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市場調查報告書
臭氧處理：技術，市場和參加企業
Ozone Generation: Technologies, Markets and Players
| 出版商 |
BCC Research |
| 出版日期 |
2010年07月 |
商品編碼 |
125343 |
| 內容資訊 |
英文 236 Pages |
| 價格 |
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本報告已在2012年02月06日停止出版。
更改為出版
Ozone Generation: Technologies, Markets and Players
出版日期 : 2012年02月
商品編碼: 230891
全球的臭氧技術營收由2007年的4億6,900萬美元擴大到CAGR8.1%，預測到2015年將會有超過8億美元的市場規模。
此報告書針對臭氧的化學構造及生成方法、特性及臭氧技術之各種運用領域進行檢證，統整業界構造、專利及研究開發動向，以下列構成為您呈現。
第1章 簡介
第2章 重點摘要
第3章 市場及技術概要
- 臭氧之定義
- 臭氧之化學構造
- 臭氧之生成方法
- 臭氧之特性
- 臭氧之之運用
- 臭氧之作用
- 歷史
- 競合技術
第4章 瓶裝水
- 市場規模
- 市政水處理
- 飲用水處理
- 家庭用水之處理
- 公共飲用水之處理
- 優點及缺點
- 設置容量
- 瓶裝水之臭氧處理
- 瓶裝水基準
第5章 廢水
- 市場規模與成長
- 公共廢水及生活廢水之處理
- 產業廢水處理
- 廢水之臭氧消毒
- 脫色
- 臭氧在產業廢水處理部分的優缺點
第6章 工業用水
- 市場規模與成長
- 紙漿與造紙
- 食品及飲料
- 半導體製造
- 藥品生產
- 發電
- 其他
- 含氯漂白
- 臭氧漂白工業
- 食品加工
- 設備衛星
- 手的消毒 其他
第7章 其他用水
- 市場規模與成長
- 游泳池及SPA水處理
- 農業/水產養殖
- 額外的利基市場
- 游泳池，水療等休閒用水
- BALLAST
- 環境淨化
- 洗濯
- 家庭用品/個人保養製品
- 保衛國土
第8章 空氣及氣體處理
- 市場規模與成長
- 半導體之運用
- 室内空氣汙染
- 惡臭物質控制
- 食品保存
- 灰塵/煙之改善
- 食料庫
- 農作物之事前處理及醃製消毒
- 氣體半導體處理
- 排氣瓦斯
第9章 醫藥
- 市場規模與成長
- 概要
- 醫療用臭氧之產生
- 醫療用臭氧之使用
第10章 專利之分析
第11章 臭氧之研究
第12章 業界構造
附錄
Abstract
THIS REPORT CONTAINS
- Total worldwide sales revenues for ozone technology were $469 million in
2007, and are expected to increase to more than $800 Million in 2015, a
compound annual growth rate (CAGR) of 8.1%.
- The largest ozone technology segments in 2009 were All water/wastewater
applications. All water/wastewater will increase from $356 million in 2007 to
nearly $600 million in 2015, a compound annual growth rate (CAGR) of 8.4%.
- Sales of ozone technology IN Air and gas treatment, medicine will
experience moderate growth. This market segment was worth $113 million in 2007
and will increase at a 6.9% compound annual growth rate (CAGR) to reach a
value of $183 million in 2015.
INTRODUCTION
STUDY GOAL AND OBJECTIVES
This BCC Research technology market research report provides an in-depth
analysis of the global market for ozone technology across a range of
applications, including wastewater, potable and process water treatment,
swimming pool and spa water disinfection, agriculture, aquaculture,
hydroponics, laundry, landfill leachate treatment, groundwater remediation,
air and gas purification, odor control, medicine, and homeland security.
Technical and market drivers are considered in evaluating the current worth of
the technologies and in forecasting growth and trends over the next 5 years.
The conclusions are illustrated with statistical information on markets,
applications, industry structure, and dynamics along with technological
developments.
