Different types of mixers used in baking industryHabib Ur Rehman
The document discusses different types of mixers used in the baking industry. It describes continuous mixers, batch mixers, vertical or planetary bakery mixers, horizontal bakery mixers, and spiral bakery mixers. For each type of mixer, it provides details on how they work, their advantages and disadvantages. The key types discussed are vertical or planetary mixers, which use an orbital motion, horizontal mixers which have beaters that move horizontally, and spiral mixers which have a spirally shaped agitator.
The detailed description on theory of dryer, mechanism of drying and stages of drying. Water activity, types of dryers used in food processing industry, concept of osmotic dehydration of foods is discussed.
This document discusses various methods of bread making. It begins by introducing traditional bread making processes and how modern processes are faster and more efficient. The document then defines lean and rich doughs. It describes five common bread making methods: straight dough method, salt delayed method, no dough time method, sponge and dough method, and ferment and dough method. Each method is explained in one to three sentences. The document concludes by listing common bread faults, their causes, and suggested corrections.
Basic information on various ovens used in bakery and patisserie department of large scale hotels. brief description about types and other heating tools.
This document discusses dough rheology and various equipment used to analyze dough properties. It defines dough as a wet mass developed by mixing wheat flour, water, and other ingredients. Dough undergoes viscosity changes during mixing as it develops elastic and extensible characteristics. Equipment described includes the farinograph, extensograph, alveograph, mixograph, amylograph, and rapid visco analyzer. These tools measure properties like water absorption, viscosity, elasticity, and strength to evaluate dough development and quality.
Breakfast cereals classification and technologiespriteesutar
This document discusses breakfast cereals, including their classification, manufacturing processes, and key ingredients. It notes that breakfast cereals have evolved from simple cooked grains to highly processed ready-to-eat products. Cereals are classified as either hot (requiring cooking) or ready-to-eat. The major manufacturing processes include cooking, tempering, puffing, flaking, shredding, baking, drying, and adding flavorings and nutrients. Ready-to-eat cereals undergo processes like extrusion cooking before forming and drying operations to produce different cereal types.
This document provides information on aeration of stored grain to minimize deterioration. It defines aeration as forcing air through stored grain to remove heat and moisture. The objectives of grain aeration are outlined, and the typical components of an aeration system are described. Guidelines for the design of aeration systems are then presented, including considerations for airflow rate, fan selection, and air distribution. Steps for designing the aeration of a bulk storage facility are listed and an example design calculation for a rough rice storage is shown.
Different types of mixers used in baking industryHabib Ur Rehman
The document discusses different types of mixers used in the baking industry. It describes continuous mixers, batch mixers, vertical or planetary bakery mixers, horizontal bakery mixers, and spiral bakery mixers. For each type of mixer, it provides details on how they work, their advantages and disadvantages. The key types discussed are vertical or planetary mixers, which use an orbital motion, horizontal mixers which have beaters that move horizontally, and spiral mixers which have a spirally shaped agitator.
The detailed description on theory of dryer, mechanism of drying and stages of drying. Water activity, types of dryers used in food processing industry, concept of osmotic dehydration of foods is discussed.
This document discusses various methods of bread making. It begins by introducing traditional bread making processes and how modern processes are faster and more efficient. The document then defines lean and rich doughs. It describes five common bread making methods: straight dough method, salt delayed method, no dough time method, sponge and dough method, and ferment and dough method. Each method is explained in one to three sentences. The document concludes by listing common bread faults, their causes, and suggested corrections.
Basic information on various ovens used in bakery and patisserie department of large scale hotels. brief description about types and other heating tools.
This document discusses dough rheology and various equipment used to analyze dough properties. It defines dough as a wet mass developed by mixing wheat flour, water, and other ingredients. Dough undergoes viscosity changes during mixing as it develops elastic and extensible characteristics. Equipment described includes the farinograph, extensograph, alveograph, mixograph, amylograph, and rapid visco analyzer. These tools measure properties like water absorption, viscosity, elasticity, and strength to evaluate dough development and quality.
