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  • EEn

  • Brewing: Science and Practice

    • Copyright Info

    • TOC

      • Preface

      • Chapter 1: An outline of brewing

        • 1.1 Introduction

        • 1.2 Malts

        • 1.3 Mash tun adjuncts

        • 1.4 Brewing liquor

        • 1.5 Milling and mashing in

        • 1.6 Mashing and wort separation systems

        • 1.7 The hop-boil and copper adjuncts

        • 1.8 Wort clarification, cooling and aeration

        • 1.9 Fermentation

        • 1.10 The processing of beer

        • 1.11 Types of beer

        • 1.12 Analytical systems

        • 1.13 The economics of brewing

        • 1.14 Excise

        • 1.15 References and further reading

          • 1.15.1 The systems of malting and brewing analysis

          • 1.15.2 General

      • Chapter 2: Malts, adjuncts and supplementary enzymes

        • 2.1 Grists and other sources of extract

        • 2.2 Malting

          • 2.2.1 Malting in outline

          • 2.2.2 Changes occurring in malting grain

          • 2.2.3 Malting technology

          • 2.2.4 Malt analyses

          • 2.2.5 Types of kilned malt

          • 2.2.6 Special malts

          • 2.2.7 Malt specifications

        • 2.3 Adjuncts

          • 2.3.1 Mash tun adjuncts

          • 2.3.2 Copper adjuncts

        • 2.4 Priming sugars, caramels, malt colourants and Farbebier

        • 2.5 Supplementary enzymes

        • 2.6 References

      • Chapter 3: Water, effluents and wastes

        • 3.1 Introduction

        • 3.2 Sources of water

        • 3.3 Preliminary water treatments

        • 3.4 Secondary water treatments

        • 3.5 Grades of water used in breweries

        • 3.6 The effects of ions on the brewing process

        • 3.7 Brewery effluents, wastes and by-products

          • 3.7.1 The characterization of waste water

          • 3.7.2 The characteristics of some brewery wastes and by-products

        • 3.8 The disposal of brewery effluents

          • 3.8.1 Preliminary treatments

          • 3.8.2 Aerobic treatments of brewery effluents

          • 3.8.3 Sludge treatments and disposal

          • 3.8.4 Anaerobic and mixed treatments of brewery effluents

        • 3.9 Other water treatments

        • 3.10 References

      • Chapter 4: The science of mashing

        • 4.1 Introduction

        • 4.2 Mashing schedules

        • 4.3 Altering mashing conditions

          • 4.3.1 The grist

          • 4.3.2 Malts in mashing

          • 4.3.3 Mashing with adjuncts

          • 4.3.4 The influences of mashing temperatures and times on wort quality

          • 4.3.5 Non-malt enzymes in mashing

          • 4.3.6 Mashing liquor and mash pH

          • 4.3.7 Mash thickness, extract yield and wort quality

          • 4.3.8 Wort separation and sparging

        • 4.4 Mashing biochemistry

          • 4.4.1 Wort carbohydrates

          • 4.4.2 Starch degradation in mashing

          • 4.4.3 Non-starch polysaccharides in mashing

          • 4.4.4 Proteins, peptides and amino acids

          • 4.4.5 Nucleic acids and related substances

          • 4.4.6 Miscellaneous substances containing nitrogen

          • 4.4.7 Vitamins and yeast growth factors

          • 4.4.8 Lipids in mashing

          • 4.4.9 Phenols

          • 4.4.10 Miscellaneous acids

          • 4.4.11 Inorganic ions in sweet wort

        • 4.5 Mashing and beer flavour

        • 4.6 Spent grains

        • 4.7 References

      • Chapter 5: The preparation of grists

        • 5.1 Intake, handling and storage of raw materials

        • 5.2 The principles of milling

        • 5.3 Laboratory mills

        • 5.4 Dry roller milling

        • 5.5 Impact mills

        • 5.6 Conditioned dry milling

        • 5.7 Spray steep roller milling

        • 5.8 Steep conditioning

        • 5.9 Milling under water

        • 5.10 Grist cases

        • 5.11 References

      • Chapter 6: Mashing technology

        • 6.1 Introduction

        • 6.2 Mashing in

        • 6.3 The mash tun

          • 6.3.1 Construction

          • 6.3.2 Mash tun operations

        • 6.4 Mashing vessels for decoction, double mashing and temperature-programmed infusion mashing systems

