MUFFINS INTRODUCTION,MISSION OF THE PROGRAM,OBJECTIVES,THE MANUFACTURING PROCESS,PERCENTAGE OF RAW MATERIAL,BREAK EVEN POINT,NATURE OF MARKETING,CONCLUSION,
This document discusses various fruit and vegetable products including jam, jelly, marmalade, pickles, chutneys and sauces. It provides definitions, ingredients, and the technological processes for making each product. For jam, jelly and marmalade it describes the roles of pectin, theories of gel formation, and potential problems in production. Standard processes involve washing, peeling, boiling, adding sugar and acid, and filling into sterilized containers. Quality is ensured through testing viscosity, acidity, sugar content and sealing containers.
The document discusses biscuits and cookies, including their definitions, types, ingredients, and manufacturing processes. Some key points:
- Biscuits are cereal-based products with less than 5% moisture that have a crisp crust and tender layers.
- India's annual bakery production in 2004-2005 was 50 lakh tones worth Rs. 69 billion, with organized players having 45% market share. Major biscuit brands include Britannia, Parle, and Bakeman.
- Biscuits can be classified by dough (hard, semi-hard, soft) and shaping method (embossing, rotary cutting). The manufacturing process involves ingredient preparation, mixing, molding, baking, cooling
Skimmed milk is milk that has had almost all of its fat removed. It contains less than 0.5% milk fat. Skimmed milk is a good substitute for whole milk for those wanting to reduce fat and calorie intake. It is low in fat but still provides important nutrients like protein, calcium, vitamins, and minerals. Skimmed milk powder is produced by removing water from skimmed milk through a process like spray drying. It is commonly used in baking, ice cream production, and reconstituted as milk for drinking or cooking. Historically skimmed milk was often used for livestock feeding but it is now more commonly utilized through standardization, preservation as skimmed milk powder, or for case
This document provides an overview of confectionery products. It defines confectionery as food items that are rich in sugar and carbohydrates, including sweets, chocolates, pastries, and cakes. The document categorizes different types of confections and lists common ingredients used. It notes that while confections provide calories, they are generally low in nutrients. The document also discusses potential contaminants in colorants and how they can harm children.
Khoa is a partially dehydrated milk product made by continuously heating and stirring milk until it reaches a semi-solid consistency. It is classified based on fat and moisture content into different types suitable for making sweets. Khoa is produced through existing batch methods or improved continuous methods. It provides nutrients from milk and is commonly used as a base for Indian sweets or consumed directly. Proper packaging and refrigerated storage helps extend the shelf life of khoa.
This document discusses traditional methods of food preservation, including controlling pH and water activity, heat treatment, freezing, fermentation, using natural antimicrobials and antioxidants, nitrites, and drying. It provides details on each method such as how pH is controlled through organic acids, how water activity relates to microbial growth, examples of heat treatment processes like pasteurization, how freezing prevents spoilage, the classification and principles of fermentation, common natural antimicrobials from plants and microorganisms, how antioxidants prevent rancidity, the use of nitrites in curing meat, and classifications of drying processes.
Condensed milk was invented in the 1850s by Gail Borden as a way to preserve milk for long periods. It involves evaporating water from milk to increase its concentration and shelf life. Sugar is often added to further preserve it. The processing involves standardizing, heating, condensing the milk in a vacuum, homogenizing, cooling and crystallizing it before packaging. Condensed milk can last up to a year unopened but only 2-3 weeks once opened. It is commonly used in desserts, drinks, ice cream and confectionaries due to its thickness and sweetness.
This document discusses various fruit and vegetable products including jam, jelly, marmalade, pickles, chutneys and sauces. It provides definitions, ingredients, and the technological processes for making each product. For jam, jelly and marmalade it describes the roles of pectin, theories of gel formation, and potential problems in production. Standard processes involve washing, peeling, boiling, adding sugar and acid, and filling into sterilized containers. Quality is ensured through testing viscosity, acidity, sugar content and sealing containers.
The document discusses biscuits and cookies, including their definitions, types, ingredients, and manufacturing processes. Some key points:
- Biscuits are cereal-based products with less than 5% moisture that have a crisp crust and tender layers.
- India's annual bakery production in 2004-2005 was 50 lakh tones worth Rs. 69 billion, with organized players having 45% market share. Major biscuit brands include Britannia, Parle, and Bakeman.