Breakfast cereals classification and technologiespriteesutar
This document discusses breakfast cereals, including their classification, manufacturing processes, and key ingredients. It notes that breakfast cereals have evolved from simple cooked grains to highly processed ready-to-eat products. Cereals are classified as either hot (requiring cooking) or ready-to-eat. The major manufacturing processes include cooking, tempering, puffing, flaking, shredding, baking, drying, and adding flavorings and nutrients. Ready-to-eat cereals undergo processes like extrusion cooking before forming and drying operations to produce different cereal types.
This document provides information on aeration of stored grain to minimize deterioration. It defines aeration as forcing air through stored grain to remove heat and moisture. The objectives of grain aeration are outlined, and the typical components of an aeration system are described. Guidelines for the design of aeration systems are then presented, including considerations for airflow rate, fan selection, and air distribution. Steps for designing the aeration of a bulk storage facility are listed and an example design calculation for a rough rice storage is shown.
Freezing is a key step in ice cream production that incorporates air into the mix to give it a light, creamy texture. There are two main types of freezers - batch and continuous. Batch freezers freeze individual batches while continuous freezers continuously feed and freeze the mix. Both utilize a freezing cylinder and dasher to freeze and incorporate air into the mix, though continuous freezers operate under pressure. Proper freezing results in small ice crystals that give ice cream a smooth body and texture.
This document describes the process of par-boiling rice. It involves soaking rice to allow absorption of water, steaming the rice to halt the soaking process, then drying the rice. Par-boiling makes the rice firmer, less sticky, and easier to mill. The document outlines the main equipment used in par-boiling systems and provides details on the specific processes for single boiled, double boiled, and cured/steamed rice varieties. It also discusses drying methods and considerations for maintaining rice quality during drying.
This document discusses the milling process for barley. It begins with an introduction to barley, including that it is the fourth most important cereal. The objectives of milling barley are then outlined. The milling process involves several steps: preliminary cleaning, conditioning, blocking/pearling, aspiration, and bleaching. Blocking removes the husk while pearling removes more layers. Bleaching removes the aleurone layer and gives the barley a white color. The output of the milling process can be pearl barley, blocked barley, or barley grits.
Bread faults and remidies by indianchefrecipe @ www.indianchefrecipe.comindian chefrecipe
This document provides information on common bread faults, their causes, and solutions. It also discusses parameters for baking bread, including dough temperature, proofer humidity, proofing time, oven temperature, and baking time. Additional sections cover topics like kneading, the purposes of mixing dough, undermixing and overmixing dough.
Different evaporators in food industeyketaki patil
Evaporation is a process used extensively in the food industry to remove water from liquids and reduce volumes. It works by heating a liquid to its boiling point to evaporate water. There are several types of evaporators that use different heating methods and liquid flow patterns. Multiple effect evaporators allow for more efficient evaporation by using steam from one effect to heat the next. Factors like viscosity, boiling point elevation, and fouling must be considered for proper evaporator design and operation. Common applications include concentrating fruit juices, coffee, milk and reducing waste volumes. Proper controls, hygienic design, and safety precautions are important for food evaporator systems.
Baking and roasting are similar processes that use heated air to alter the quality of foods. Baking is typically used for flour-based foods and fruits, while roasting is for meats, nuts and vegetables. Both processes involve heat transfer through radiation, convection and conduction to cook foods internally without exceeding 100°C. This causes surface changes that improve qualities like moisture retention. Ovens can be direct or indirect heating types, and batch, continuous or semi-continuous systems. Frying methods include deep frying by full submersion in hot oil, shallow frying with partial submersion, and stir frying using minimal oil. Frying oils undergo hydrolysis and oxidation over time, producing compounds that degrade quality
The document summarizes information about extrusion cooking. It begins with an introduction to extrusion cooking and lists its advantages. Examples of extruded products are provided. The document discusses different types of extruders and their components. The extrusion process and factors affecting it are explained. Key aspects of extrusion cooking covered include heating food materials under pressure to form new shapes and textures in a continuous process using an extruder machine.
1. Health based bakery products are those that provide special health benefits beyond basic nutrition, such as foods for people with certain intolerances or allergies. Common intolerances include gluten and lactose.
2. Bakery products can contribute to a healthier lifestyle, including whole grain and multigrain breads, cakes made with alternative ingredients, and high fiber options.
3. Sugar-free bakery products use natural sweeteners like honey, maple syrup, or artificial sweeteners that are heat-stable for baking. Organic bakery products avoid synthetic additives.