          • 6.4.1 Decoction and double mashing

          • 6.4.2 Temperature-programmed infusion mashing

        • 6.5 Lauter tuns

        • 6.6 The Strainmaster

        • 6.7 Mash filters

        • 6.8 The choice of mashing and wort separation systems

        • 6.9 Other methods of wort separation and mashing

        • 6.10 Spent grains

        • 6.11 Theory of wort separation

        • 6.12 References

      • Chapter 7: Hops

        • 7.1 Introduction

        • 7.2 Botany

        • 7.3 Cultivation

        • 7.4 Drying

        • 7.5 Hop products

          • 7.5.1 Hop pellets

          • 7.5.2 Hop extracts

          • 7.5.3 Hop oils

        • 7.6 Pests and diseases

          • 7.6.1 Damson-hop aphid (Phorodon humuli Schrank)

          • 7.6.2 (Red) Spider Mite (Tetranchus urticae Koch)

          • 7.6.3 Other pests

          • 7.6.4 Downy Mildew (Pseudoperonospora humuli (Miyabe and Tak.) G. W. Wilson)

          • 7.6.5 Powdery mildew (Sphaerotheca macularis (DC.) burr)

          • 7.6.6 Verticillium Wilt (Verticillium albo-atrum Reinke and Berth)

          • 7.6.7 Virus diseases

        • 7.7 Hop varieties

        • 7.8 References

      • Chapter 8: The chemistry of hop constituents

        • 8.1 Introduction

        • 8.2 Hop resins

          • 8.2.1 Introduction

            • A. Non-specific fractions

            • B. Specific compounds and mixtures of specific compounds

          • 8.2.2 Biosynthesis of the hop resins

          • 8.2.3 Analysis of the hop resins

          • 8.2.4 Isomerization of the a-acids

          • 8.2.5 Hard resins and prenylflavonoids

          • 8.2.6 Oxidation of hop resins

        • 8.3 Hop oil

          • 8.3.1 Introduction

          • 8.3.2 Hydrocarbons

          • 8.3.3 Oxygen-containing components

          • 8.3.4 Sulphur-containing compounds

          • 8.3.5 Most potent odorants in hop oil

          • 8.3.6 Hop oil constituents in beer

          • 8.3.7 Post fermentation aroma products

        • 8.4 Hop polyphenols (tannins)