REASONS FOR DOING STUDY
This report is intended for those who require a thorough analysis of the
industry that traces significant developments and forecasts important trends,
quantifies the various market sectors, and profiles companies active in those
areas. Because of the fragmented nature of the industry, it is difficult to
find studies that gather extensive data from diverse resources and analyze it
in the context of a comprehensive document. This report contains a unique
collection of information and conclusions that are difficult to find elsewhere.
INTENDED AUDIENCE
This comprehensive technical/marketing report aims to provide those interested
in investment, acquisition, or expansion into the market for ozone technology
with specific, detailed information crucial to making educated decisions.
Senior marketing personnel, venture capitalists, executive planners, research
directors, government officials, and suppliers to the industry who want to
discover and exploit current or projected market niches should find this
report of value. Readers who wish to understand how regulations, market
pressures, and technology interact in the arena also will find this study
worthwhile.
SCOPE OF REPORT
This report examines the global market for ozone treatment in three major
categories: water/wastewater disinfection/ozonation, air/gas purification and
treatment, and medicine. Five-year projections are provided for market
activity and value. Industry structure, technological trends, pricing
considerations, R&D, government regulations, company profiles, and competitive
technologies are included in the study.
METHODOLOGY
Both primary and secondary research methodologies were used in preparing this
study. A comprehensive literature, patent, and Internet search was undertaken,
and key industry players were contacted. Growth rates were calculated based on
existing equipment sales and proposed sales during the forecast period. Values
are given in U.S. dollars; forecasts are made in constant U.S. dollars, and
average annual growth rates are compounded.
Market size estimates are based on estimated ozone generator sales and
predicted sales. Calculations do not include auxiliary gas contacting or
delivery equipment and do not include design or engineering costs.
INFORMATION SOURCES
In addition to data from BCC Research' s related monthly newsletters, other
information in this report was gleaned from many different sources. SEC
filings, annual reports, patent literature, business, scientific and industry
journals, government reports, census information, conference literature,