This document provides information on various drying methods for food, including thermal drying, tray drying, flash drying, drum drying, foam mat drying, freeze drying, vacuum drying, and fluidized bed drying. It describes the basic mechanisms and processes, advantages, disadvantages, and applications of each drying technique. Key points covered include how each method removes moisture from foods using heat, reduced pressure, or other means to preserve and process agricultural products.
Prepared by
Er. B. SREENIVASULA REDDY
Assistant Professor (Food Engineering)
College of Food Science and Technology
Chinnarangapuram, Pulivendula – 516390
YSR (KADAPA) District, Andhra Pradesh
The document discusses various methods for cake making, including shortening methods like creaming, two-stage, and flour batter. It also covers egg foam methods such as sponge, angel food, and chiffon. The creaming method involves softening and aerating fat with sugar before adding eggs and flour. The two-stage method is used for high-ratio cakes and involves mixing dry ingredients with shortening before adding liquids and eggs. Egg foam methods rely on beaten eggs for volume and involve folding dry ingredients into whipped eggs. Each method aims to combine and aerate ingredients while developing the proper texture.
The document discusses the key ingredients and processes involved in bread making. It provides information on various flour parameters like moisture content, protein content, ash content, and how they impact bread quality. It also discusses the roles of other ingredients like water, salt, sugar and yeast. Water is important for gluten formation and fermentation. Salt strengthens gluten and improves flavor while sugar feeds the yeast. Yeast is the main leavening agent and produces carbon dioxide through fermentation. The document outlines the fermentation process and optimal conditions for yeast activity.
Types of waste and magnitude of waste generationPritika Rana
Food industries generate large amounts of waste from their production processes. [1] Meat industries produce waste like blood, hair, skin and bones from animal slaughter. [2] The milk industry's main waste is sludge from wastewater treatment. [3] Fruits and vegetable industries deal with solid peels and skins as well as liquid waste from juicing. Proper utilization of these wastes is important to reduce environmental impact.
This document summarizes various types of baking and pastry equipment. It describes mixers like vertical mixers, spiral mixers, and horizontal mixers. It outlines dough handling equipment like dough sheeters, proofers, and retarders. It also discusses large ovens like deck ovens, rack ovens, and convection ovens. Finally, it provides an overview of various pans, containers, hand tools, and miscellaneous baking equipment.
This document discusses blanching of fruits and vegetables. It explains that blanching uses heat treatment to inactivate enzymes and describes under and over blanching. It notes the most heat resistant enzymes in vegetables and that blanching times vary based on size and other factors. Blanching is often used before freezing, canning, or dehydrating vegetables. Cooling must follow blanching to prevent over softening, and there are different methods for cooling. Reasons for blanching include slowing enzymes and preserving quality, cleansing surfaces, brightening color, retaining vitamins, and softening vegetables. The main types of blanching are hot water and steam blanching, and blanching parameters are provided for
Wheat is a staple food used to make flour for many baked goods and pasta. There are several types of wheat classified by color and hardness, including hard red winter wheat, hard red spring wheat, hard white wheat, soft white wheat, and durum wheat. The wheat grain has several layers - the bran, germ, and endosperm. The endosperm makes up most of the grain and contains starch and gluten proteins that are important for baking. Tests such as the farinograph, alveograph, and extensograph are used to evaluate the properties and quality of wheat flours.
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.
This document provides information on food preservation through thermal processing. It discusses microbial contamination of food and the types of bacteria that can cause food poisoning. It then describes various thermal processing techniques used for food preservation including blanching, pasteurization, and sterilization. For each technique, it outlines the purpose, common temperature and time parameters used, and examples of equipment involved. Key factors that affect the heat resistance of microorganisms are also summarized. The document serves as an introduction to the topic of food preservation through thermal processing.
The document discusses the key components and processes involved in bread making. It begins by outlining the basic ingredients of flour, salt, yeast, and water. It then describes three common types of dough: bulk fermented dough, no time dough, and ferment and dough. The document also discusses important considerations like temperature control and the roles of various ingredients like salt, yeast, and flour. It provides details on the steps in the bread making process such as fermentation, knocking back the dough, shaping the loaves, and baking.