        • 8.5 Chemical identification of hop cultivars

        • 8.6 References

      • Chapter 9: Chemistry of wort boiling

        • 9.1 Introduction

        • 9.2 Carbohydrates

        • 9.3 Nitrogenous constituents

          • 9.3.1 Introduction

          • 9.3.2 Proteins

        • 9.4 Carbohydrate-nitrogenous constituent interactions

          • 9.4.1 Melanoidins

          • 9.4.2 Caramel

        • 9.5 Protein-polyphenol (tannin) interactions

        • 9.6 Copper finings and trub formation

        • 9.7 References

      • Chapter 10: Wort boiling, clarification, cooling and aeration

        • 10.1 Introduction

        • 10.2 The principles of heating wort

        • 10.3 Types of coppers

        • 10.4 The addition of hops

        • 10.5 Pressurized hop-boiling systems

          • 10.5.1 Low-pressure boiling

          • 10.5.2 Dynamic, low-pressure boiling

          • 10.5.3 Continuous, high-pressure boiling

        • 10.6 The control of volatile substances in wort

        • 10.7 Energy conservation and the hop-boil

        • 10.8 Hot wort clarification

        • 10.9 Wort cooling

        • 10.10 The cold break

        • 10.11 Wort aeration/oxygenation

        • 10.12 References

      • Chapter 11: Yeast biology

        • 11.1 Historical note

        • 11.2 Taxonomy

        • 11.3 Yeast ecology

        • 11.4 Cellular composition

        • 11.5 Yeast morphology

        • 11.6 Yeast cytology

          • 11.6.1 Cell wall

            • 11.6.1.1 Flocculation

          • 11.6.2 The periplasm

          • 11.6.3 The plasma membrane

          • 11.6.4 The cytoplasm

          • 11.6.5 Vacuoles and intracellular membrane systems

          • 11.6.6 Mitochondria

          • 11.6.7 The nucleus

        • 11.7 Yeast cell cycle

          • 11.7.1 Yeast sexual cycle

        • 11.8 Yeast genetics

          • 11.8.1 Methods of genetic analysis

          • 11.8.2 The yeast genome

        • 11.9 Strain improvement

        • 11.10 References

      • Chapter 12: Metabolism of wort by yeast

        • 12.1 Introduction

        • 12.2 Yeast metabolism - an overview

        • 12.3 Yeast nutrition

          • 12.3.1 Water relations

          • 12.3.2 Sources of carbon

          • 12.3.3 Sources of nitrogen

          • 12.3.4 Sources of minerals

          • 12.3.5 Growth factors

        • 12.4 Nutrient uptake

          • 12.4.1 Sugar uptake

          • 12.4.2 Uptake of nitrogenous nutrients

          • 12.4.3 Lipid uptake

          • 12.4.4 Ion uptake

          • 12.4.5 Transport of the products of fermentation

        • 12.5 Sugar metabolism

          • 12.5.1 Glycolysis

          • 12.5.2 Hexose monophosphate (pentose phosphate) pathway

          • 12.5.3 Tricarboxylic acid cycle

          • 12.5.4 Electron transport and oxidative phosphorylation

          • 12.5.5 Fermentative sugar catabolism

          • 12.5.6 Gluconeogenesis and the glyoxylate cycle

          • 12.5.7 Storage carbohydrates

          • 12.5.8 Regulation of sugar metabolism

          • 12.5.9 Ethanol toxicity and tolerance

        • 12.6 The role of oxygen

        • 12.7 Lipid metabolism

          • 12.7.1 Fatty acid metabolism

          • 12.7.2 Phospholipids

          • 12.7.3 Sterols

        • 12.8 Nitrogen metabolism

        • 12.9 Yeast stress responses

        • 12.10 Minor products of metabolism contributing to beer flavour

          • 12.10.1 Organic and fatty acids

          • 12.10.2 Carbonyl compounds

          • 12.10.3 Higher alcohols

          • 12.10.4 Esters

          • 12.10.5 Sulphur-containing compounds

        • 12.11 References

      • Chapter 13: Yeast growth

        • 13.1 Introduction

        • 13.2 Measurement of yeast biomass

        • 13.3 Batch culture

          • 13.3.1 Brewery batch fermentations

          • 13.3.2 Effects of process variables on fermentation performance

        • 13.4 Yeast ageing

        • 13.5 Yeast propagation

          • 13.5.1 Maintenance and supply of yeast cultures

          • 13.5.2 Laboratory yeast propagation

          • 13.5.3 Brewery propagation

        • 13.6 Fed-batch cultures

        • 13.7 Continuous culture

        • 13.8 Immobilized yeast reactors

        • 13.9 Growth on solid media

        • 13.10 Yeast identification

          • 13.10.1 Microbiological tests

          • 13.10.2 Biochemical tests

          • 13.10.3 Tests based on cell surface properties

          • 13.10.4 Non-traditional methods

        • 13.11 Measurement of viability

        • 13.12 Assessment of yeast physiological state

        • 13.13 References

      • Chapter 14: Fermentation technologies

        • 14.1 Introduction

        • 14.2 Basic principles of fermentation technology

          • 14.2.1 Fermentability of wort

          • 14.2.2 Time course of fermentation

          • 14.2.3 Heat output in fermentation

        • 14.3 Bottom fermentation systems

          • 14.3.1 Choice, size and shape of vessels

          • 14.3.2 Construction of cylindroconical vessels

            • Metals and design

            • Cooling jackets

            • Vessel fittings

            • Insulation

          • 14.3.3 Operation of cylindroconical vessels

            • Addition of yeast (pitching)