patent documents, on-line resources, and industry participants have all been
researched.
Table of Contents
Chapter- 1: INTRODUCTION -- Complimentary 3
- STUDY GOAL AND OBJECTIVES 1
- REASONS FOR DOING STUDY 1
- INTENDED AUDIENCE 1
- SCOPE OF REPORT 2
- METHODOLOGY 2
- INFORMATION SOURCES 2
- ANALYST' S CREDENTIALS 2
- RELATED PUBLICATIONS 3
- BCC ONLINE SERVICES 3
- DISCLAIMER 3
Chapter-2: SUMMARY 4
- SUMMARY 4
- SUMMARY (CONTINUED) 5
- SUMMARY (CONTINUED) 6
- SUMMARY TABLE VALUE OF THE GLOBAL MARKET FOR OZONE TECHNOLOGY, THROUGH
2015 ($ MILLIONS) 7
- SUMMARY FIGURE VALUE OF THE GLOBAL MARKET FOR OZONE TECHNOLOGY, 2003 -
2015 ($ MILLIONS) 7
Chapter-3: MARKET AND TECHNOLOGY OVERVIEW 21
- TABLE 1 GLOBAL VALUE OF OZONE TECHNOLOGY BY MAJOR APPLICATION CATEGORIES,
THROUGH 2015 ($ MILLIONS) 8
- FIGURE 1 GLOBAL VALUE OF OZONE TECHNOLOGY BY MAJOR APPLICATION CATEGORIES,
2003 - 2015 ($ MILLIONS) 9
- OZONE DEFINED 9
- CHEMICAL STRUCTURE 9
- OZONE GENERATION METHODS 10
- UV 10
- CORONA DISCHARGE 10
- COLD PLASMA 11
- ELECTROLYSIS 11
- PROPERTIES OF OZONE 12
- OZONE APPLICATIONS 12
- TABLE 2 APPLICATIONS OF OZONE TECHNOLOGY 12
- TABLE 2 (CONTINUED) 13
- HOW OZONE WORKS 13
- DISINFECTION 14
- Viruses 14
- TABLE 3 VIRUSES SUSCEPTIBLE TO OZONE 14
- Bacteria 15
- TABLE 4 BACTERIA SUSCEPTIBLE TO OZONE 15
- Fungi and Mold 16
- TABLE 5 FUNGUS AND MOLD SPORES SUSCEPTIBLE TO OZONE 16
- Fungal Pathogens 16
- TABLE 6 FUNGAL PATHOGENS SUSCEPTIBLE TO OZONE 16
- Protozoa 17
- TABLE 7 PROTOZOA SUSCEPTIBLE TO OZONE 17
- Cysts 17
- TABLE 8 CYSTS SUSCEPTIBLE TO OZONE 17
- Algae 17
- TABLE 9 ALGAE SUSCEPTIBLE TO OZONE 18
- Yeasts 18
- TABLE 10 YEASTS SUSCEPTIBLE TO OZONE 18
- OXIDATION 18
- TABLE 11 COMMON OXIDANTS AND THEIR OXIDIZING POTENTIAL (VOLTS) 19
- TABLE 12 ORGANICS OXIDIZED BY OZONE 19
- TABLE 12 (CONTINUED) 20
- Micropollutants 20
- Advanced Oxidation Processes (AOPs) 21
- Hydrogen Peroxide 21
- UV 21
- Elevated pH 21
- HISTORY 22
- TABLE 13 HISTORY OF OZONE 22
- COMPETITIVE TECHNOLOGIES 23
- WATER/WASTEWATER TREATMENT 23
- Chlorination 23
- Disinfection Byproducts 23
- Alternative Forms of Chlorine 24
- Other Specialty Water Treatment Chemicals 24
- UV Irradiation 24
- Membrane Filtration 24
- Phase-out of Chlorine 25
- EQUIPMENT COSTS FOR VARIOUS TYPES OF WATER AND WASTEWATER TREATMENT 25
- TABLE 14 CAPITAL COSTS OF WATER TREATMENT, BY TECHNOLOGY TYPE (AVERAGE
$/GALLON, BY PLANT SIZE) 25
- TABLE 14 (CONTINUED) 26
- INDOOR AIR TREATMENT 26
- Mechanical Filtration 26
- HEPA 26
- ULPA 27
- UV 27
- Ion Generation 27
- Electronic Units 27
- Electrostatic Precipitators 27
- Charged Media Purifiers 28
