and
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CHAPTER ONE 1.0 INTRODUCTION This report is a practical experience acquired by me in the course of my industrial training at Druckfarben Nigeria Limited (DFN) under the student industrial work experience scheme (SWIES). In the earlier stage of science and technology education in Nigeria‚ students were from their respective institutions without any technical knowledge or working experience. It was in this view that students undergoing science and technology related courses were mandated in different
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Eastman solvents—Technical tip Using Eastman methyl acetate in cleaning applications Introduction Considerations Eastman Chemical Company‚ the world’s leading producer of methyl acetate‚ offers this solvent in two grades to suit a variety of application needs: Wide formulation latitude • Regular (industrial) grade offers a minimum assay of 96%‚ a maximum methanol content of 2.5%‚ and a maximum water content of 1.5%. • High purity grade offers a minimum assay of 99.5%‚ a maximum
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is 4500 bbls. Dechaffing capacity- There are 3 dechaffing units and capacity of each unit is 1500 bbls‚ so the total capacity of dechaffing unit is: (1500 * 3) that is 4500 bbls per hour. Drying Capacity- There are 3 drying units and capacity of each unit is 200 bbls‚ so the total capacity of drying unit is: (200 * 3) that is 600 bbls. Milling Capacity- In this step‚ berries are transferred to separator building from receiving building. Two types of quality grader are used in this step
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Faculty of Engineering Civil Engineering Department Building material lab ENCE 214 Experiment No.3 Absorption & Specific gravity Group: (C) * Taha Qadi 1100728 * Mohammad Ayaydah 1110854 * Sundos Othman 1110956 * Yazan Bodair 1110153 Instructor: Dr. Mostafa Mousa Date: 6-3-2013 Contents Objective
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Grignard Synthesis of Triphenylmethanol from Benzophenone Purpose: The purpose of this experiment was to synthesize the tertiary alcohol triphenylmethanol from a Grignard reagent‚ phenyl magnesium bromide. The Grignard reagent was synthesized from bromobenzene and magnesium and then reacted with benzophenone to produce triphenylmethanol. It was important that water be excluded from the reaction‚ in order to prevent the formation of benzene. The reaction of phenyl magnesium bromide and benzophenone
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Analysis Table of Contents: 1. Synopsis 2. Objective 3. Theory 3.1: Summary 3.2: Technique 3.3: Chemicals 3.4: Instruments 4. Procedures 4.1: Precipitation of BaSO₄ 4.2: Washing and Filtration of BaSO₄ Precipitate 4.3: Drying and Weighing of BaSO₄ Precipitate 5. Results and Calculations 6. Discussions 7. Conclusion 8. References 1. Synopsis: This report is written about determining the quantitative amount of sulphate inside barium sulphate
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