Bakery ingrediends and their role in bakeryVînöd Påndëy
This document provides information about ingredients and processes used in baking. It discusses the basic ingredients used like sugar, shortening, fat, eggs, flour, milk and milk products, leavening agents and chocolate. It explains the types and properties of these ingredients. It also describes the stages of cooking sugar and temperatures used for yeast development. Finally, it lists some common bakery equipment used like various pans, cutters and electric mixers.
The document analyzes the distribution of China's biscuit manufacturing industry, finding that the major distribution areas are Shandong, Guangdong, and Fujian provinces, while the secondary distribution areas include Henan, Shanghai, Jiangsu, Hebei, Hubei, Jiangxi, and Zhejiang. It provides data on industry sales, employment, enterprise numbers, revenues, profits, and more for different regions and ownership types. The report also introduces an index to measure industry concentration in different areas of China.
The document describes various kitchen tools used in baking and pastry work. It provides brief descriptions of tools such as a pastry blender for cutting fat into flour, a rolling pin for flattening dough, and pizza cutters for cutting pizza or other foods. It also mentions tools for measuring ingredients accurately, mixing batters, baking items like cakes, pies, and cookies, and piping or decorating baked goods.
Freezing is a key step in ice cream production that incorporates air into the mix to give it a light, creamy texture. There are two main types of freezers - batch and continuous. Batch freezers freeze individual batches while continuous freezers continuously feed and freeze the mix. Both utilize a freezing cylinder and dasher to freeze and incorporate air into the mix, though continuous freezers operate under pressure. Proper freezing results in small ice crystals that give ice cream a smooth body and texture.
This document describes the process of par-boiling rice. It involves soaking rice to allow absorption of water, steaming the rice to halt the soaking process, then drying the rice. Par-boiling makes the rice firmer, less sticky, and easier to mill. The document outlines the main equipment used in par-boiling systems and provides details on the specific processes for single boiled, double boiled, and cured/steamed rice varieties. It also discusses drying methods and considerations for maintaining rice quality during drying.
This document discusses the milling process for barley. It begins with an introduction to barley, including that it is the fourth most important cereal. The objectives of milling barley are then outlined. The milling process involves several steps: preliminary cleaning, conditioning, blocking/pearling, aspiration, and bleaching. Blocking removes the husk while pearling removes more layers. Bleaching removes the aleurone layer and gives the barley a white color. The output of the milling process can be pearl barley, blocked barley, or barley grits.
Bread faults and remidies by indianchefrecipe @ www.indianchefrecipe.comindian chefrecipe
This document provides information on common bread faults, their causes, and solutions. It also discusses parameters for baking bread, including dough temperature, proofer humidity, proofing time, oven temperature, and baking time. Additional sections cover topics like kneading, the purposes of mixing dough, undermixing and overmixing dough.
Different evaporators in food industeyketaki patil
Evaporation is a process used extensively in the food industry to remove water from liquids and reduce volumes. It works by heating a liquid to its boiling point to evaporate water. There are several types of evaporators that use different heating methods and liquid flow patterns. Multiple effect evaporators allow for more efficient evaporation by using steam from one effect to heat the next. Factors like viscosity, boiling point elevation, and fouling must be considered for proper evaporator design and operation. Common applications include concentrating fruit juices, coffee, milk and reducing waste volumes. Proper controls, hygienic design, and safety precautions are important for food evaporator systems.
Baking and roasting are similar processes that use heated air to alter the quality of foods. Baking is typically used for flour-based foods and fruits, while roasting is for meats, nuts and vegetables. Both processes involve heat transfer through radiation, convection and conduction to cook foods internally without exceeding 100°C. This causes surface changes that improve qualities like moisture retention. Ovens can be direct or indirect heating types, and batch, continuous or semi-continuous systems. Frying methods include deep frying by full submersion in hot oil, shallow frying with partial submersion, and stir frying using minimal oil. Frying oils undergo hydrolysis and oxidation over time, producing compounds that degrade quality
The document summarizes information about extrusion cooking. It begins with an introduction to extrusion cooking and lists its advantages. Examples of extruded products are provided. The document discusses different types of extruders and their components. The extrusion process and factors affecting it are explained. Key aspects of extrusion cooking covered include heating food materials under pressure to form new shapes and textures in a continuous process using an extruder machine.