            • Temperature control

            • Cleaning of vessels

        • 14.4 Top fermentation systems

          • 14.4.1 Traditional top fermentation

            • Vessels and rooms

            • Operation

          • 14.4.2 Yorkshire square fermentation

            • Vessels

            • Operation

            • New developments

          • 14.4.3 Burton Union fermentation

        • 14.5 Continuous fermentation

          • 14.5.1 Early systems of continuous fermentation

            • Stirred tank fermenters

            • Tower fermenters

          • 14.5.2 The New Zealand system

          • 14.5.3 Continuous primary fermentation with immobilized yeast

            • Technology

            • Operation

            • Future

        • 14.6 Fermentation control systems

          • 14.6.1 Specific gravity changes

          • 14.6.2 Other methods

        • 14.7 Summary

        • 14.8 References

      • Chapter 15: Beer maturation and treatments

        • 15.1 Introduction

        • 15.2 Maturation: flavour and aroma changes

          • 15.2.1 Principles of secondary fermentation

          • 15.2.2 Important flavour changes

            • Diketones

            • Sulphur compounds

            • Aldehydes

            • Volatile fatty acids

          • 15.2.3 Techniques of maturation

            • Lager methods

            • Ale methods

            • Oxygen control

          • 15.2.4 Flavour, aroma and colour adjustments by addition

            • Colour

            • Flavour

            • Aroma

            • Blending

            • Sulphur dioxide

            • Water

          • 15.2.5 Maturation vessels

            • Materials of construction and vessel size

            • Cooling

            • Cleaning-in-place (CIP)

            • Insulation

        • 15.3 Stabilization against non-biological haze

          • 15.3.1 Mechanisms for haze formation

          • 15.3.2 Removal of protein

            • Hydrolysis

            • Precipitation

            • Adsorption

          • 15.3.3 Removal of polyphenols

            • Adsorption

            • Proanthocyanidin free malt

          • 15.3.4 Combined treatments to remove protein and polyphenols

          • 15.3.5 Hazes from other than protein or polyphenols

        • 15.4 Carbonation

          • 15.4.1 Carbon dioxide saturation

          • 15.4.2 Carbon dioxide addition

          • 15.4.3 Carbon dioxide recovery

        • 15.5 Clarification and filtration

          • 15.5.1 Removal of yeast and beer recovery

            • Sedimentation and fining

            • Centrifugation

            • Filtration

          • 15.5.2 Beer filtration

            • Sheet filtration

            • Powder filtration

        • 15.6 Special beer treatments

          • 15.6.1 Low-alcohol and alcohol-free beers

            • Vacuum distillation

            • Vacuum evaporation

            • Dialysis

            • Reverse osmosis

            • Control of mashing

            • Control of fermentation

            • Use of spent grains

          • 15.6.2 Ice beers

          • 15.6.3 Diet beers

        • 15.7 Summary

        • 15.8 References

      • Chapter 16: Native African beers

        • 16.1 Introduction

          • 16.1.1 An outline of the stages of production

          • 16.1.2 Bouza

          • 16.1.3 Merissa

          • 16.1.4 Busaa and some other beers

          • 16.1.5 Southern African beers

        • 16.2 Malting sorghum and millets

        • 16.3 Brewing African beers on an industrial scale

        • 16.4 Attempts to obtain stable African beers

        • 16.5 Beer composition and its nutritional value

        • 16.6 References

      • Chapter 17: Microbiology

        • 17.1 Introduction

        • 17.2 The microbiological threat to the brewing process

        • 17.3 Beer spoilage micro-organisms

          • 17.3.1 Detection of brewery microbial contaminants

          • 17.3.2 Identification of brewery bacteria

          • 17.3.3 Gram negative beer spoiling bacteria

          • 17.3.4 Gram positive beer spoiling bacteria

          • 17.3.5 Beer spoilage yeasts

          • 17.3.6 Microbiological media and the cultivation of micro-organisms

        • 17.4 Microbiological quality assurance

        • 17.5 Sampling

          • 17.5.1 Sampling devices

        • 17.6 Disinfection of pitching yeast

        • 17.7 Cleaning in the brewery

          • 17.7.1 Range of cleaning operations

          • 17.7.2 CIP systems

          • 17.7.3 Cleaning agents

          • 17.7.4 Cleaning beer dispense lines

          • 17.7.5 Validation of CIP

        • 17. 8 References

      • Chapter 18: Brewhouses: types, control and economy

        • 18.1 Introduction

        • 18.2 History of brewhouse development

          • 18.2.1 The tower brewery lay-out

          • 18.2.2 The horizontal brewery lay-out

        • 18.3 Types of modern brewhouses

          • 18.3.1 Experimental brewhouses

          • 18.3.2 Micro- and pub breweries

        • 18.4 Control of brewhouse operations

          • 18.4.1 Automation in the brewhouse

            • Sensors

            • Programmable logic controllers (PLCs)