- Biscuits can be classified by dough (hard, semi-hard, soft) and shaping method (embossing, rotary cutting). The manufacturing process involves ingredient preparation, mixing, molding, baking, cooling
Skimmed milk is milk that has had almost all of its fat removed. It contains less than 0.5% milk fat. Skimmed milk is a good substitute for whole milk for those wanting to reduce fat and calorie intake. It is low in fat but still provides important nutrients like protein, calcium, vitamins, and minerals. Skimmed milk powder is produced by removing water from skimmed milk through a process like spray drying. It is commonly used in baking, ice cream production, and reconstituted as milk for drinking or cooking. Historically skimmed milk was often used for livestock feeding but it is now more commonly utilized through standardization, preservation as skimmed milk powder, or for case
This document provides an overview of confectionery products. It defines confectionery as food items that are rich in sugar and carbohydrates, including sweets, chocolates, pastries, and cakes. The document categorizes different types of confections and lists common ingredients used. It notes that while confections provide calories, they are generally low in nutrients. The document also discusses potential contaminants in colorants and how they can harm children.
Khoa is a partially dehydrated milk product made by continuously heating and stirring milk until it reaches a semi-solid consistency. It is classified based on fat and moisture content into different types suitable for making sweets. Khoa is produced through existing batch methods or improved continuous methods. It provides nutrients from milk and is commonly used as a base for Indian sweets or consumed directly. Proper packaging and refrigerated storage helps extend the shelf life of khoa.
This document discusses traditional methods of food preservation, including controlling pH and water activity, heat treatment, freezing, fermentation, using natural antimicrobials and antioxidants, nitrites, and drying. It provides details on each method such as how pH is controlled through organic acids, how water activity relates to microbial growth, examples of heat treatment processes like pasteurization, how freezing prevents spoilage, the classification and principles of fermentation, common natural antimicrobials from plants and microorganisms, how antioxidants prevent rancidity, the use of nitrites in curing meat, and classifications of drying processes.
Condensed milk was invented in the 1850s by Gail Borden as a way to preserve milk for long periods. It involves evaporating water from milk to increase its concentration and shelf life. Sugar is often added to further preserve it. The processing involves standardizing, heating, condensing the milk in a vacuum, homogenizing, cooling and crystallizing it before packaging. Condensed milk can last up to a year unopened but only 2-3 weeks once opened. It is commonly used in desserts, drinks, ice cream and confectionaries due to its thickness and sweetness.
The document discusses evaporation as a process to remove water from dilute liquids to produce concentrated liquids. It describes how an evaporator uses a heat exchanger and vacuum chamber to boil liquids at low temperatures, minimizing heat damage. Various types of evaporators are covered, including single-effect, multiple-effect, batch, natural circulation, rising film, falling film, and forced circulation evaporators. Key factors that affect evaporation rates like heat transfer, boiling point, pressure, and changes to products are also summarized.
The document discusses traditional Indian rice products such as puffed rice and flaked rice. Puffed rice, also known as muri, is made by heating rice kernels with steam under pressure, which causes them to puff up and become light and crispy. Flaked rice is produced by soaking, flattening, and drying rice to create thin, crispy flakes. The manufacturing processes for these rice varieties and their importance as value-added food products are described.
Freezing time is defined as the time required to lower a food's temperature from its initial temperature to a target storage temperature, usually -10°C or -18°C. Several factors influence freezing time, including initial/final temperatures, heat removal quantity, food dimensions/shape, heat transfer process, and temperature. Various models have been developed to estimate freezing time, such as Plank's model, Cleland and Earle's model, and Pham's model. Accurately predicting freezing time can be challenging due to uncertainties in thermal properties, freezing conditions, model assumptions, and non-uniform product thickness.
detailed information about indian dairy products their manufacturing,chemical analysis,shelf life,composition,process flowchart,production and consumption of indian products, state wise production,indian products and their english counterparts
This document defines butter and its standards according to FSSAI and other regulatory bodies. It discusses the key components of butter including milk fat content and microbiological standards. The document also covers the production process for butter including cream preparation, neutralization, standardization, pasteurization, ripening, cooling, churning and salting. Food additives permitted in butter are also outlined.
This document summarizes several common milk quality tests, including organoleptic, clot on boiling, alcohol, starch, and acidity tests. The organoleptic test uses sight, smell, and taste to rapidly identify poor quality milk without equipment. The clot on boiling test checks for abnormal milk like mastitis milk by looking for coagulation when a sample is boiled. The alcohol test detects increased acidity or rennet levels by checking for coagulation when milk is mixed with alcohol. The starch test uses iodine to detect adulteration with starch by looking for a color change. Finally, the acidity test measures pH to identify developed acidity from bacterial growth.
This presentation contains all information on mixing and different mixing equipment used in food industry. The different equipment includes those for solids, liquids and semi solids. It consist of tumbling mixers, rotational screw mixers, agitators, impellers, paddle mixers, planetary mixers and so much more.
This document discusses the utilization of dairy by-products, focusing on skim milk. It outlines how skim milk is produced and its large quantities as a by-product of butter and cheese making. The document then discusses several ways skim milk can be utilized, including as human food either on its own or in cooking, as animal feed, in cheese production, as fertilizer, and in the production of casein which has various industrial uses. The best uses are directly as human food or animal feed to extract the most nutritional value from this by-product.