1. Health based bakery products are those that provide special health benefits beyond basic nutrition, such as foods for people with certain intolerances or allergies. Common intolerances include gluten and lactose.
2. Bakery products can contribute to a healthier lifestyle, including whole grain and multigrain breads, cakes made with alternative ingredients, and high fiber options.
3. Sugar-free bakery products use natural sweeteners like honey, maple syrup, or artificial sweeteners that are heat-stable for baking. Organic bakery products avoid synthetic additives.
This document provides information on various drying methods for food, including thermal drying, tray drying, flash drying, drum drying, foam mat drying, freeze drying, vacuum drying, and fluidized bed drying. It describes the basic mechanisms and processes, advantages, disadvantages, and applications of each drying technique. Key points covered include how each method removes moisture from foods using heat, reduced pressure, or other means to preserve and process agricultural products.
Prepared by
Er. B. SREENIVASULA REDDY
Assistant Professor (Food Engineering)
College of Food Science and Technology
Chinnarangapuram, Pulivendula – 516390
YSR (KADAPA) District, Andhra Pradesh
The document discusses various methods for cake making, including shortening methods like creaming, two-stage, and flour batter. It also covers egg foam methods such as sponge, angel food, and chiffon. The creaming method involves softening and aerating fat with sugar before adding eggs and flour. The two-stage method is used for high-ratio cakes and involves mixing dry ingredients with shortening before adding liquids and eggs. Egg foam methods rely on beaten eggs for volume and involve folding dry ingredients into whipped eggs. Each method aims to combine and aerate ingredients while developing the proper texture.
The document discusses the key ingredients and processes involved in bread making. It provides information on various flour parameters like moisture content, protein content, ash content, and how they impact bread quality. It also discusses the roles of other ingredients like water, salt, sugar and yeast. Water is important for gluten formation and fermentation. Salt strengthens gluten and improves flavor while sugar feeds the yeast. Yeast is the main leavening agent and produces carbon dioxide through fermentation. The document outlines the fermentation process and optimal conditions for yeast activity.
Types of waste and magnitude of waste generationPritika Rana
Food industries generate large amounts of waste from their production processes. [1] Meat industries produce waste like blood, hair, skin and bones from animal slaughter. [2] The milk industry's main waste is sludge from wastewater treatment. [3] Fruits and vegetable industries deal with solid peels and skins as well as liquid waste from juicing. Proper utilization of these wastes is important to reduce environmental impact.
This document summarizes various types of baking and pastry equipment. It describes mixers like vertical mixers, spiral mixers, and horizontal mixers. It outlines dough handling equipment like dough sheeters, proofers, and retarders. It also discusses large ovens like deck ovens, rack ovens, and convection ovens. Finally, it provides an overview of various pans, containers, hand tools, and miscellaneous baking equipment.
This document discusses blanching of fruits and vegetables. It explains that blanching uses heat treatment to inactivate enzymes and describes under and over blanching. It notes the most heat resistant enzymes in vegetables and that blanching times vary based on size and other factors. Blanching is often used before freezing, canning, or dehydrating vegetables. Cooling must follow blanching to prevent over softening, and there are different methods for cooling. Reasons for blanching include slowing enzymes and preserving quality, cleansing surfaces, brightening color, retaining vitamins, and softening vegetables. The main types of blanching are hot water and steam blanching, and blanching parameters are provided for
Wheat is a staple food used to make flour for many baked goods and pasta. There are several types of wheat classified by color and hardness, including hard red winter wheat, hard red spring wheat, hard white wheat, soft white wheat, and durum wheat. The wheat grain has several layers - the bran, germ, and endosperm. The endosperm makes up most of the grain and contains starch and gluten proteins that are important for baking. Tests such as the farinograph, alveograph, and extensograph are used to evaluate the properties and quality of wheat flours.
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.
This document provides information on food preservation through thermal processing. It discusses microbial contamination of food and the types of bacteria that can cause food poisoning. It then describes various thermal processing techniques used for food preservation including blanching, pasteurization, and sterilization. For each technique, it outlines the purpose, common temperature and time parameters used, and examples of equipment involved. Key factors that affect the heat resistance of microorganisms are also summarized. The document serves as an introduction to the topic of food preservation through thermal processing.
