FAT RICH DAIRY PRODUCTS

authored by: D.K.Thompkinson & Satish Kumar M.H.
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Language: English | Imprint: NIPA

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ISBN: 9789383305803 | Year of Publication: 2015 | Pages: 230
Length: 152 mm | Breadth: 13.5 mm | Height: 229 mm | Weight: 475 GSM
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This book has been written for the under-graduate students of Dairy technology course being offered by different Dairy Science Colleges and various Agricultural and Deemed Universities across the country. The need was felt to upgrade the only existing text, on the subject, to the collegiate for the last two decades. The book has been designed to cover the principles involved in processes and products that applies to dairy industry. Attempts have been made to categorically put forth the concepts of current technologies used for manufacture of fat rich dairy products and techniques involved in their quality assurance together, in an easily understandable expressions, for dissemination of information.

D.K.Thompkinson has worked as Principal Scientist in Dairy Technology Division in ICAR National Dairy Research Institute (ICAR-NDRI), Karnal 132 001, Haryana, India.

Satish Kumar M.H.is working as Principal Scientist in Dairy Technology Division in ICAR National Dairy Research Institute (ICAR-NDRI), Karnal 132 001, Haryana, India

Message
Foreword
Preface
Acknowledgement
1.Introduction
        Milk Fat / Lipid
        Milk Lipids - Physical Properties
        Chemical Properties of Milk Lipids
        Milk Fat Structure - Fat Globules
        Suggested Readings
2.Cream
        Definition
        Cream Production
        Separation by Gravity (Batch Process)
        Centrifugal Separation (Continuous Process)
        Types of Cream Separators
        Controlling Fat Content of Cream
        Factors Effecting Efficiency of Separation
        Thermal Processing of Cream
        Cream Products
        Table cream
        Sweet cream
        Coffee cream
        Sour cream
        Clotted cream
        Frozen cream
        Whipped cream
        Plastic cream
        Sterilized cream
        Synthetic cream
        Cream powder
        Cream Preservation
        Suggested Readings
3.Makkhan or Desi Butter
        Introduction
        Method of Preparation
        Processing
        Yield
        Packaging
        Usage
        Future
        Suggested Readings
4.Creamery Butter
        Definition
        Legal Requirements
        Type of Butter Products
        BIS Specification
    Processing of Cream for Butter Making
    1. Collection of cream
    2. Receiving cream
    3. Grading
    4. Weighing and sampling
    5. Testing
    6. Fat standardization
    7. Neutralization
    Causes of Neutralizer Flavour in Cream
    Pasteurization
    1. Holding method
    2. Continuous methods
    3. Flash pasteurization
    4. Combination of both
    Cooling and Aging of Cream
    Cooling Process
    Addition of Colour
    Churning of Cream
    Churning Process
    Theories of Churning
    Factors Affecting Churnability of Cream
    Butter Churns
    Draining of Buttermilk
    Washing of Butter Grains
    Salting of Butter
    Working of Butter
    Over Run in Butter
    Yield of Butter
    Butter Making Processes
    A. Batch process
    B. Continuous butter making
    Fritz process
    Alfa-laval process
    Cherry burrell’s process
    Manufacturing Process
    Churning cylinder
    Separation section
    Squeeze –drying section (first working)
    Second working section
    Packaging of Butter
    Storage of Butter
    Usage of Butter
    Special Butters
    Structure of Butter
    Fat in Butter
    Texture of Butter
    Renovation of Butter
    Fractionation of Milk Fat
    Advantages/Applications of Fractionation
    Defect in Butter
    Public Health Importance
    Butter Powder
    Suggested Readings
5.Table Spreads
    Introduction
    History of Fat Spread Development
    Definition and Classification
    Classification of Fat Spreads
    Fat Spread Formulation
    Role and Source of Ingredients
    Fat
    Milk fat
    Milk fat-vegetable oil blends
    Modified milk fat
    Monounsaturated fatty acids (MUFA) spread
    Trans-fatty acid (TFA)-free spread
    Fat replacers
    Protein
    Emulsifiers
    Stabilizers
    Acidifying agents
    Flavourings
    Colourants
    Preservatives