Channa
Chhena or sana are curds or cheese curds, originating from the Indian subcontinent. Chhana is an acid coagulated product obtained from milk.
Paneer
Paneer is a heat-acid coagulated milk product obtained by coagulating standardized milk with the permitted acids at specified temperature
Chemical Composition
The chemical composition of chhena depends mainly on the initial composition of milk, the conditions of coagulation, the technique of straining( which determines the moisture content), and loses of milk solids in the whey.
This document discusses different types of milk products in India. It begins by defining milk and noting that India is the largest producer of milk globally. It then describes several processed milk products including standardized milk, homogenized milk, sterilized milk, flavored milk, toned milk, and double toned milk. For each product, it provides details on the processing involved, standards required, and flows of production. Formulas and processes like Pearson's square for standardization and homogenization equipment are outlined.
High pressure processing (HPP) is a non-thermal food preservation technique that uses high water pressure to kill microorganisms and inactivate enzymes in food. It allows foods to be preserved without heat, maintaining texture, flavor and nutrition. HPP uses pressures of 100-1000 MPa for a few minutes to kill pathogens and extend shelf life. It has been widely adopted since the 1990s for products like guacamole, juices and dairy. HPP provides a safe alternative to thermal pasteurization and allows preservation of thermosensitive qualities in foods like proteins and vitamins.
This document discusses different types of milk including soft curd milk, vitaminized/irradiated milk, fermented milk, rehydrated milk, recombined milk, and humanized milk. It provides details on the characteristics, methods of preparation, advantages and disadvantages of these milk types. The document also discusses requirements for milk to remain stable without deterioration and be safe for consumption.
This document discusses the causes of bread staling. It identifies the main causes as starch retrogradation, water migration and redistribution, protein-starch interaction, and gluten transformations. Starch retrogradation occurs as amylose and amylopectin realign themselves, causing the crumb to harden. Water migrates from the crumb to the crust, reducing moisture in the crumb and leading to firming. Protein and starch interact, shifting water from gluten to starch. The role of gluten transformations in staling is still uncertain. Understanding these staling mechanisms can help bakeries prevent staling and reduce losses from stale bread.
Dry and wet milling processes are used to break down corn into its components. In dry milling, corn is cleaned, conditioned, degermed, dried, cooled, graded, and ground to produce products like grits, meal, flour and hominy feed. Wet milling involves steeping corn in water to separate starch from other components. The corn is milled, separated in germ separators, finely ground, screened to separate fiber from starch and gluten, and centrifuged to separate starch from gluten. The resulting products include corn oil, fiber, gluten and highly purified corn starch.
The document discusses different types of confectionery products. It begins by describing the various ingredients commonly used in making confections like sugars, dairy products, fats, hydrocolloids, emulsifiers, colors, flavors, and antioxidants. It then explains the different categories of confections - flour, sugar, chocolate, milk and other confections. Specific examples like toffee manufacturing process and popular Indian and international confections are also mentioned. The document provides detailed information on ingredients and processes involved in the confectionery industry.
Gives information, importance and objectives of various food laws and standards of India. helps to understand indian food standards better. Functions of various food laws helps to learn to purchase food products as a consumer.
The document discusses ghee, including its definition as clarified butter, types, properties, methods of preparation and manufacturing, defects, adulteration, food value, benefits and uses. It describes the common methods like desi, creamery butter and pre-stratification. Equipment used in manufacturing includes cream separators, ghee boilers, butter churners and filtration tanks. Ghee provides energy, good fats and vitamins while benefits include memory, skin and hair health. It is commonly used in Indian and Middle Eastern cooking and can be packaged in materials like tin, glass or laminates for storage.
An emulsion consists of two immiscible liquids, like oil and water, with one dispersed as small spherical droplets in the other. There are two types of simple emulsions: water-in-oil and oil-in-water. Food emulsions are usually stabilized by emulsifiers and have droplet sizes ranging from 0.1 to 100 micrometers. The formation of emulsions requires the dispersion of one liquid phase into small droplets through processes like homogenization, which increases the interfacial area between the phases.
The document discusses byproducts of the egg industry, focusing on eggshells and hatchery waste. It describes how eggshells can be separated from hatchery waste using various mechanical methods. It then discusses several potential utilization methods for eggshells and hatchery waste, including as fertilizer, supplements for animal feed, construction materials, medical treatments, and more. It also describes methods for producing hydroxyapatite from eggshells. Finally, it summarizes two research papers, one on using eggshell powder to fortify bread and another on using eggshells for adsorption and colorimetric detection of heavy metals.