The document discusses the key components and processes involved in bread making. It begins by outlining the basic ingredients of flour, salt, yeast, and water. It then describes three common types of dough: bulk fermented dough, no time dough, and ferment and dough. The document also discusses important considerations like temperature control and the roles of various ingredients like salt, yeast, and flour. It provides details on the steps in the bread making process such as fermentation, knocking back the dough, shaping the loaves, and baking.
Bakery ingrediends and their role in bakeryVînöd Påndëy
This document provides information about ingredients and processes used in baking. It discusses the basic ingredients used like sugar, shortening, fat, eggs, flour, milk and milk products, leavening agents and chocolate. It explains the types and properties of these ingredients. It also describes the stages of cooking sugar and temperatures used for yeast development. Finally, it lists some common bakery equipment used like various pans, cutters and electric mixers.
The document analyzes the distribution of China's biscuit manufacturing industry, finding that the major distribution areas are Shandong, Guangdong, and Fujian provinces, while the secondary distribution areas include Henan, Shanghai, Jiangsu, Hebei, Hubei, Jiangxi, and Zhejiang. It provides data on industry sales, employment, enterprise numbers, revenues, profits, and more for different regions and ownership types. The report also introduces an index to measure industry concentration in different areas of China.
The document describes various kitchen tools used in baking and pastry work. It provides brief descriptions of tools such as a pastry blender for cutting fat into flour, a rolling pin for flattening dough, and pizza cutters for cutting pizza or other foods. It also mentions tools for measuring ingredients accurately, mixing batters, baking items like cakes, pies, and cookies, and piping or decorating baked goods.
1. The document discusses different types of research methodologies used in a study comparing Parle biscuits to other biscuits brands in Mumbai. It describes exploratory, conclusive, descriptive, and experimental research.
2. The study aimed to determine if Parle biscuits are preferred over other brands in Mumbai. Data was collected through observations and analyzed using the chi-square test.
3. The results found that Parle biscuits are significantly preferred by people in Mumbai compared to other biscuit brands, thus supporting the hypothesis.
ITC Ltd was incorporated in 1910 as Imperial Tobacco Company of India and has since diversified into multiple businesses including fast moving consumer goods, hotels, paper, packaging, agriculture, and information technology. Over the decades, ITC has launched many brands across product categories to become a leader in industries like biscuits, confectionery, snacks, and staples. ITC has achieved strong financial performance with non-cigarette businesses now accounting for over half of its revenue and the company's market capitalization growing over 35 times in the last two decades to over Rs. 2 lakh crores, making it one of India's most valuable corporations.
The document discusses baking science and technology, including the baking process, events that occur during baking, and types of ovens. The main points are:
1. Baking involves at least 11 events like fats melting, gases forming, microorganisms dying, and starches gelatinizing.
2. Types of ovens include direct gas fired ovens, radiating cyclotherm ovens, indirect convection ovens, direct convection ovens, and hybrid ovens. Each oven has different applications.
3. Impingement ovens and thermal oil ovens provide advantages like shorter cooking times and ability to handle high moisture doughs respectively.
Detailed description of various heaters used in industries with applications and features. Tempsens heaters are highly durable and provide effective solutions in industrial needs.
A steam power plant generates mechanical energy from steam. It contains a furnace to burn fuel and produce steam, a steam generator or boiler, and a main power unit like a turbine or engine to convert the steam's heat energy into work. Key components include the boiler, prime mover, condensers, coal handling system, and pumps. Steam is generated in the boiler and drives the turbine or engine. Condensed steam is returned to the boiler through feedwater pumps to repeat the process. Proper fuel handling and combustion are required to efficiently produce high pressure steam for power generation.
Therma-Tek Range Corporation may appear to be a new company in the market, but our tradition and combined experience spans more than 100 years. The owners are seasoned professionals in the design, development, manufacture and sale of commercial foodservice equipment. After selling and re-capitalizing their prior company; which was another well known and established manufacturer of residential and commercial cooking equipment, the owners decided to continue their tradition of success in manufacturing the highest quality foodservice cooking equipment with the formation of Therma-Tek Range Corporation. Our products carry this experience behind them, which sets them far ahead of our competition. The company represents quality, strength and performance, backed by unparalleled warranty and continued service. We carry a reputation in the marketplace for developing and delivering quality, value conscious, innovative products in a timely manner. We continuously emphasize research and development, as well as cutting edge product development, with a close understanding of market trends and needs.