    Method of Manufacture of Spreads
    1. Preparation of fat phase 
    2. Preparation of aqueous phase
    3. Heat treatment (Pasteurization)
    4. Emulsion preparation
    5.  Cooling
    6. Working
    7. Resting
    8. Packaging
Recent Trends in Spreads and Margarine Development
    Low fat spreads
    Fortified Fat Spreads & Margarine
    i. Fortification with Omega-3 Fatty Acids
    ii. Fortification with dietary fiber
    iii. Fortification with vitamins and minerals
    iv. Fortification with antioxidant
    v. Fortification with plant sterol/stanols
    vi. Fortification with probiotic and other
Types of Spread Based on Source of Fat
    Cream spread
    Butter spreads
    Vegetable oil and milk fat blend spread
Manufacturing Process of Blended Fat Spread
    Packaging
    Shelf life and Storage
    Changes During Storage
    Chemical Changes
    Microbiological Changes
    Factors Affecting Shelf life of Table Spreads
    Factors Influencing Spreadability
    Suggested Readings
6.Ghee and Butter Oil
    Introduction
    Necessity for Production of Ghee
    Definition
    Composition
    Methods of Ghee Making
    Desi or Indigenous Method
    Creamery Butter Method
    Direct Cream Method
    Pre-stratification Method
    Continuous Method
    Efficiency of Methods
    Granulation and Cooling of Ghee
    Preservation of Ghee
    Packaging of Ghee
Common Packaging Materials for Ghee
    1. Tin cans
    2. Glass bottles
    3. Semi-rigid containers
    4. Flexible films/pouches/laminates
    Storage of Ghee
    Keeping Quality
Factors Influencing Keeping Quality of Ghee
    Yield
    Ghee Composition and Changes During Manufacture
    Colour, Flavour  and Texture of Ghee
    Texture
    Flavour Preferences for Ghee
    Simulation of Ghee Flavour
    Market Quality of Ghee
    Factors Influencing the Market Quality of Ghee
    Grading of Ghee  “Agmark Standards”
    Objectives of AGMARK
    AGMARK Ghee Specifications
    Grade designation marks for ghee
    Requirements of High Grade Ghee
    Score card of Ghee
    Defects of Ghee
    1. Colour and appearance defects
    2. Flavour defects
    3. Texture defects 
    Adulterants in Ghee
Use of Substandard Milk for Ghee Production
    Ghee as a Medicine
    Preparation of Medicated Ghee
    Usage
    Butter Oil
    FSSAI Definition
    Product Description
    Methods of Preparation
    1. Industrial production of butteroil from cream 
        (de-emulsification process)
    Packaging and Storage
    Uses of Butteroil
    Suggested Readings
7.Nutritional Aspect of Milk Fat
    Introduction
    Dietary Value
    Digestability
    Cholestrol Lowering Effect
    Suggested Readings
8.By-Products From Fat Rich Product Industry
    Introduction
    Skim Milk
    Casein
    Co-precipitate
    Protein Hydrolysate
    Buttermilk
    Uses of Buttermilk
    Ghee Residue
    Physico-chemical Properties of Ghee Residue
    Particle size and density
    Lipids
    Proteins
    Milk sugars
    Antioxidants
    Flavour compounds
    Treatment and Processing
    Recovery of Ghee from Residue
    Applications of Ghee Residue
    Candy preparation
    Bufi type confection
    Bakery product
    Preparation of chocolate
    Suggested Readings
9.Food Regulatory and Quality Assurance Aspects
    Regulatory Institutions
    Food Safety and Standard Act 2006
    Bureau of Indian Standards (BIS)
    Agmark Standard
    Product Definitions and Standards
    Analytical Techniques for Quality Assurance
    Analysis of unsalted (cooking) butter and table butter
    Determination of Moisture
    Determination of Curd and Salt
    Determination of Salt
    Analysis of Table spreads
    1. Total fat
    2. Moisture Test
    3. Salt Content
    4. Unsaponifiable Matter and Acid Value
    (a) Determination of unsaponifiable matter
    (b) Determination of acid value
    (c)  Phytosterol test
    Analysis of Ghee, Butter-oil and Anhydrous Butter-oil
    Moisture test
    Free Fatty Acid (FFA) or Acidity
    (a) Titration method
    (b) Colorimetric method
    Prepration of Standard Curve
    Butyro Refractometer Reading (B.R. Value)
    Reichert-Meissl Value (RM Value)
    Peroxide Value (PV)
    Antioxidant in Ghee (Qualitative test)
    Tests for Adultrants in Ghee
    1. Detection of vanaspati in ghee
    2. Detection of mineral oil
    3. Detection of animal body fat
    4. Detection of  vegetable oils
    Suggested Readings