Butter: Manufacturing Process and Standard specificationsPRASANNA BHALERAO
Butter is defined as a fatty product derived exclusively from milk. It is principally in the form of a water-in-oil emulsion and has a minimum milk fat content of 80%. The butter making process involves pasteurizing, ripening, churning, working, and packaging the cream. Additives like salt and coloring are often added to butter to improve qualities like flavor and shelf life. Butter is classified based on factors like acidity of cream, salt content, and intended end use.
content
ntroduction
introduction to oats
market survey
mission of the program
objectives of cookies
cashew
flowsheet manufacturing of cookies
project economy
break even point
nature of marketing
conclusion
oats and almond cookies
what is farali chivda,introduction of farali chivda,mission of the program,the manufacturing process of thr farali chivda,percentage of raw material,recipe of farali chivda,cost for raw material,project economy,break even point,nature of marketing,
The document discusses evaporation as a process to remove water from dilute liquids to produce concentrated liquids. It describes how an evaporator uses a heat exchanger and vacuum chamber to boil liquids at low temperatures, minimizing heat damage. Various types of evaporators are covered, including single-effect, multiple-effect, batch, natural circulation, rising film, falling film, and forced circulation evaporators. Key factors that affect evaporation rates like heat transfer, boiling point, pressure, and changes to products are also summarized.
The document discusses traditional Indian rice products such as puffed rice and flaked rice. Puffed rice, also known as muri, is made by heating rice kernels with steam under pressure, which causes them to puff up and become light and crispy. Flaked rice is produced by soaking, flattening, and drying rice to create thin, crispy flakes. The manufacturing processes for these rice varieties and their importance as value-added food products are described.
Freezing time is defined as the time required to lower a food's temperature from its initial temperature to a target storage temperature, usually -10°C or -18°C. Several factors influence freezing time, including initial/final temperatures, heat removal quantity, food dimensions/shape, heat transfer process, and temperature. Various models have been developed to estimate freezing time, such as Plank's model, Cleland and Earle's model, and Pham's model. Accurately predicting freezing time can be challenging due to uncertainties in thermal properties, freezing conditions, model assumptions, and non-uniform product thickness.
detailed information about indian dairy products their manufacturing,chemical analysis,shelf life,composition,process flowchart,production and consumption of indian products, state wise production,indian products and their english counterparts
This document defines butter and its standards according to FSSAI and other regulatory bodies. It discusses the key components of butter including milk fat content and microbiological standards. The document also covers the production process for butter including cream preparation, neutralization, standardization, pasteurization, ripening, cooling, churning and salting. Food additives permitted in butter are also outlined.
This document summarizes several common milk quality tests, including organoleptic, clot on boiling, alcohol, starch, and acidity tests. The organoleptic test uses sight, smell, and taste to rapidly identify poor quality milk without equipment. The clot on boiling test checks for abnormal milk like mastitis milk by looking for coagulation when a sample is boiled. The alcohol test detects increased acidity or rennet levels by checking for coagulation when milk is mixed with alcohol. The starch test uses iodine to detect adulteration with starch by looking for a color change. Finally, the acidity test measures pH to identify developed acidity from bacterial growth.
This presentation contains all information on mixing and different mixing equipment used in food industry. The different equipment includes those for solids, liquids and semi solids. It consist of tumbling mixers, rotational screw mixers, agitators, impellers, paddle mixers, planetary mixers and so much more.
This document discusses the utilization of dairy by-products, focusing on skim milk. It outlines how skim milk is produced and its large quantities as a by-product of butter and cheese making. The document then discusses several ways skim milk can be utilized, including as human food either on its own or in cooking, as animal feed, in cheese production, as fertilizer, and in the production of casein which has various industrial uses. The best uses are directly as human food or animal feed to extract the most nutritional value from this by-product.
Channa
Chhena or sana are curds or cheese curds, originating from the Indian subcontinent. Chhana is an acid coagulated product obtained from milk.
Paneer
Paneer is a heat-acid coagulated milk product obtained by coagulating standardized milk with the permitted acids at specified temperature
Chemical Composition
The chemical composition of chhena depends mainly on the initial composition of milk, the conditions of coagulation, the technique of straining( which determines the moisture content), and loses of milk solids in the whey.
This document discusses different types of milk products in India. It begins by defining milk and noting that India is the largest producer of milk globally. It then describes several processed milk products including standardized milk, homogenized milk, sterilized milk, flavored milk, toned milk, and double toned milk. For each product, it provides details on the processing involved, standards required, and flows of production. Formulas and processes like Pearson's square for standardization and homogenization equipment are outlined.
High pressure processing (HPP) is a non-thermal food preservation technique that uses high water pressure to kill microorganisms and inactivate enzymes in food. It allows foods to be preserved without heat, maintaining texture, flavor and nutrition. HPP uses pressures of 100-1000 MPa for a few minutes to kill pathogens and extend shelf life. It has been widely adopted since the 1990s for products like guacamole, juices and dairy. HPP provides a safe alternative to thermal pasteurization and allows preservation of thermosensitive qualities in foods like proteins and vitamins.
This document discusses different types of milk including soft curd milk, vitaminized/irradiated milk, fermented milk, rehydrated milk, recombined milk, and humanized milk. It provides details on the characteristics, methods of preparation, advantages and disadvantages of these milk types. The document also discusses requirements for milk to remain stable without deterioration and be safe for consumption.