- Adsorbents 28
Chapter-4: POTABLE WATER 19
- MARKET SIZE AND GROWTH 29
- MUNICIPAL WATER TREATMENT 29
- Municipal Water Treatment (Continued) 30
- BOTTLED WATER TREATMENT 31
- RESIDENTIAL WATER TREATMENT 32
- TABLE 15 GLOBAL VALUE OF OZONE TECHNOLOGY IN POTABLE WATER TREATMENT BY
TYPE, THROUGH 2015 ($ MILLIONS) 33
- FIGURE 2 GLOBAL VALUE OF OZONE TECHNOLOGY IN POTABLE WATER TREATMENT BY
TYPE, 2003 - 2015 ($ MILLIONS) 34
- MUNICIPAL DRINKING WATER TREATMENT 34
- DISPERSING THE GAS 35
- Ozone with Hydrogen Peroxide 35
- DRAWBACKS AND BENEFITS 36
- Advantages 36
- Disadvantages 36
- Bromate 37
- INSTALLED CAPACITY 37
- TABLE 16 U.S. OZONE INSTALLATIONS BY YEAR, LOCATION, MANUFACTURER AND
CAPACITY (EXISTING AND PROPOSED, 2010, 1 MGD AND LARGER) 38
- TABLE 16 (CONTINUED) 39
- TABLE 16 (CONTINUED) 40
- TABLE 16 (CONTINUED) 41
- TABLE 16 (CONTINUED) 42
- TABLE 16 (CONTINUED) 43
- TABLE 16 (CONTINUED) 44
- RESIDENTIAL DRINKING WATER TREATMENT 44
- BOTTLED WATER TREATMENT 44
- GLOBAL CONSUMPTION 45
- TABLE 17 WORLD' S LARGEST BOTTLED WATER CONSUMERS, PER CAPITA BY COUNTRY,
THROUGH 2008 45
- FIGURE 3 WORLD' S LARGEST BOTTLED WATER CONSUMERS, PER CAPITA BY COUNTRY,
2008 (MILLION GALLONS) 46
- OZONE TREATMENT OF BOTTLED WATER 46
- Regulating Ozone Dosage 46
- BOTTLED WATER STANDARDS 47
Chapter-5: WASTEWATER 10
- MARKET SIZE AND GROWTH 48
- MUNICIPAL AND DOMESTIC WASTEWATER TREATMENT 48
- Emerging Contaminants 49
- INDUSTRIAL WASTEWATER TREATMENT 50
- TABLE 18 GLOBAL VALUE OF OZONE TECHNOLOGY IN WASTEWATER TREATMENT, THROUGH
2015 ($ MILLIONS) 51
- FIGURE 4 GLOBAL VALUE OF OZONE TECHNOLOGY IN WASTEWATER TREATMENT, 2003 -
2015 ($ MILLIONS) 51
- DOMESTIC WASTEWATER 52
- TABLE 19 INFECTIOUS AGENTS POTENTIALLY PRESENT IN DOMESTIC WASTEWATER 52
- OZONE DISINFECTION OF WASTEWATER 52
- Advantages 53
- Disadvantages 54
- COST 54
- TABLE 20 TYPICAL COST ESTIMATE OF AN OZONE DISINFECTION SYSTEM ($) 55
- INDUSTRIAL WASTEWATER 55
- COLOR REMOVAL 55
- CYANIDE, HEAVY METALS 56
- ADVANTAGES AND DISADVANTAGES OF OZONE IN INDUSTRIAL WASTEWATER TREATMENT 57
- Advantages 57
- Disadvantages 57
Chapter-6: PROCESS WATER 24
- MARKET SIZE AND GROWTH 58
- PULP AND PAPER 58
- FOOD AND BEVERAGE 59
- SEMICONDUCTOR MANUFACTURING 60
- PHARMACEUTICALS PRODUCTION 61
- ELECTRIC POWER GENERATION 62
- OTHER 62
- TABLE 21 GLOBAL VALUE OF OZONE TECHNOLOGY IN PROCESS WATER TREATMENT,
THROUGH 2015 ($ MILLIONS) 62
- FIGURE 5 GLOBAL VALUE OF OZONE TECHNOLOGY IN PROCESS WATER TREATMENT, 2003
- 2015 ($ MILLIONS) 63
- PULP AND PAPER PROCESSING 63
- THE KRAFT PROCESS 63
- CHLORINE-FREE BLEACHING 64
- ECF VS. TCF 65