            • Supervisory control and data acquisition systems (SCADA)

          • 18.4.2 Scheduling of brewhouse operations

        • 18.5 Economic aspects of brewhouses

        • 18.6 Summary

        • 18.7 References

      • Chapter 19: Chemical and physical properties of beer

        • 19.1 Chemical composition of beer

          • 19.1.1 Inorganic constituents

          • 19.1.2 Alcohol and original extract

          • 19.1.3 Carbohydrates

          • 19.1.4 Other constituents containing carbon, hydrogen and oxygen

            • Non-volatile

            • Volatile

          • 19.1.5 Nitrogenous constituents

            • Non-volatile

            • Volatile

          • 19.1.6 Sulphur-containing constituents

        • 19.2 Nutritive value of beer

        • 19.3 Colour of beer

        • 19.4 Haze

          • 19.4.1 Measurement of haze

          • 19.4.2 Composition and formation of haze

          • 19.4.3 Prediction of haze and beer stability

          • 19.4.4 Practical methods for improving beer stability

        • 19.5 Viscosity

        • 19.6 Foam characteristics and head retention

          • 19.6.1 Methods of assessing foam characteristics

          • 19.6.2 Beer components influencing head retention

          • 19.6.3 Head retention and the brewing process

        • 19.7 Gushing

        • 19.8 References

      • Chapter 20: Beer flavour and sensory assessment

        • 20.1 Introduction

        • 20.2 Flavour - taste and odour

        • 20.3 Flavour stability

        • 20.4 Sensory analysis

        • 20.5 References

      • Chapter 21: Packaging

        • 21.1 Introduction

        • 21.2 General overview of packaging operations

        • 21.3 Bottling

          • 21.3.1 Managing the bottle flow

            • Depalletizing and palletizing

            • Decrating and crating

            • Secondary packaging

            • Washing

            • Rinsing

            • Empty bottle inspection

            • Full bottle inspection

            • Labelling

          • 21.3.2 Managing beer flow

            • Sterile filtration

            • Standard filling

            • Aseptic filling

            • Crowning

            • Tunnel pasteurization

          • 21.3.3 Managing plant cleaning

          • 21.3.4 Materials for making bottles

        • 21.4 Canning

          • 21.4.1 The beer can

          • 21.4.2 Preparing cans at the brewery for filling

          • 21.4.3 Can filling

          • 21.4.4 Can closing (seaming)

          • 21.4.5 Widgets in cans

        • 21.5 Kegging

          • 21.5.1 The keg

          • 21.5.2 Treatment of beer for kegging

            • Flash pasteurization

          • 21.5.3 Handling of kegs

          • 21.5.4 Keg internal cleaning and filling

          • 21.5.5 Keg capping and labelling

          • 21.5.6 Smooth flow ale in kegs

        • 21.6 Cask beer

          • 21.6.1 The cask

          • 21.6.2 Handling casks

          • 21.6.3 Preparing beer for cask filling

          • 21.6.4 Cask filling

        • 21.7 Summary

        • 21.8 References

      • Chapter 22: Storage and distribution

        • 22.1 Introduction

        • 22.2 Warehousing

          • 22.2.1 Principles of warehouse operation

            • Stock control

            • Storage conditions

            • Record keeping

          • 22.2.2 Safety in the warehouse

        • 22.3 Distribution

          • 22.3.1 Logistics

            • Planning

            • Delivery

          • 22.3.2 Quality assurance

        • 22.4 Summary

        • 22.5 References

      • Chapter 23: Beer in the trade

        • 23.1 Introduction

        • 23.2 History

        • 23.3 Beer cellars

          • 23.3.1 Hygiene

          • 23.3.2 Temperature

          • 23.3.3 Lighting

        • 23.4 Beer dispense

          • 23.4.1 Keg beer

            • Carbon dioxide

            • Mixed gases

            • Beer pumps

            • Beer lines

          • 23.4.2 Cask beer

            • Delivery of beer

            • Stillaging

            • Pegging (spiling)

