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Project Report on Oxalic Acid From Molasses

Project Report on Oxalic Acid From Molasses
Project Report on Oxalic Acid From Molasses
Product Code : 0333
Product Description

Project Report on Oxalic Acid From Molasses

OXALIC ACID FROM MOLASSES


Oxalic acid is the simplest of dicarboxylic acid.  Its  name is  derived from the Greek Oxyes meaning sharp, acidic  serfering to the acidity common in the foloage of certain plants from which it was first isolated.  Oxalic acid is commercially available as the  de-hydrate  containing  28.5%  water.   Anhydrous  acid   is shombic,  hypyramidical,  odourless  and white  in  colour.   De-hydrate  is a monochinic prism, particles size varying from  fine powder  to  coarse granules which are  also  colourless,  melting point 187oC of anhydrous form and 101.5oC of dihydrate form.  Oxalic  acid occurs naturally inmany plants  (wood,  sorrel,  shubarb, and spianch) and can be made by alkali extraction of raw dust.  It is now manufactured by reaction of sodium formate  with sodium  hydroxide followed  by  distillation  of  the  resulting dihydrate  crystals. Various grades of oxalic  acid  commercially available are : technical (crystals and powder) C.P.  Oxalic  acid  finds  applications  as  automobile  radiator, cleaner, general metal and equipment cleaning purifying agent and intermediate  for many compounds in leather canning, in bleaching of textiles stripping agent for permanent press resins etc.  This  report  based on the manufacture of oxalic  acid  from molasses.

Contents of the Project Reports

  • Introduction

  • Uses and Applications

  • Properties

  • Market Position

  • Present Manufacturers 

  • Detailed Process of Manufacture 

  • Formulations

  • B.I.S. Specifications

  • Process Flow Sheet Diagram, Plant Layout,

  • Cost Economics with Profitability Analysis 

  • Capacity 

  • Land & Building Requirements with Rates

  • List & Details of Plant and Machinery with their Costs

  • Raw Materials Details/List and Costs

  • Power & Water Requirements

  • Labour/Staff Requirements

  • Utilities and Overheads

  • Total Capital Investment

  • Turnover

  • Cost of Production

  • Break Even Point

  • Profitability

  • Land Man Ratio

  • Suppliers of Plant & Machineries and Raw Materials

  • Cash Flow Statement

  • Repayment Schedule

  • Interest Chart

  • Depreciation Chart

  • Projected Balance Sheet for 5 Years etc.

 


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