- THE OZONE BLEACHING PROCESS 65
- Advantages 66
- Disadvantages 66
- COSTS 67
- TABLE 22 COMPARATIVE COSTS OF OZONE BLEACHING VS. CHLORINE BLEACHING 67
- FOOD PROCESSING 68
- APPLICATIONS OF OZONE IN THE FOOD INDUSTRY 68
- TABLE 23 APPLICATIONS OF OZONE IN THE FOOD PROCESSING INDUSTRY 69
- Fruits and Vegetables 69
- TABLE 24 PRODUCE WASHED COMMERCIALLY WITH OZONATED WATER 70
- Meat, Poultry, and Seafood 70
- Meat 70
- Poultry 70
- Seafood 71
- Commercial Fishing Vessels 71
- Seafood Processing 72
- Wine 72
- TABLE 25 APPLICATIONS OF OZONE IN THE WINE INDUSTRY 73
- Commercial Food Service Operations 73
- BENEFITS AND DRAWBACKS OF OZONE IN FOOD PROCESSING 73
- Advantages 73
- Disadvantages 74
- EQUIPMENT SANITIZING 74
- HARD SURFACE SANITIZING 74
- SANITIZING PACKAGING MATERIAL 75
- SEMICONDUCTOR MANUFACTURING 75
- ULTRAPURE DEIONIZED WATER 75
- TABLE 26 TYPICAL STANDARDS FOR ULTRAPURE SEMICONDUCTOR WATER 76
- WAFER CLEANING 76
- PHARMACEUTICALS PRODUCTION 77
- STERILE MAKEUP WATER 77
- COOLING WATER TREATMENT 78
- OZONATION OF COOLING WATER 78
- CONTROLLING MACROFOULANTS 79
- LEGIONELLA 79
- Advantages 80
- Disadvantages 80
- CLEAN-IN-PLACE 81
Chapter-7: OTHER WATER 19
- MARKET SIZE AND GROWTH 82
- POOL AND SPA WATER TREATMENT 82
- AQUACULTURE 83
- ADDITIONAL NICHE MARKETS 83
- Additional Niche Markets (Continued) 84
- Additional Niche Markets (Continued) 85
- TABLE 27 GLOBAL VALUE OF OZONE TECHNOLOGY IN OTHER WATER TREATMENT,
THROUGH 2015 ($ MILLIONS) 86
- FIGURE 6 GLOBAL VALUE OF OZONE TECHNOLOGY IN OTHER WATER TREATMENT, 2003 -
2015 ($ MILLIONS) 86
- SWIMMING POOLS, SPAS, AND OTHER RECREATIONAL WATER 86
- OVERVIEW 87
- Advantages 87
- Disadvantages 88
- CHOOSING OZONE SYSTEMS FOR POOLS AND SPAS 88
- SIZING OZONE SYSTEMS FOR POOLS AND SPAS 89
- AGRICULTURE/AQUACULTURE 89
- LIVESTOCK WATER 89
- Dairy Cattle 90
- Poultry 90
- AQUARIUMS, SEA PARKS, ZOOS 90
- FISH FARMING 91
- HYDROPONICS 91
- STORMWATER RUNOFF 92
- BALLAST WATER 93
- ENVIRONMENTAL CLEANUP 93
- LANDFILL LEACHATE 93
- GROUNDWATER/SOIL REMEDIATION 94
- TABLE 28 GROUNDWATER CONTAMINANTS SUSCEPTIBLE TO OZONE 95
- Advantages 95
- LAUNDRY 95
- COST 96
- TABLE 29 COST COMPARISON OF OZONE AND CONVENTIONAL LAUNDRY CYCLE 97
- HOUSEHOLD APPLIANCES/PERSONAL CARE PRODUCTS 97
- FACIAL STEAMERS 98
- FOOT BATHS 98
- ORAL CARE SYSTEMS 98
- RESIDENTIAL SURFACE SANITIZERS 98
- CONTACT LENS CLEANERS 99
- FOOTWEAR/APPAREL DEODORIZERS 99
- HOMELAND SECURITY 99
- Ozone Applications 100
Chapter-8: AIR AND GAS TREATMENT 17
- MARKET SIZE AND GROWTH 101
- MARKET SIZE AND GROWTH (CONTINUED) 102
- SEMICONDUCTOR APPLICATIONS 103