0 Start Pages

Preface   This book has been written for the under-graduate students of Dairy technology course being offered by different Dairy Science Colleges and various Agricultural and Deemed Universities across the country. The need was felt to upgrade the only existing text, on the subject, to the collegiate for the last two decades. The book has been designed to cover the principles involved in processes and products that applies to dairy industry. Attempts have been made to categorically put forth the concepts of current technologies used for manufacture of fat rich dairy products and techniques involved in their quality assurance together, in an easily understandable expressions, for dissemination of information. The topic covered under the text includes production and consumption pattern of fat rich products, about lipids specially milk lipids its composition and components and physico - chemical properties, various fat constants, processes and processing techniques for manufacturing of different fat rich produtcs, theoretical considerations, packaging, quality assurance and legal aspects including various food laws and implementation agencies involved during processing and marketing of milk products. It covers newer technologies available and being in use by different players in the dairy industry. The book is a result of considerable experience by the authors in handling theoretical and practical aspects related to different courses in the subject of dairy technology as well as dairy plant operations. It is expected to be of value to the newly trained as well as existing technocrats engaged in Indian Dairy Industry.

 
1 Introduction

Several centuries ago, perhaps as early as 6000-8000 BC, ancient man learned to domesticate species of animals for obtaining milk for their consumption. These included cows, buffaloes, sheep, goats, and camels, all of which are still used in various parts of the world for the production of milk for human use. The significance of milk as the most wholesome single food available in nature has never been debated. It is as ancient as mankind itself. The role and consumption pattern of milk in the traditional diet varies widely in different regions of the world. The tropical countries have not been traditional milk consumers, whereas in Europe (especially Scandinavia) and North America, milk and milk products have been traditional parts of the diet.

1 - 14 (14 Pages)
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2 Cream

Definition It is one of the important portion of milk which forms a fatty layer on top of milk when left un-disturbed. It is a prime component of milk and comprises mainly of milk fat. It may be defined as “that portion of milk which is rich in milk fat” meaning portion of milk into which larger portion of milk fat has been gathered.  According to FSSAI, 2011 Malai and Cream are defined as – Malai means the product rich in butter fat prepared by boiling and cooling cow or buffalo milk or a combination thereof. It shall contain not less than 25.0 per cent milk fat.

15 - 38 (24 Pages)
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3 Makkhan or Desi Butter

Introduction Makkhan (Makhan) is an indigenous(desi) butter obtained by hand churning of dahi using wooden beater (mathani). It is traditional unsalted butter characterized by its delectable and rich flavour. It is white in colour with slightly greenish tinge and has typical soft body and a smooth grainy texture with pleasant aroma. This product has been extensively used for dietary and religious practices since vedic times. The entire quantity produced forms an intermediate product for preparation of ghee (clarified butter fat). Nearly 30% of the total milk production goes for desi butter manufacture. The average yield of the product is very low ranging from 5.5-7.0% for every 100 kg milk used for the purpose. The chemical composition of the product is variable depending upon the method of manufacture. It is difficult to achieve the uniform standard of 20% moisture in the final product due to limitations in the technique adopted for its manufacture. The non fatty solids and lactic acid are derived from the method of preparation and preservation. Higher non fatty solids in makhan indicates use of self soured milk, while a high lactic acid content indicates prolonged storage and in sanitary conditions of manufacture.

39 - 44 (6 Pages)
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4 Creamery Butter

Butter is one of the leading milk product in developed countries of the world. It serves as a balance wheel of dairy industry. Surplus milk is generally converted into butter to be used during the times of scarcity. It is an article of commerce and a sign if wealth. Butter is a fat concentrate, which is obtained by churning cream, gathering the fat into a compact mass and then working it for proper distribution of moisture and salt. The art of butter making has a long history. The manufacture of butter was confined to colder regions where gravity creaming was successful. The milk was allowed to stand undisturbed for 10-12 hours until layer of cream collects at the top.