The document provides product details for the H 6890 BP built-in wall oven. It lists features such as a temperature range of 30-300°C, over 100 automatic programs, a wireless food probe, and convenience features like precise temperature regulation and a 3D touch control panel. The oven has a 90L capacity, 3 shelf levels, and self-cleaning functions like a pyrolytic self-cleaning mode.
CONTENTS
1.Introduction
2.Applications
3.Classification
4.Types
5.Charachterstics of an Efficient Furnace
6. Economic Measure of Surnace
7. Modes of Heat Transfer in Furnaces
The document discusses industrial ovens and furnaces used in various industries. It describes different types including dryers, baking ovens, kilns, furnaces, autoclaves, and thermal oxidizers. It discusses important design considerations for these industrial heating devices including housing construction, ventilation, fire protection, heating systems, controls, and operational support. Proper design and operation is important to prevent fires and explosions from occurring in industrial ovens and furnaces.
The document discusses the design of an energy efficient stove for rural households. It outlines limitations of existing stove designs such as lack of secondary heat storage, safety issues, and inefficient heating times. The proposed new stove design aims to be safe, user-friendly, portable, able to use different biomass fuels, and provide both primary and secondary cooking functions through a heat transferring medium like oil. Key factors to consider in the detailed design include safety, various cooking functions, ergonomics, and making the stove affordable for the target market. Research on existing efficient stove models from other countries is being conducted to inform the new design.
2015 DHK2553 Topic 8 food production controls (theory)Laura Law
This document provides information about selecting and maintaining cooking equipment for foodservice operations. It discusses various types of ranges, ovens, and fryers, including their features and suitability for different types of menus and volumes. Key factors to consider when purchasing this equipment include power requirements, energy efficiency, the types of foods being prepared, available space, and staff skill levels. The document emphasizes the importance of regular cleaning and maintenance to maximize the lifespan of these appliances and ensure safe and proper operation.
This document provides an overview of common cooking equipment used in commercial kitchens. It describes various types of rangetops like gas burners, electric coils, and induction cooktops. It also covers different oven styles such as conventional, convection, and microwave ovens. Additional equipment discussed includes broilers, grills, griddles, and deep fryers. The document also summarizes food processing tools and holding/storage appliances used in commercial kitchens.
Fuels used in the kitchen include solid fuels like wood and charcoal, liquid fuels like LPG and CNG, gases like biogas and steam, electricity, and natural resources. Each fuel has advantages and disadvantages for cooking. Solid fuels are cheap but pollute and take time to ignite. Liquid propane is controllable but flammable. Electricity easily controls temperature but takes time to heat. Natural gases like biogas are renewable but require fermentation. Overall, chefs must understand the properties of different fuels to efficiently meet the cooking needs of the kitchen.
This document describes various types of food service equipment used in commercial kitchens, including ovens, ranges, griddles, broilers, steamers, fryers, tilting pans, mixers, cutters, slicers, and food processors. It provides details on the functions and advantages of convection ovens, combo-ovens, microwave ovens, reconstituting ovens, steam jackets kettles, and various cooking and food preparation appliances used for mass food production.
This document provides information about various types of commercial kitchen equipment used to prepare large quantities of food, including ranges, ovens, broilers, grills, deep fryers, tilting skillets, steam-jacketed kettles, steam cookers, mixers, food cutters, slicers, and food processors. It describes the basic functions and operation of these pieces of equipment, and provides some dos and don'ts for safely using each type.
The document discusses different types of heat treatment furnaces. It describes batch furnaces, which are manually loaded and unloaded, and continuous furnaces, which have an automatic conveying system. Some common batch furnaces include box, car, elevator, and bell furnaces. Pit furnaces heat long objects vertically. Salt bath furnaces submerge parts in molten salt for heating, while fluidized bed furnaces use gas-fluidized particulate for heating.