- TABLE 30 GLOBAL VALUE OF OZONE TECHNOLOGY IN AIR AND GAS TREATMENT,
THROUGH 2015 ($ MILLIONS) 104
- FIGURE 7 GLOBAL VALUE OF OZONE TECHNOLOGY IN AIR AND GAS TREATMENT, 2003 -
2015 ($ MILLIONS) 105
- INDOOR AIR POLLUTION 105
- TABLE 31 INDOOR AIR POLLUTANTS 106
- O3 IN INDOOR AIR POLLUTION 106
- ODOR CONTROL 107
- THRESHOLDS 107
- TABLE 32 MALODOROUS SUBSTANCES AND ODOR THRESHOLDS 107
- TABLE 32 (CONTINUED) 108
- TABLE 32 (CONTINUED) 109
- ODOR CONTROL APPLICATIONS 109
- TABLE 33 POTENTIAL USERS OF OZONE FOR ODOR CONTROL 109
- TABLE 33 (CONTINUED) 110
- DOSAGES 110
- TABLE 34 TYPICAL INDUSTRIAL ODOR CONTROL DOSAGES 110
- TABLE 34 (CONTINUED) 111
- BARRIERS 111
- EPA Recommends against Residential Ozone Air Cleaners 111
- MOLD/SMOKE REMEDIATION 112
- ADVANTAGES 112
- DISADVANTAGES 112
- FOOD STORAGE 113
- PRODUCE 113
- MEAT 113
- MEAT CURING 114
- CROP PRETREATMENT, FUMIGATION 114
- SEED TREATMENT 115
- GAS PHASE SEMICONDUCTOR PROCESSES 115
- WAFER CLEANING 115
- OZONE-ASSISTED LAYER DEPOSITION 116
- CVD 116
- ALD 116
- EXHAUST GASES 117
Chapter-9: MEDICINE 9
- MARKET SIZE AND GROWTH 118
- MARKET SIZE AND GROWTH (CONTINUED) 119
- TABLE 35 GLOBAL VALUE OF OZONE TECHNOLOGY IN MEDICINE, THROUGH 2015 ($
MILLIONS) 120
- FIGURE 8 GLOBAL VALUE OF OZONE TECHNOLOGY IN MEDICINE, 2003 - 2015 ($
MILLIONS) 120
- OVERVIEW 120
- GENERATING MEDICAL OZONE 121
- USES FOR MEDICAL OZONE 121
- TABLE 36 THERAPEUTIC USES OF OZONE 122
- Bactericidal, Virucidal, and Fungicidal Action 122
- Cancer Therapy 122
- AIDS Treatment 123
- Dentistry 123
- Veterinary Medicine 124
- TABLE 37 VETERINARY APPLICATIONS OF OZONE THERAPY 124
- HOW MEDICAL OZONE IS APPLIED 124
- Systemic Ozone Treatment 124
- Topical Ozone Treatment 125
- Ozone Gas 125
- Ozonated Water 126
- Ozonated Ointments 126
Chapter-10: PATENT SURVEY 6
- PATENTS BY APPLICATION 127
- TABLE 38 PATENTS BY APPLICATION, 2005-2010 128
- FIGURE 9 TOTAL PATENTS BY APPLICATION, 2005-2010 129
- BY COMPANY 130
- TABLE 39 PATENTS BY COMPANY, 2005-2010 130
- TABLE 39 (CONTINUED) 131
- FIGURE 10 TOTAL PATENTS BY COMPANY, 2005-2010 132
Chapter-11: RESEARCH TRENDS 11
- OVERVIEW 133
- TABLE 40 EMERGING CONTAMINANTS 133
- TABLE 41 INDUSTRIAL APPLICATIONS 134
- TABLE 42 MUNICIPAL WASTEWATER TREATMENT 135
- TABLE 43 ADVANCED OXIDATION PROCESSES 135
- TABLE 43 (CONTINUED) 136
- TABLE 44 BYPRODUCTS AND CONTROL 136
- TABLE 45 OZONE GENERATION 137
- TABLE 46 AGRICULTURE-FOOD-BEVERAGE APPLICATIONS 137
- TABLE 47 OZONE SOLUBILIZATION AND DECOMPOSITION 138
- TABLE 48 SLUDGE TREATMENT 138
- TABLE 49 AIR AND GAS TREATMENT 139
- TABLE 50 INDUSTRIAL WASTEWATER TREATMENT 139