            • Tapping

            • Tilting

            • Dispense

            • Hygiene

            • Empty casks

            • Throughput

          • 23.4.3 Bottled and canned beer

        • 23.5 Quality control

        • 23.6 New developments in trade quality

        • 23.7 Summary

        • 23.8 References

      • Appendix: units and some data of use in brewing

        • Introduction

        • References

Nội dung

[...]... mixtures and the densities of the solutions References Copyright © 2004 Woodhead Publishing Limited and CRC Press, LLC Preface The two volumes of the second edition of Malting and Brewing Science I, Malt and Sweet Wort and II, Hopped Wort and Beer, by James S Hough, Dennis E Briggs, Roger Stevens and Tom W Young, appeared in 1981 and 1982 This book provided the framework for the M.Sc in Malting and Brewing... bitterness and hop aroma and the destruction of micro-organisms (Chapters 9 and 10) Evaporation of the wort, reduces the volume by, say, 7±10%, and so it is concentrated Unwanted flavour-rich and aromatic volatile substances are removed When used, sugars, syrups and even malt extracts (copper adjuncts) are dispersed and dissolve in the wort during the copper boil During the boil flavour changes and a darkening... and QUAIN, D (2001) Brewing Yeast and Fermentation, London, Blackwell Science, 644 pp BRIGGS, D E (1998) Malts and Malting, London, Blackie Academic and Professional/Gaithersburg, Aspen Publishing, 796 pp COULTATE, T P (2002) Food, the chemistry of its components, (4th edn), Cambridge, The Royal Society of Chemistry, 432 pp Copyright © 2004 Woodhead Publishing Limited and CRC Press, LLC HLATKY, C and. .. dioxide and to grain and malt dust As grain is steeped and germinated it liberates carbon dioxide This heavy gas can `pool', so it is essential to check that vessels and confined spaces are ventilated before they are entered Dust must be confined and cleaned away not only because it becomes damp and a breeding ground for insects and microbes, but also because when it is breathed it can cause allergies and. .. is chilled and filtered and carbonated or is conditioned in bottle or cask and how it is packaged Stouts, porters and wheat beers, which are produced in conventional ways, are often not transparent A beer may also be distinguished by its OG and degree of attenuation or alcohol content, colour, acidity, flavour and aroma, by its `body' or `mouth feel', by its head (foam) characteristics and by its physiological... effect and they can also make other savings, for example, by using heat-recovery systems that are not suitable for breweries that operate intermittently There are strong and increasing pressures to minimize water use, to minimize the production of wastes and effluents and the release of heat and odorous gases (such as vapours from hop-boiling), and `greenhouse gases' such as carbon dioxide and refrigerants,... turning and mixing to prevent the rootlets matting together During germination the acrospire (coleoptile) grows beneath the husk and rootlets grow from the end of the grain, enzymes accumulate and so do sugars and other soluble materials The dead storage tissue of the grain, the starchy endosperm, is partly degraded, or `modified', and its physical strength Copyright © 2004 Woodhead Publishing Limited and. .. (1994) Beers and Coolers (English edn, translated Wainwright, T.), Andover, Intercept, 495 pp È SYSILA, I (1997) Small-Scale Brewing Brew your own beer, Helsinki, Limes, 278 pp WAINWRIGHT, T (1998) Basic Brewing Science, Reigate, Wainwright, 317 pp + appendices KUNZE, W Copyright © 2004 Woodhead Publishing Limited and CRC Press, LLC 2 Malts, adjuncts and supplementary enzymes 2.1 Grists and other sources... Halcyon and Pearl) are