The document discusses considerations for buying an industrial oven, including cost, maintenance, and safety. Cost depends on whether the oven uses gas or electricity, with electrical being more expensive to operate. Proper maintenance of all systems is important for safety. Ovens should comply with NFPA safety standards to avoid injuries. Different types of industrial ovens are described for various heating applications.
The best high capacity fryer provides not only the best frying quality, but also the fastest
leadtime in frying large quantities of fries. If you choose a Rubbens high capacity fryer you
opt for trusted quality and durability. The efficient layout and the latest technologies provides
an ergonomic and functional work environment. A work environment that meets the highest
demands in terms of hygiene and safety and generates more profit for you.
No document was provided to summarize. A summary requires source text to extract the key points and essential information from. Without a document, it is not possible to generate an accurate 3 sentence summary.
No document was provided to summarize. A summary requires source text to extract the key points and essential information from. Without a document, it is not possible to generate an accurate 3 sentence summary.
Energy savings in industrial / commercial buildingsBakeryBazar .com
No document was provided to summarize. A summary requires source text to extract the key points and essential information from. Without a document, it is not possible to generate an accurate 3 sentence summary.
No document was provided to summarize. A summary requires source text to extract the key points and essential information from. Without a document, it is not possible to generate an accurate 3 sentence summary.
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List of major indian biscuit equipment manufacturersBakeryBazar .com
This document lists 63 major Indian manufacturers and suppliers of biscuit plant equipment and machinery. It includes companies that provide biscuit plants and machinery, bulk handling equipment, cooling conveyors, biscuit grinders, moulders and cutters, automation systems, packing machines, printing equipment, metal detectors, conveyors, endless webs, burners, insulation materials, sensors, chillers, air conditioning, material handling equipment, knives and blades, screens, and variable frequency drives among other machinery and components for biscuit production lines. The list provides contact information for representatives of many of these equipment suppliers.
The document lists 48 manufacturers of bread making equipment and machinery located across India. The manufacturers are numbered and their location and items produced are listed. The majority of manufacturers produce full bread plants and machinery, while a few specialize in items like slicers, moulds and trays. A website for more information on bread manufacturing is provided at the end.
The document discusses various cost reduction strategies that can be implemented across different areas of a factory's operations. Some key strategies mentioned include bulk procurement to negotiate better prices, optimizing logistics and transportation through route mapping and annual contracts, reducing warehouse and inventory costs through efficient storage and FIFO practices, improving production through reducing rework, optimizing changeovers and machine efficiency, and finding packaging savings. The document provides further details on strategies for each area.
1. Ovens In Bakery
Baking ovens are major equipment for any bakery process. Major function of baking
oven is to heat the wet dough, batter to a temperature where it becomes baked with
desired texture and taste. Baking removes the moisture which helps in improving shelf
life of the baked products plus it kills any microbes in the dough at a higher
temperature .Accessories to baking oven are circulating fan , steam extraction ,
chimneys , safety explosion doors , fire tube , burners , drive ,temperature controller and
indicators , fuel system with baking moulds and wire bands. Bakery ovens selection also
takes dimensions into consideration such as height, width, weight, chimney dimensions,
foundation method, electrical wiring and automation.
Baking Ovens are of various types used for baking breads , cookies , biscuits ,
cakes ,pizza and cream rolls
Oven classifications are done as per
Physical Characteristics
• Rack Oven / Deck Oven
• Rotary Rack oven
• Traveling Oven
• Tunnel Ovens
• Swing Tray Ovens
• Con Tray Ovens
• Manual Loading
• Automatic Loading
Heating
• Direct Heating ovens
• Indirect Heating Ovens
• Hybrid Ovens
• Convection
• Radiation
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2. Loading
• Top Loading Ovens
• Front Loading
Fuel Used
• Diesel Ovens
• Gas Ovens
• Electric Ovens
• Infra red
Wire Bands
• Articulated Wire bands
• Flat Steel bands
• Modular bands
Length or Width
• 1.5 mtr Band width Oven
• 1.2mtr Band width Oven
• 1.0 mtr Band width Oven
• 0.8 mtr Band width Oven
• 4/5/6/7/8 Zone Ovens
As Per Design
• Mark III Oven
• TRP Ovens
• Mark II Ovens
Tension Arrangement
• Pneumatic
• Mechanical
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