- TABLE 51 WATER PURIFICATION 140
- TABLE 52 DISINFECTION 140
- TABLE 53 PHARMACOLOGICAL ASPECTS OF MEDICAL OZONE: REACTION MECHANISM,
MECHANISMS OF ACTION, BIOLOGICAL MODELS, ANIMAL AND CELL MODELS 141
- TABLE 54 CLINICAL REPORTS AND TREATMENT STRATEGIES: ANGIOPATHIA, DIABETES,
AND CHRONIC INFLAMMATORY DISEASES 141
- TABLE 55 CLINICAL REPORTS AND TREATMENT STRATEGIES: VIRUS CASED DISEASES
AND COMPLEMENTARY ONCOLOGY 141
- TABLE 56 CLINICAL REPORTS AND TREATMENT STRATEGIES: OZONE IN PAIN
MANAGEMENT, INTRAARTICULAR AND INTRADISCAL INJECTIONS, TRIGGERPOINTS,
RHEUMATOLOGY 142
- TABLE 57 MEDICAL SESSION - POSTER PROGRAM 142
- TABLE 57 (CONTINUED) 143
Chapter-12: INDUSTRY STRUCTURE 46
- TABLE 58 GLOBAL DEMAND FOR OZONE TECHNOLOGY, BY REGION, 2010 ($ MILLIONS)
144
- FIGURE 11 GLOBAL DEMAND FOR OZONE TECHNOLOGY, BY REGION, 2010 ($ MILLIONS)
145
- THE WATER TREATMENT INDUSTRY 145
- OZONE TECHNOLOGY VENDORS 146
- CONGLOMERATES 146
- WATER TREATMENT COMPANIES 146
- PURE PLAYS 147
- OTHER TYPES OF OZONE COMPANIES 148
- MARKET SHARE 148
- TABLE 59 OZONE COMPANIES, MARKET SHARE, 2010 (%) 148
- FIGURE 12 OZONE COMPANIES, MARKET SHARE, 2010 (%) 149
- COMPANY PROFILES 149
- ABSOLUTE OZONE 149
- AIR PRODUCTS AND CHEMICALS, INC. 150
- ALAB, LLC 150
- APPLIED MATERIALS, INC. 151
- ARGENTOX OZONE TECHNOLOGY 151
- BWT GROUP 152
- CHRIST WATER TECHNOLOGY 152
- Steritron Electrolytic Ozone Generators 153
- Loopo 153
- Coolzon 153
- Bewazon 153
- PairOx 153
- CB&I HOWE-BAKER ENGINEERS 154
- CLEARWATER TECH, INC. 154
- ClearWater Generators 155
- CUROZONE USA, INC. 156
- OZONIA 157
- XF Generators 157
- LAB2B Generator 158
- TOGC Generators 158
- OZAT CFS Generators 158
- OZAT CFV Series 158
- OZFIL 158
- Membrel MK III 159
- DEL OZONE 159
- DEL Generators 159
- EBARA CORP. 160
- DRO Generators 160
- ECO-SAFE SYSTEMS 161
- ELECTROLYTIC OZONE, INC. (EOI) 161
- FINNEGAN REZTEK 162
- FUJI ELECTRIC 163
- GE WATER & PROCESS TECHNOLOGIES 164
- GUARDIAN MANUFACTURING 164
- IN USA, INC. 165
- ITT INDUSTRIES 166
- WEDECO AG 166
- WEDECO Ozone Technologies 166
- WEDECO Generators 167
- KAUFMANN UMWELTTECHNIK 167
- Kaufmann Generators 168
- KERFOOT TECHNOLOGIES 168
- C-Sparger 168
- Perozone 169
- LENNTECH WATER TREATMENT & AIR PURIFICATION HOLDING BV 169
- LIFETECH SRO 170
- MEDIZONE INTERNATIONAL 170
- METSO PAPER 171
- ZeTrac 171
- MITSUBISHI ELECTRIC POWER PRODUCTS, INC. 172
- MKS INSTRUMENTS 173
- SEMOZON Generators 173
- LIQUIZON Ozonated Water Systems 174
- NORLAND INTERNATIONAL 174
- NUTECH O3 175
- NUTEK INTERNATIONAL, INC. 176
- OZOCAN CORP. 176
- OZOMAX, LTD. 177