45 - 90 (46 Pages)
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5 Table Spreads

Introduction The demand for butter as table spread has declined due to high cost, poor spreadability at low temperature, high saturated fat and cholesterol content, changing life style and increased demand for healthy products. Today food industry is actively involved in new product development, this includes new formulations and imitation of foods being designed to compete with or replace existing products based on their superiority in convenience, cost and quality. The wide acceptance of bread in regular diet among urban consumers (75 percent of all household) reflects around 8 percent rate of growth in bread consumption. With this increase, the requirement of a suitable spread to complement has also increased. Table spreads include a variety of spreadable semi-solid products such as fat spreads, cheese spread, peanut butter etc. Butter has also been blended with vegetable oils/fat to produce a product that retains dairy qualities of butter with enhanced spreadability.

91 - 118 (28 Pages)
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6 Ghee and Butter Oil

Introduction Ghee is the pure clarified butter fat prepared chiefly from cream and/or desi butter (Makhan) to which no colouring matter is added.  Ghee manufacture has great significance and relevance to Indian masses and the dairy industry. Ghee is a very popular product since ancient time and has greater demand during festival and other ceremonial functions where use of ghee in food has been considered to delicacy due to its pleasing flavour and aroma. There are sufficient recorded evidence to prove that the manufacture of ghee originated from India and has been used extensively for religious and dietary purposes since Vedic times. Presently about 28% of total milk production is utilized for manufacture of about 1 million tones of ghee per annum. It is the traditional product with an established market. Cow ghee is golden yellow in colour, and is attributed unique therapeutic value.  The colour of buffalo ghee is greenish yellow due to presence of pigments called billirubin and billiverdin. Ghee is characterized by its pleasant, cooked and rich flavour. The preferred texture is of larger uniform size from grains having non-greasy consistency.

119 - 160 (42 Pages)
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7 Nutritional Aspect of Milk Fat

Introduction In the recent past there has been a great deal of questioning regarding role of milk fat in cholesterol metabolism and other body functions. The enormous wave against cholesterol containing foods has damaged the image and market growth of fat rich dairy products. This trend is due to presence of saturated fats and cholesterol that are known to increase the incidence of coronary heart diseases one of the common cause of heart attack. The educated and urban society is more health conscious about the presence of cholesterol in their diets. This has led to the greater demand of cholesterol free foods. Ghee being a saturated fat and containing little amount of cholesterol, is suspected to contribute towards coronary heart diseases. However, critically surveyed scientific literature indicates that there is no evidence of any association of milk fat with increased risk of coronary heart diseases. Age old and proven Ayurvedic system of medicine has proved the usage of ghee to induce several beneficial effects on human health and used extensively for therapeutic purpose like in treatment of skin allergy, respiratory diseases, curative for ulcers and eye diseases. This suggest that ghee is a valuable form of dietary fat.

161 - 166 (6 Pages)
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8 By-Products From Fat Rich Product Industry

Introduction The economic choice of any process is the criterion for efficient utilization of the by-product that is produced along side of main product. During manufacture of major dairy products, the dairy industry also ends up in producing different by-products. Various by-products of dairy industry are skim milk, butter milk , whey and ghee residue. Dairy industry is particularly confronted with the problem of economic utilization of whey and ghee residue. The techno-economical problems associated with utilization of these by-products, is now receiving considerable attention. More efficient, cost effective and sophisticated technologies have opened up new vistas for manufacture of number of derived by-products. Further more the market for dairy by-products, as an ingredients in other consumer food products like snacks, ready meals and microwavable food products, has been growing.

167 - 186 (20 Pages)
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9 Food Regulatory and Quality Assurance Aspects

Over the past several years, there has been significant change in consumer perception on quality and food safety. Consumers are demanding healthy, nutritious and cost-effective products processed under controlled hygienic conditions. Food safety concern, in recent years, has become dominant and important. The requirement of food safety and quality assurance has never been so demanding as it is now. Globally food safety is being addressed independent of food quality. In anticipation of consumer demands on food safety, food sanitary standards at national and international levels are under constant review. Several inter governmental agencies/organizations are engaged in work related to quality assurance and food safety. Amongst these World Health Organization (WHO) and Codex Alimentarius Commission (CAC) play the major role in protecting public health and defining standards of quality and safety aspects of foods for regional and or world wide usage.

187 - 206 (20 Pages)
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dairy technology programs, undergraduate students, institutions, dairy science colleges, agricultural universities, deemed universities, cream, makkhan, desi butter, creamery butter, table spreads, ghee, butter oil, nutritional aspect, milk fat, by-products, food regulatory, quality assurance

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