Dairy Cows & Making Butter
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Brampton Heritage Board Item I1 for May 20, 2014
I 1-1 Staff Comment Form Date: May 8, 2013 To: Brampton Heritage Board Property: 69 Queen Street West Applicant: 2179986 Ontario Inc. Subject: 69 Queen Street West - Heritage Impact Assessment This staff comment form has been prepared for the Heritage Impact Assessment (HIA) for the cultural heritage resource at 69 Queen Street West, also known as the former Peel Creamery. This HIA was submitted as part of the notice of intention to apply for a demolition permit that was submitted by the property owner, as required under Section 27 of the Ontario Heritage Act. The HIA has been prepared to determine whether the heritage resource contains enough cultural heritage value to warrant retention, and outline mitigation measures that should be implemented. The attached HIA satisfies the City’s requirements for a Heritage Impact Assessment. HIA Details: Prepared By: Su Murdoch Historical Consulting Final Submission: May 2014 I 1-2 Subject Site o 69 Queen Street West is located near the southwest corner of Queen Street West and George Street South in downtown Brampton. o The property contains concrete block building that is currently vacant. o The property is listed on the City of Brampton’s Municipal Register of Cultural Heritage Resources. o The property owner has submitted a notice of intention to apply for a demolition permit. Report Highlights: o The concrete block building was erected circa 1925 for the operation of The Peel Creamery. o The Peel Creamery was operated by the Pulfer/Dennis family from 1924 until at least 1971. o The building was subsequently used by a catering company, and most recently, an automotive repair business. -
Developing the Butter Value Chain in Ethiopia
LIVES WORKING PAPER 1 PAPER WORKING LIVES Developing the butter value chain in Ethiopia ISBN 92–9146–366–3 Livestock and irrigation value chains for Ethiopian smallholders project aims to improve the competitiveness, sustainability and equity of value chains for selected high‐value livestock and irrigated crop commodities in target areas of four regions of Ethiopia. It identifies, targets and promotes improved technologies and innovations to develop high value livestock and irrigated crop value chains; it improves the capacities of Livestock and Irrigation Value chains for Ethiopian Smallholders value chain actors; it improves the use of knowledge at different levels; it generates knowledge through action‐oriented research; and it promotes and disseminates good practices. Project carried out with the financial support of the Government of Canada provided through Foreign Affairs, Trade and Development Canada (DFATD). lives-ethiopia.org The International Livestock Research Institute (ILRI) works to improve food security and reduce poverty in developing countries through research for better and more sustainable use of livestock. ILRI is a member of the CGIAR Consortium, a global research partnership of 15 centres working with many partners for a food-secure future. ILRI has two main campuses in East Africa and other hubs in East, West and southern Africa and South, Southeast and East Asia. ilri.org The International Water Management Institute (IWMI) is a non-profit, scientific research organization focusing on the sustainable use of water and land resources in developing countries. It is headquartered in Colombo, Sri Lanka, with regional offices across Asia and Africa. IWMI works in partnership with governments, civil society and the private sector to develop scalable agricultural water management solutions that have a real impact on poverty reduction, food security and ecosystem health. -
Of Ghee V. Butter Melting
GHEE PROCESSING 1 INTRODUCTION The word Ghee comes from old Sanskrit word “ghr”, which mean bright or to make bright. Ghee has a religious significance in the communities of Hindus starting from the birth ceremony to the last funeral rite. About 60-70% of total ghee produced in India is used for direct consumption, dressing, and almost 15-20% for the cooking and frying of foods. India exports Rs 550 crore dairy items during Covid-19, Ghee tops the list with Rs 1,521 crore. 2 INTRODUCTION As per FSSR-2011, ghee means the pure heat clarified fat derived solely from milk or curd or from desi (cooking) butter or from cream to which no coloring matter or preservative has been added. Generally Ghee has a long keeping quality; it can be stored for 6 to 12 months under ambient temperature provided proper packaging and filling. Exposure of ghee to light, air, water vapor and metals causes deterioration of ghee which resulted into off flavor and rancidity. 3 CHEMICAL COMPOSITION OF GHEE Constituents Cow milk ghee Buffalo milk ghee Fat (%) 99 – 99.5 99 – 99.5 Moisture (%) <0.5 <0.5 Carotene(mg/g) 3.2-7.4 - Vitamin A(IU/g) 19-34 17-38 Cholesterol 302 – 362 209 – 312 (mg/100g) Tocopherol(mg/g) 26 – 48 18 – 31 Free fatty acid (%) 2.8 2.8 Source: (R.P.Aneja et al., Technology of Indian milk products, Dairy India publication. Section 3.4: Fat rich dairy products, page 187.) 4 ANALYTICAL CONSTANT OF BUFFALO & COW GHEE Constants Buffalo Ghee Cow Ghee Butyro-refractometer (BR) reading 42.0 42.3 Sponification value 230.1 227.3 Reichert-Miessel (RM) -