of outstandingly good quality Good spring malting barleys include Alexis, Chariot, Optic and Prisma Grains vary in size, shape and chemical composition It is important to understand that malts consist of mixtures of grains with differing properties This heterogeneity, which is reflected in the malt, can give rise to problems in Copyright © 2004 Woodhead Publishing Limited and CRC... Brewing Science, the course that was offered by the British School of Malting and Brewing in the University of Birmingham (UK) It also provided the backbone of many other courses After more than 20 years the demand for these volumes has continued, although they are increasingly out of date Malts and Malting, by Dennis E Briggs, appeared in 1998, and Brewing Yeast and Fermentation, by Chris Boulton and . LLC ThetwovolumesofthesecondeditionofMaltingandBrewingScienceI,MaltandSweet WortandII,HoppedWortandBeer,byJamesS.Hough,DennisE.Briggs,Roger StevensandTomW.Young,appearedin198 1and1 982.Thisbookprovidedthe frameworkfortheM.Sc.inMaltingandBrewingScience,thecoursethatwasofferedby theBritishSchoolofMaltingandBrewingintheUniversityofBirmingham(UK).Italso providedthebackboneofmanyothercourses.Aftermorethan20yearsthedemandfor thesevolumeshascontinued,althoughtheyareincreasinglyoutofdate.Maltsand Malting,byDennisE.Briggs,appearedin1998,andBrewingYeastandFermentation, byChrisBoultonandDavidQuain,becameavailablein2001.Thesebookscovertheir namedtopicsindepth.However,theneedforanup-to-date,integratedtextbookon brewing, comparableinscopeanddepthofcoveragetoMaltingandBrewingScience, remained. Brewing: Scienceandpracticeisintendedtomeetthisneed.Decidingonthedetailsof thecoveragehasgivenrisetosomeanxiousdiscussions.Practicallyitisimpossibleto describeallaspectsofallthevarietiesofbrewingprocessesindepth,inonemoderately sizedvolume.Inevitablyithasbeennecessarytoassumesomebackgroundknowledgeof physics,chemistry,biology,andengineering.However,thebookisunderstandableto peoplewithoutdetailedknowledgeintheseareas.Thereferencesattheendofeach chapterprovideguidanceforfurtherreading.Sincethewiderangeofkindsofbrewing operations,fromsimple,low-volume,single-linebreweriestoextremelylarge,highly complex,multiple-lineinstallations,doesnotallowasingledescriptionofbrewing activities,thebookconcentratesontheprinciplesofthevariousbrewingprocesses. Brewingiscarriedoutallovertheworldand,unsurprisingly,differentterminologies andmethodsofmeasurementandanalysisareused.Thedifferentsystemsofunitsand analysesareexplainedinthetextandconversionfactors(wherevalid)andsomeother usefuldataaregivenintheAppendix.Alistofabbreviationsisincludedintheindexfor reference LLC TableA6EquivalencebetweenInstituteofBrewingunitsofhot waterextract TableA7Solutiondivisorsofsomesugars TableA8Somepropertiesofwateratvarioustemperatures TableA9Thedensityandviscosityofwateratvarioustemperatures TableA10Somemorepropertiesofwater TableA11Therelationshipbetweentheabsolutepressureandthe temperatureofwater-saturatedsteam TableA12Thesolubilityofpuregasesinwateratdifferent temperatures TableA13Saltsinbrewingliquors TableA14Unitsofdegreesofwaterhardness TableA15Characteristicsofsomebrewingmaterials TableA16Pasteurizationunits Fig.A1Therelationshipsbetweenethanol/watermixturesandthe densitiesofthesolutions. References Copyright © 2004 Woodhead Publishing Limited and CRC Press, LLC ThetwovolumesofthesecondeditionofMaltingandBrewingScienceI,MaltandSweet WortandII,HoppedWortandBeer,byJamesS.Hough,DennisE.Briggs,Roger StevensandTomW.Young,appearedin198 1and1 982.Thisbookprovidedthe frameworkfortheM.Sc.inMaltingandBrewingScience,thecoursethatwasofferedby theBritishSchoolofMaltingandBrewingintheUniversityofBirmingham(UK).Italso providedthebackboneofmanyothercourses.Aftermorethan20yearsthedemandfor