This document discusses the causes of bread staling. It identifies the main causes as starch retrogradation, water migration and redistribution, protein-starch interaction, and gluten transformations. Starch retrogradation occurs as amylose and amylopectin realign themselves, causing the crumb to harden. Water migrates from the crumb to the crust, reducing moisture in the crumb and leading to firming. Protein and starch interact, shifting water from gluten to starch. The role of gluten transformations in staling is still uncertain. Understanding these staling mechanisms can help bakeries prevent staling and reduce losses from stale bread.
Dry and wet milling processes are used to break down corn into its components. In dry milling, corn is cleaned, conditioned, degermed, dried, cooled, graded, and ground to produce products like grits, meal, flour and hominy feed. Wet milling involves steeping corn in water to separate starch from other components. The corn is milled, separated in germ separators, finely ground, screened to separate fiber from starch and gluten, and centrifuged to separate starch from gluten. The resulting products include corn oil, fiber, gluten and highly purified corn starch.
The document discusses different types of confectionery products. It begins by describing the various ingredients commonly used in making confections like sugars, dairy products, fats, hydrocolloids, emulsifiers, colors, flavors, and antioxidants. It then explains the different categories of confections - flour, sugar, chocolate, milk and other confections. Specific examples like toffee manufacturing process and popular Indian and international confections are also mentioned. The document provides detailed information on ingredients and processes involved in the confectionery industry.
Gives information, importance and objectives of various food laws and standards of India. helps to understand indian food standards better. Functions of various food laws helps to learn to purchase food products as a consumer.
The document discusses ghee, including its definition as clarified butter, types, properties, methods of preparation and manufacturing, defects, adulteration, food value, benefits and uses. It describes the common methods like desi, creamery butter and pre-stratification. Equipment used in manufacturing includes cream separators, ghee boilers, butter churners and filtration tanks. Ghee provides energy, good fats and vitamins while benefits include memory, skin and hair health. It is commonly used in Indian and Middle Eastern cooking and can be packaged in materials like tin, glass or laminates for storage.
An emulsion consists of two immiscible liquids, like oil and water, with one dispersed as small spherical droplets in the other. There are two types of simple emulsions: water-in-oil and oil-in-water. Food emulsions are usually stabilized by emulsifiers and have droplet sizes ranging from 0.1 to 100 micrometers. The formation of emulsions requires the dispersion of one liquid phase into small droplets through processes like homogenization, which increases the interfacial area between the phases.
The document discusses byproducts of the egg industry, focusing on eggshells and hatchery waste. It describes how eggshells can be separated from hatchery waste using various mechanical methods. It then discusses several potential utilization methods for eggshells and hatchery waste, including as fertilizer, supplements for animal feed, construction materials, medical treatments, and more. It also describes methods for producing hydroxyapatite from eggshells. Finally, it summarizes two research papers, one on using eggshell powder to fortify bread and another on using eggshells for adsorption and colorimetric detection of heavy metals.
Butter: Manufacturing Process and Standard specificationsPRASANNA BHALERAO
Butter is defined as a fatty product derived exclusively from milk. It is principally in the form of a water-in-oil emulsion and has a minimum milk fat content of 80%. The butter making process involves pasteurizing, ripening, churning, working, and packaging the cream. Additives like salt and coloring are often added to butter to improve qualities like flavor and shelf life. Butter is classified based on factors like acidity of cream, salt content, and intended end use.
content
ntroduction
introduction to oats
market survey
mission of the program
objectives of cookies
cashew
flowsheet manufacturing of cookies
project economy
break even point
nature of marketing
conclusion
oats and almond cookies
what is farali chivda,introduction of farali chivda,mission of the program,the manufacturing process of thr farali chivda,percentage of raw material,recipe of farali chivda,cost for raw material,project economy,break even point,nature of marketing,
Introduction to flax seed and chocolate
Falxseed and chocolate muffins
Nutrition composition of flaxseed
Health benefits of flaxseed
Flaxseed enriched chocolate muffins floe chart
Packing material
standardisation recipe
Preparation of slice Cake with fortification of oats.food tech blog
Studyes on process for preparation of slice cake with fortification of oats.
objectives
mission of the program
introduction
manufacturing process of slice cake
This document discusses the preparation of milk powder. It describes the types of milk powder including skim milk powder, whole milk powder, and buttermilk powder. The procedure for making milk powder involves standardizing raw milk, heat treatment, evaporation, drying, cooling, sieving, packing, and storing. Milk powder has a long shelf life of 18 months when stored properly and is widely used in baked goods, sweets, and developing countries due to its non-perishable nature. Entrepreneurial skills like communication, relationship building, and goal setting are important for successful milk powder businesses.
flax seed cookies introduction,flax seed benefits,flax seed cookies objective,flax seed cookies mission,how to prepare flax seed cookies ,project economy,flax seed recipe,standard procedure of making flax seed,revenue generation,economic feasibility,marketing of products,conclusion.
www.foodtechblog.in
1) The document describes the development of a nutritious double chocolate almond biscotti product and a study of its shelf life.