Processing Method of Milk in Nepal
Profiles of Agro-Pastral Nepalese and Rural Processing Method of Milk in Nepal By Fumisaburo TOKITA and Akiyoshi HOSONO Laboratery of Chemistry and Technology of Aniinal Proclucts, Fac. Agric., Shinshu Univ. From October 2nd to November 18th in 1978, we carried out aR investigation about rural processing of milk in Nepal. Our investigation in 1978 was preliminary for the execution of the main inve- stigation which will be carried out in 1979 for the purpose to get useful information about dairying and milk processing in the northern part of the southern Asia, and to trace the culture relating to milk utilization back to its origin. Therefore, this report is provisional, and our full investigative reports will be published after the performaltce of the main investiga5on. Investigation 1. 0utline of Nepal Nepal is bounded on the nortk by the Tibet region of the People's Republic of China'and on the south, east and west by India. Its length is approximately 965 km from east to west and its breadth varies from 145 to 241 km from north to south. Nepal has an aproximate area of 14,080,OOO ha as skown in Tabie 1 and its about 14% area is arable land and another 14% area is parmanent pasture (Phot. 1). In these areas, most of the Nepalese are engaged in agriculture and animal farming. Nepal has population about 12,880,OOO aRd its about 95% is agricultural people. Geographically, the country of Nepal fails into the following tkree regions ; (1). Tropical region, Tarai province (150tv250 meters above sea Ievel) where is located in the southern part of Nepal. -
Butter Churns
Butter Churns By Judy Haynes Once a part of domestic daily life, the making of butter has become a rarity. The American pioneer woman was known to simply pour sweet cream into a butter churn and then after some turns of a handle or the moving up and down of a paddle, voila, there would be butter. Prior to this endeavor, the cows were milked; the milk would be set for a half day in shallow dishes so the milk and cream would separate with the cream rising to the top. Once risen, the cream would be skimmed off and the churning process could begin. The typical butter churn used was a plunger-type in a wooden barrel, whereby the butter making action is created by moving the plunger in a vertical motion up and down.1 Churns were also found in other shapes and forms. The most common types were the dasher, crock, plunger or dazey, but even steel churns not bigger than a large bottle were utilized. A sample of these steel churns can be seen in the Cork Butter Museum in Ireland.2 Churns made from wood were in a barrel shape, with a handle for turning; the whole barrel and apparatus was attached to a standing platform and was designed to be 3 Figure 1 Barrel-type butter churn cranked in either a vertical or horizontal rotation. Agitation of the cream as the barrel is rotated is enough to cause the cream to come together and form delicious buttery globs. In its collection, the Boylston Historical Society & Museum has a dazey churn. -
Rural Dairy Technology
Rural Dairy Technology C.B.O'Connor International Livestock Research Institute Addis Ababa, Ethiopia January 1995 Table of Contents Acknowledgements ......................................................... xi Foreword ................................................................. xiii ) Introduction .......................................................... 1 2. Milk as a food ........................................................ 3 3. The composition of milk ................................................ 7 3.1 Genetic factors ................................................. 7 3.1.1 Breed and individuality of the cow ......................... 7 3.2 Environmental factors ........................................... 7 3.2.1 Interval between milkings ................................ 7 3.2.2 Stage of lactation ....................................... 7 3.2.3 Age and health ......................................... 8 3.2.4 Feeding regime ......................................... 8 3.2.5 Completeness of milking ................................. 8 4. Milk chem istry ....................................................... 9 4.1 Physical status of milk ........................................... 9 4.1.1 Ionic solutions ......................................... 9 4.1.2 Molecular solutions ..................................... 9 4.1.3 Colloids ............................................... 9 4.1.4 Emulsions ............................................. 9 4.1.5 Dispersions ............................................ 9 4.2 pH and acidity -
Fermented Cheese & Butter