thesevolumeshascontinued,althoughtheyareincreasinglyoutofdate.Maltsand Malting,byDennisE.Briggs,appearedin1998,andBrewingYeastandFermentation, byChrisBoultonandDavidQuain,becameavailablein2001.Thesebookscovertheir namedtopicsindepth.However,theneedforanup-to-date,integratedtextbookon brewing, comparableinscopeanddepthofcoveragetoMaltingandBrewingScience, remained. Brewing: Scienceandpracticeisintendedtomeetthisneed.Decidingonthedetailsof thecoveragehasgivenrisetosomeanxiousdiscussions.Practicallyitisimpossibleto describeallaspectsofallthevarietiesofbrewingprocessesindepth,inonemoderately sizedvolume.Inevitablyithasbeennecessarytoassumesomebackgroundknowledgeof physics,chemistry,biology,andengineering.However,thebookisunderstandableto peoplewithoutdetailedknowledgeintheseareas.Thereferencesattheendofeach chapterprovideguidanceforfurtherreading.Sincethewiderangeofkindsofbrewing operations,fromsimple,low-volume,single-linebreweriestoextremelylarge,highly complex,multiple-lineinstallations,doesnotallowasingledescriptionofbrewing activities,thebookconcentratesontheprinciplesofthevariousbrewingprocesses. Brewingiscarriedoutallovertheworldand,unsurprisingly,differentterminologies andmethodsofmeasurementandanalysisareused.Thedifferentsystemsofunitsand analysesareexplainedinthetextandconversionfactors(wherevalid)andsomeother usefuldataaregivenintheAppendix.Alistofabbreviationsisincludedintheindexfor reference class="bi x0 y0 w0 h0" alt="" Brewing Science and practice Dennis E. Briggs, Chris A. Boulton, Peter A. Brookes and Roger Stevens Copyright © 2004 Woodhead Publishing Limited and CRC Press, LLC PublishedbyWoodheadPublishingLimited,AbingtonHall,Abington CambridgeCB16AH,England www.woodhead-publishing.com PublishedinNorthAmericabyCRCPressLLC,2000CorporateBlvd,NW BocaRatonFL33431,USA Firstpublished2004,WoodheadPublishingLimitedandCRCPressLLC 2004, DennisE.Briggs,ChrisA.Boulton,PeterA.BrookesandRogerStevens Theauthorshaveassertedtheirmoralrights. Thisbookcontainsinformationobtainedfromauthenticandhighlyregardedsources.Reprinted materialisquotedwithpermission,andsourcesareindicated.Reasonableeffortshavebeen madetopublishreliabledataandinformation,buttheauthorsandthepublisherscannotassume responsibilityforthevalidityofallmaterials.Neithertheauthorsnorthepublishers,noranyone elseassociatedwiththispublication,shallbeliableforanyloss,damageorliabilitydirectlyor indirectlycausedorallegedtobecausedbythisbook. Neitherthisbooknoranypartmaybereproducedortransmittedinanyformorbyany means,electronicormechanical,includingphotocopying,microfilming,andrecording,orby anyinformationstorageorretrievalsystem,withoutpriorpermissioninwritingfromthe publishers. TheconsentofWoodheadPublishingLimitedandCRCPressLLCdoesnotextendto copyingforgeneraldistribution,forpromotion,forcreatingnewworks,orforresale.Specific permissionmustbeobtainedinwritingfromWoodheadPublishingLimitedorCRCPressLLC forsuchcopying. Trademarknotice:Productorcorporatenamesmaybetrademarksorregisteredtrademarks ,and areusedonlyforidentificationandexplanation,withoutintenttoinfringe. BritishLibraryCataloguinginPublicationData AcataloguerecordforthisbookisavailablefromtheBritishLibrary. LibraryofCongressCataloging-in-PublicationData AcatalogrecordforthisbookisavailablefromtheLibraryofCongress. WoodheadPublishingLimitedISBN1855734907(book)1855739062(e-book) CRCPressISBN0-8493-2547-1 CRCPressordernumber:WP2547 Thepublisher'spolicyistousepermanentpaperfrommillsthatoperateasustainableforestry policy,andwhichhavebeenmanufacturedfrompulpwhichisprocessedusingacid-freeand elementarychlorine-freepractices.Furthermore,thepublisherensuresthatthetextpaperand coverboardusedhavemetacceptableenvironmentalaccreditationstandards. Project

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