2) Sensory evaluation was conducted on testers using a 5-point scale to standardize and finalize the recipe. The product scored well for taste, flavor, color and texture.
3) Weekly sensory evaluations over 4 weeks found the product maintained good characteristics for 3 weeks. By week 4, changes in taste and flavor were observed. The shelf life was labeled as 1 month.
4) A nutritional label and polypropylene packaging were developed. Budgeting showed a profit was made from selling 41 packets at Rs. 35 each.
Feed storage practices and attitudes towards milk hygiene in the Greater Addi...ILRI
Presentation by Barbara Szonyi, Dawit Gizachew, Azage Tegegne, Jean Hanson and Delia Grace at a consultative workshop on milk quality, Addis Ababa, Ethiopia, 25-26 June 2015.
Nature's Bake was established in 1990 to produce healthy breads and flatbreads using whole grains and natural ingredients. They aim to be the leading producer of flatbreads through producing differentiated, high-quality products. Nature's Bake uses a HACCP certified process to bake fresh products daily at their facility which currently employs around 45 people across various production and office roles. Their portfolio includes various types of pita breads, tortilla wraps, and buns made through a yeast-raising process and focused on nutritional quality and taste.
The document describes a project to develop composite dairy foods using underutilized cereals like pearl millet and barley to increase the nutritional and health profiles. Technologies were optimized to produce convenience foods, snacks, beverages and complementary foods. Evaluation found the products were accepted by consumers and entrepreneurs and helped promote millet production and consumption.
Traditional fermented milk products of india by Geeta ChauhanGeeta12344
- Traditional fermented milk products like dahi, lassi, and shrikhand have been an important part of Indian culture for thousands of years according to ancient texts.
- India is currently the world's largest producer and consumer of milk, producing over 8.5 million tons annually. Increased demand and private investment are expected to further increase production.
- Fermented milk products make up 45% of India's total milk usage. They are considered healthy as they contain probiotics and aid in lactose digestion. Standardizing production techniques while maintaining quality presents challenges to further developing these traditional products commercially.
Marketing Management of Mother dairy. It includes 4P's of Marketing, SWOT analysis of Mother Dairy company, Marketing Strategies used by Mother Dairy company.
The document is an experiential learning programme report submitted by Prince Prakash for their B.Sc. (Ag) 8th semester. It includes details of the mushroom production and marketing module undertaken as part of the programme. Key points covered are introduction to oyster mushrooms, materials and procedure for cultivation, production and sales report, market assessment, and financial projections for establishing a mushroom business over 5 years.
The document summarizes the internship of Somaram K at Tamil Nadu Co-operative Milk Producers' Federation Limited in Dindigul District. It discusses the key steps in milk processing including reception, storage in tanks, homogenization, pasteurization, centrifugal separation into cream and skimmed milk, and packaging. The vision, mission and 5 forces analysis of the organization are also summarized. Dindigul Milk Union plays an important role in procuring milk from local producers and processing it for distribution. The internship provided exposure to the end-to-end operations of milk processing.
The document summarizes the production process of Parle-G biscuits. It discusses the raw materials used like wheat flour, sugar, oils, and leavening agents. It also mentions the quality control measures and machinery used in the manufacturing process, including a multipack wrapping machine that seals biscuits in wrappers at programmed speeds. Parle-G is a hugely popular brand in India and internationally, and the company takes great care to ensure quality and hygiene at every stage of biscuit production.
This document provides information on the manufacturing processes for various fermented foods including bread, beer, and cheese. It discusses the roles of bacteria, yeast, and moulds in food fermentation and describes the fermentation of specific foods like bread, beer, cheese, and soy sauce. The document also outlines the benefits of fermented foods for consumers and provides details on industries involved in bread manufacturing.
Baker's Delight Pvt. Ltd. produces super bread to address issues with normal bread like short shelf life and uneven shapes. Super bread uses high quality ingredients, unique packaging like bread boxes, and saucer shaping to reduce waste. It also offers ready to eat options by including toppings. Through effective advertising, promotions, and partnerships, the company aims to launch super bread and position it as the best wheat flour bread for consumers on the go. Market research and a focus on quality and nutrition are meant to support successful launch and growth.
In Asia Pacific, about 25% of the bakery launches are from Japan making them as the most active market in coming up of new products. Majority of Japan’s bakery launches are unique and are far advanced in innovation. Therefore, they will set the trends in Southeast Asia’s bakery scene.