Cheese Fermented Cheese + Butter Lynnie Stein Fermented Cheese + Butter Fermented Cheese + Butter Say cheese! Cheese making is a process used around the globe to make the most of milk that is not used straight away. Fermented Cheese + Butter This cheese follows in the path of Greek Labneh, a drained yoghurt cheese. It can be served with fruit like Greek styled drained yoghurt. It is a soft ker cheese, similar in texture to a cream cheese or a chèvre. • There is no need to do a one litre batch – you can do small amounts and once strained after 24 hours add to container in fridge. • Four cups of ker should make around one cup of soft ker cheese by the time the whey has drained off and it has reduced. Fermented Cheese + Butter 1. Line a strainer with a layer of muslin /cheesecloth (baby muslin wraps are ideal). 2. Suspend strainer over a deep bowl or pot. 3. Dump liquid ker into muslin/ cheesecloth lined strainer. Cover with a cloth. We use a muslin baby wrap. 4. Put on a counter in a cool place (out of direct sunlight) for 12 to 24 hours to drain. For a rmer cream cheese, press out more whey in a cheese press. Fermented Cheese + Butter Store in a glass jar with lid and keep in refrigerator. If not using within a week, completely cover cream cheese with a layer of olive oil and fasten lid tightly. It will keep for many weeks. Note: Make the ker cheese rst and then add the rest of the avourings and sit again to mingle. -
DA Instruction 918-PS Instructions for Dairy Plant Surveys.Pdf
U. S. DEPARTMENT OF AGRICULTURE Agricultural Marketing Service Dairy Programs Dairy Grading Branch DA INSTRUCTION 918-PS Instructions for DAIRY PLANT SURVEYS May 1, 2013 Edition U.S. DEPARTMENT OF AGRICULTURE DA INSTRUCTION NO. 918-PS Agricultural Marketing Service Dairy Programs Dairy Grading Branch 1400 Independence Ave., S. W. Washington, DC 20250-0230 INSTRUCTIONS FOR DAIRY PLANT SURVEYS This document has been prepared using all available, pertinent information. It has been reviewed by appropriate Washington, D.C. and field employees for accuracy and usefulness. All persuasive review comments have been incorporated. ISSUANCE HISTORY Initially Issued June 18, 1998 Revision of pages G-5 and G-6 October 24, 1998 Pages 4, 8, 18-28; Page A 19-22, 29-34, 44-49, 77-80 September 1, 1999 Page B 28, 34-35; Page C 5-8, 11, 17, 22-23 September 1, 1999 Page D 19, 31-42; Page K 11; Page W 20 September 1, 1999 Page Z entire section updated, Exhibits 4 & 5 added September 1, 1999 Pages B, C, D, K, W September 1, 1999 Page A December 2, 1999 Pages 1-40, Page Z January 13, 2000 Page D February 2, 2002 Page A December 26, 2002 Page M January 29, 2003 Page A January 5, 2004 Page B January 10, 2004 Page C January 13, 2004 Page G and Page K January 30, 2004 Page N18, and N25 January 31, 2004 Page W, Table of Contents, Index February 18, 2004 Section I-IV and Pages A, B, W March 3, 2008 Section II and Page M May 1, 2013 /s/ May 1, 2013 Ken Vorgert, Chief Date Dairy Grading Branch Comments on this Document AMS will continue to update and revise this guideline as additional information becomes available and as technologies and requirements change. -
Butter Making Adapted from Project Seasons from Shelburne Farms
Butter Making Adapted from Project Seasons from Shelburne Farms Grade Level: K-3 Season: Winter Larger IGS Unit: Farms Essential Question: Where does food come from? Where does butter come from? What is butter? How can we feed ourselves? What happens on a farm in winter? Objective: Students will learn how to make butter. Materials: • An old-fashioned butter churn or picture of one • Per group: • Whipping or heavy cream at room temperature, approximately one cup or a half pint • Plastic peanut butter jar or other container that seals securely • Two or three marbles • Colander • Bowl • Wooden spoon • Butter knife • Crackers • Small paper cups Time Allotment: 20 minutes Groupings: Two or three groups, 8-10 students per group Activity: An hour before beginning this activity, remove the cream from the refrigerator. Cream at room temperature will turn into butter more quickly than cold cream. 1. Tell the students that many food products are made from milk. Ask them to list as many as they can. Explain that you will be reading a few riddles and they need to guess which milk product you are describing. • Cold and creamy; a frozen treat; in a cone or a shake; it can’t be beat! (ice cream) • A thick, tart, custard; fruit flavored or plain; curdled or cultured; with a funny name. (yogurt) • Rich, creamy, yellow; salted or sweet; on toast or corn; it’s good to eat. (butter) 2. Explain that they will get a chance to make their own butter. Ask the students how they think butter is made? Record their ideas. -
Development of Small Scale Frustum Cone Shaped Butter Churn
Research Journal of Animal Husbandry and Dairy Science e ISSN-2231-6442 RESEARCH PAPER Volume 6 | Issue 2 | Dec., 2015 | 153-157 DOI: 10.15740/HAS/RJAHDS/6.2/153-157 Visit us: www.researchjournal.co.in Development of small scale frustum cone shaped butter churn ADARSH M. KALLA, C. SAHU, A.K. AGRAWAL, A. KHARE, K.K. CHOUDHAURY, A. SHRIVASTAVA AND GEETESH SINHA ABSTRACT : A novel small scale improved butter making unit called ‘Frustum Cone Shaped Butter Churn was developed with working capacity of 5 liter curd/batch. This paper deals with development of parts of churn i.e. inner and outer frustum cone, stirring tube, head and closure and insulation etc. For better insulation foamed polyethylene was used to offset the effect of ambient on temperature of curd filled inside the churn. For controlling the speed of the motor, gear and pulley arrangement with v-belt was used. The highest overrun and yield of butter were recorded to be 24.41 per cent and 1.63 kg/5 l. curd at higher churning temperature of 12°C and higher churn speed of 85 rpm. However, the optimum speed of churn for good quality butter production was found to be 60 rpm at churning temperature of 10°C. KEY WORDS : Belt-pulley, Butter, Curd, Churn, Foamed polyethylene, Frustum cone shaped butter churn HOW TO CITE THIS PAPER : Kalla, Adarsh M., Sahu, C., Agrawal, A.K., Khare, A., Choudhaury, K.K., Shrivastava, A. and Sinha, Geetesh (2015). Development of small scale frustum cone shaped butter churn. Res. J. Animal Hus. -
AN ABSTRACT of the THESIS of Sebastian Ramirez for the Degree
AN ABSTRACT OF THE THESIS OF Sebastian Ramirez for the degree of Master of Science in Food Science and Technology presented on March 20, 2020. Title: Impact of butterfat content and composition on the quality of laminated pastries. Abstract approved: ______________________________________________________ Joy Waite-Cusic Butter has long been the premium choice for producing pastries such as Danish and croissants. Its inclusion has consistently delivered characteristically light and airy crumbs with beautifully flaky crust. Once considered a delicacy, pastries have now become innocuous in our everyday lives. Once requiring a skillful hand to sculpt and bake pastries are now produced in mass to satisfy the demands of local coffee shops and grocery stores. Mass producing such fragile items comes requires precise equipment and consistent ingredients. Butter making upwards of third of the ingredients by weight has also seen technological advances in its production. The advent of the continuous churn has reduced variation in composition and quality in butter. As control of butter quality has risen so have the expectations of bakers creating a market for specialty butter. Bakers have traditionally sought out high fat butter often referred to as European style. There are also new entries in the market with value added statements designating country of origin or type of feed. This research has been undertaken to quantify the merit of these attributes and assess their impact on both the functionality and final product. Butter with higher fat content being the preferred ingredient amongst bakers a series of pastries were baked using butters of varying composition. Variations in butter chosen reflect parameters controlled by current industry practices and include fat content (80% and 82%) and fatty acid composition (low and high melt fractions). -
Quaile Meredithleigh.Pdf
SISTERS IN TOIL: THE PROGRESSIVE DEY ALUATION AND DEFEMINIZATION OF ONTARIO DAIRYWOMEN'S WORK AND TOOLS, 1813-1914 by © Meredith Leigh Quaile A thesis submitted to the School of Graduate Studies in partial fulfillment of the requirements for the degree of Doctor of Philosophy Department of History, Faculty of Arts Memorial University of Newfoundland & Labrador June 2010 St. John's Newfoundland & Labrador Abstract In nineteenth and early-twentieth century Ontario, dairywomen toiled daily with cows and manure, sour milk and greasy butter, yet without improved apparatus, agricultural education, or male support. On the provincial family farm, milking, cream separating, and butter-making chores included various time-consuming steps, physical labour, and an array of task-specific objects. This thesis analyses agriculture, and dairying in specific, as it began the transition from traditional to industri al, and consequently from female to male. This dissertation touches on particular topics relevant to farmwomen's labour, including: agricultural education and improvement through science; public debate and perception surrounding gendered work; the government's role in promoting industrialization and thus defeminization; the concept of the dairyqueen in technological advertising; and, in particular, real farmwomen. These dairying 'sisters' include the well known , like Susanna Moodie and Catharine Parr Trail! , Laura Rose, and El iza Jones, and the unknown, such as Mary Newsam and the Hallen sisters, wh il e focusing on Lamira Billings and her daughters Sabra and Sally. This qualitative study reveals that by empl oying common dairy tools as a dominant, primary source, there are alternative perspectives from whi ch to consider rural women's ex peri ences.