This document presents a project report on the development of foxtail millet pastry and dessert. It discusses how foxtail millet flour was used to replace wheat flour in pastries to improve their nutritional value. The report describes the nutritional benefits of foxtail millet and other ingredients used. It outlines the methodology used to make foxtail millet pastries, including mixing, baking, and cooling the batter. Finally, it concludes that foxtail millet pastries provide nutrition and taste while being gluten-free, and have potential for use in the bakery industry.
Similar to MULTI GRAIN MUFFINS (OATS AND SOYABEAN)STANDARD RECIPE AND PROCEDURE. (20)
Detail study about ginger garlic paste
content
introduction
raw material used
health benefits of ginger & garlic
objective of the study
preparation of business plan
organization of production
raw material cost
economy of production
project economy
fixed capital
nutritional value of 100 gm ginger garlic paste
documentation of report
conclusion
reference
mix fruit jam
content
introduction
raw material used
health benefits of mix fruit jam
objectives
preparation of business plan
organization of production
organizing utility
time management
production marketing
method of preparation of mix fruit jam
sales
raw material costs
economy production
fixed capital
nutritional value of mixed fruit jam
What is hurdle technology,
Introduction to hurdle technology
Need of hurdle technology
Hurdle effects
How it work in food industry
Types of hurdle used in food preservation.
Aloe Vera as a nutraceutical
Content
Introduction of Aloe Vera
name
family
origin
botanical name
Introduction to nutraceutical
History of nutraceutical
and aloe Vera
Nutritional composition
Cultivation method of aloe vera
Varieties of products in aloe vera
health benefits of aloe vera
advantages and disadvantages of aloe vera
conclusion
What is nutrigenomics ,introduction to genomic,introduction to nutrigenomics, examples ,1)folate2) pku 3)lactose intolersnce
2)antiaging
Diet disease interaction ,advantages of nutrigenomics ,disadvantages of nutrigenomics
why need of nutrigenomic,what are the uses of nutrigenomics,
Defects of Biscuits,content,Oozing of biscuits,Spreading of biscuits,Reverse shell,Blisters,Breakage. Definition of biscuits.1)Oozing of biscuits
2)spreading of biscuits
3)Reverse shell
4)Blisters
5)Breakage
Discription of biscuits defects
all are happens at the time of manufacturing of biscuits
In food industries above all the the common defects happens usually
Use of enterprise resource planning(erp) in food industry food tech blog
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This document discusses genetically modified foods (GM foods) and their regulation in the United States and European Union. It describes how GM foods are created through genetic engineering techniques that modify the DNA of crops. The document outlines some benefits of GM foods, existing GM crops, and the US agencies that regulate them. It provides a history of US regulation starting in the 1970s and describes the FDA's substantial equivalence process for assessing the safety of GM foods. The document also discusses labeling requirements and compares the process-based regulatory approach of the EU to the product-based system used in the US.
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This document provides an overview of freshwater prawn farming. It discusses the introduction and classification of common freshwater prawn species used in farming. The life cycle, farming strategies, hatchery and pond management, water quality, feeding, growth, harvesting, and yields are described. Extensive, semi-intensive and intensive farming methods are compared. Advantages include providing nutrition and reducing health risks, while disadvantages include reliance on rainwater and inadequate commercial feeds.
A Review on Recent Advances of Packaging in Food IndustryPriyankaKilaniya
Effective food packaging provides number of purposes. It functions as a container to hold and transport the food product, as well as a barrier to protect the food from outside contamination such as water, light, odours, bacteria, dust, and mechanical damage by maintaining the food quality. The package may also include barriers to keep the product's moisture content or gas composition consistent. Furthermore, convenience is vital role in packaging, and the desire for quick opening, dispensing, and resealing packages that maintain product quality until fully consumed is increasing. To facilitate trading, encourage sales, and inform on content and nutritional attributes, the packaging must be communicative. For storage of food there is huge scope for modified atmosphere packaging, intelligent packaging, active packaging, and controlled atmosphere packaging. Active packaging has a variety of uses, including carbon dioxide absorbers and emitters, oxygen scavengers, antimicrobials, and moisture control agents. Smart packaging is another term for intelligent packaging. Edible packaging, self-cooling and self-heating packaging, micro packaging, and water-soluble packaging are some of the advancements in package material.
Panchkula offers a wide array of dining experiences. From traditional North Indian flavors to global cuisine, the city’s restaurants cater to every taste bud. Let’s dive into some of the best restaurants in Panchkula
The Menu affects everything in a restaurant; as our friend and FCSI consultant Bill Main says, “The Menu is your blueprint for profitability.”
Let’s start with the segment. What will be your marketing and brand positioning? It depends on what menu items you serve. What type of cooking methods and equipment will you use? GUEST EXPERIENCE = FACILITY (Space) DESIGN + MENU + SERVPOINTS™
W.H. Bender & Associates
408-784-7371
whb@whbender.com
www.whbender.com
San Jose, California
Cacao, the main component used in the creation of chocolate and other cacao-b...AdelinePdelaCruz
Cacao, the main component used in the creation of chocolate and other cacao-based products is cacao beans, which are produced by the cacao tree in pods. The Maya and Aztecs, two of the earliest Mesoamerican civilizations, valued cacao as a sacred plant and used it in religious rituals, social gatherings, and medical treatments. It has a long and rich cultural history.
Heritage Conservation.Strategies and Options for Preserving India HeritageJIT KUMAR GUPTA
Presentation looks at the role , relevance and importance of built and natural heritage, issues faced by heritage in the Indian context and options which can be leveraged to preserve and conserve the heritage.It also lists the challenges faced by the heritage due to rapid urbanisation, land speculation and commercialisation in the urban areas. In addition, ppt lays down the roadmap for the preservation, conservation and making value addition to the available heritage by making it integral part of the planning , designing and management of the human settlements.
Heritage Conservation.Strategies and Options for Preserving India Heritage
MULTI GRAIN MUFFINS (OATS AND SOYABEAN)STANDARD RECIPE AND PROCEDURE.
1. VASANTRAO NAIK MARATHWADA KRISHI VIDYAPEETH, PARBHANI
QUEEN’S COLLEGE OF FOOD TECHNOLOGY AND RESEARCH
FOUNDATION, AURANGABAD
ELP TOPIC: “STUDY ON PREPARATION AND MARKETING OF
MULTIGRAIN MUFFINS”
3. CONTENTS
Introduction
Mission of the programme
Objectives
Preparation of the muffins
Project Economy
Marketing
Conclusion
4. INTRODUCTION
• “A muffin is an individual sized quick bread”
• The derivation of the word “muffin” comes from the French word, “Moufflet”,
which is often times applied to bread which means ‘soft’.
• The Oat (Avena sativa),sometimes called the common oats, is a species of cereal
gain grown for its seed.
• Oats are generally considered healthy due to their rich content of several essential
nutrients like high in dietary fibers, proteins, B vitamins, carbohydrates &
minerals.
• The Soyabean (Glycine max) is a species of legume native to East Asia.
• Soyabean can be produce at least twice as much as protein as any other major
vegetable or grain crop.
• In 1970-1971 Narayanswamy and coworkers at CFTRI in Mysore developed a
method for making whole soy flour in India and created low cost protein food
based on a blend of Oats and Soya flour, means to supplement for low protein and
fiber diets.
5. MISSION OF THE PROGRAMME
• To acquire skills and knowledge for diverse methods of food preservation, value
addition and agro-processing that is applicable and practical at household level.
• To get an experience about production of food products.
• To provide a background for development of traditional product on a small cottage
and large scale.
• To learn about production, storage, dispatch and marketing of food product.
6. OBJECTIVES
• To standardize the process for preparation of Multigrain muffins.
• To evaluate overall acceptability of Multigrain muffins.
• To study the shelf life and market potential of Multigrain muffins.
• To make people more aware about the nutritive value of Soya & Oats.
• To study techno-economic feasibility of product.
7. THE MANUFACTURING PROCESS
selection of good quality raw material
↓
Weighing of ingredients.
↓
Sifting of Refined wheat flour, soya & oats flour.
↓
Adding baking powder to sifted flour.
↓
Beating of eggs, sugar, butter with vanilla.
↓
Adding the flour mixture to the prepared egg, sugar, butter mixture in small portion
and mixing well and add required quantity of milk.
↓
8. Pour the batter in mold and keep the moulds in oven for baking
Baking at 180°c for 20-25 minutes
cooling
Packaging and labeling
Storage
13. SALE = NO. OF PACKETS SOLD X COST OF ONE PACKET
= 125× 35
= 4375/-
PROFIT : Sale value – Production cost
= 4375 – 3025
= 1350/-
% PROFIT = PROFIT X 100
TOTAL INPUT
= 1350 X 100
3025
% PROFIT = 44.6%
14. Break Even Point
• “It is the level of volume of production at which the cost of production is equal to
selling cost.”
• Any volume of production beyond BEP could result in profit and any volume of
production below the BEP could result into loss.
CALCULATION
Fixed cost = processing cost + packaging cost + transportation cost
15. NATURE OF MARKETING
The product “Multigrain Muffins” were distributed to various outlets as a part of marketing. The
product was sold to relatives, friends as well as retail shops.
We have distributed our muffins at the following retail shops:
• Armaan’s Bakery, Padegaon.
• Sanjery kirana shop,Mitmita.
• Zanta dairy, Tarangan.
• Yash bikaner, Mitmita.
• Mauli Hotel, Mitmita.
16. CONCLUSION
“Multigrain muffin” has high nutritive value as well as excellent sensory
parameter. It also has good shelf life and storage period .Thus by looking at
consumer’s acceptability and economic feasibility of the product we decided to
make “Multigrain muffin”.
These project is techno-economically feasible.