- OZONE SOLUTIONS 178
- OZONE TECHNOLOGY, INC. (OTI) 178
- OZONOLOGY, INC. 179
- OZONO ELETTRONICA INTERNAZIONALE 179
- Ozono Elettronica Generators 180
- SGP Series 180
- MCP Series 180
- TPF Series 180
- Triozon Steril 180
- Ozopool 180
- Ozoline, Steriline Plants 181
- Ozon Dial 181
- WWD Plants 181
- Mobilozone 181
- Desozone 181
- OZOTECH, INC. 182
- PACIFIC OZONE TECHNOLOGY, INC. 182
- Pacific Ozone Technology Generators 182
- PROMINENT DOSIERTECHNIK 183
- ProMinent Generators 184
- PURFRESH 184
- RGF ENVIRONMENTAL 185
- SUMITOMO PRECISION PRODUCTS 186
- TRIPLE O SYSTEMS, INC. 186
- TSO3, INC. 187
- WASSERTEC OZONE SYSTEMS 188
- WELLTECH PACIFIC OZONE LTD. 188
- YANCO INDUSTRIES 189
- ZUVO WATER LLC 189
APPENDIX 47
- APPENDIX I 190
- TABLE 60 PATENT SURVEY, 2005 (APRIL 19, 2005 - DECEMBER 31, 2005) 190
- TABLE 60 (CONTINUED) 191
- TABLE 60 (CONTINUED) 192
- TABLE 60 (CONTINUED) 193
- TABLE 60 (CONTINUED) 194
- TABLE 61 PATENT SURVEY, 2006 195
- TABLE 61 (CONTINUED) 196
- TABLE 61 (CONTINUED) 197
- TABLE 61 (CONTINUED) 198
- TABLE 61 (CONTINUED) 199
- TABLE 61 (CONTINUED) 200
- TABLE 61 (CONTINUED) 201
- TABLE 61 (CONTINUED) 202
- TABLE 62 PATENT SURVEY, 2007 202
- TABLE 62 (CONTINUED) 203
- TABLE 62 (CONTINUED) 204
- TABLE 62 (CONTINUED) 205
- TABLE 62 (CONTINUED) 206
- TABLE 62 (CONTINUED) 207
- TABLE 62 (CONTINUED) 208
- TABLE 62 (CONTINUED) 209
- TABLE 62 (CONTINUED) 210
- TABLE 63 PATENT SURVEY, 2008 210
- TABLE 63 (CONTINUED) 211
- TABLE 63 (CONTINUED) 212
- TABLE 63 (CONTINUED) 213
- TABLE 63 (CONTINUED) 214
- TABLE 63 (CONTINUED) 215
- TABLE 63 (CONTINUED) 216
- TABLE 63 (CONTINUED) 217
- TABLE 64 PATENT SURVEY, 2009 218
- TABLE 64 (CONTINUED) 219
- TABLE 64 (CONTINUED) 220
- TABLE 64 (CONTINUED) 221
- TABLE 64 (CONTINUED) 222
- TABLE 64 (CONTINUED) 223
- TABLE 64 (CONTINUED) 224
- TABLE 64 (CONTINUED) 225
- TABLE 65 PATENT SURVEY, 2010 (JANUARY 1 THROUGH APRIL 20) 226
- TABLE 65 (CONTINUED) 227
- TABLE 65 (CONTINUED) 228
- TABLE 65 (CONTINUED) 229
- TABLE 66 ADDITIONAL OZONE GENERATOR MANUFACTURERS 229
- TABLE 66 (CONTINUED) 230
- TABLE 66 (CONTINUED) 231
- TABLE 66 (CONTINUED) 232
- TABLE 66 (CONTINUED) 233
- TABLE 66 (CONTINUED) 234
- TABLE 66 (CONTINUED) 235
- TABLE 67 OZONE ASSOCIATIONS AND RELATED INDUSTRY ORGANIZATIONS 235
- TABLE 67 (CONTINUED) 236
預測全球的臭氧技術於2015年將有超過8億美元的銷售額
2010年08月04日
Global Information, Inc.已開始銷售美國市場調查公司BCC Research所發行的報告書「Ozone Generation: Technologies, Markets and Players (臭氧處理：技術，市場和參加企業)」
該報告中介紹業界的構造、技術動向、價格驗證、研究開發、政府的法規、企業簡介、競爭技術等。採外，亦提供有關市場活動與收益的5年預測。
該報告處理之臭氧技術的主要用途
- 廢水（排水）處理
- 農業
- 水產養殖
- 水耕栽培
- 處理可攜式水、製程水
- 游泳池及溫泉水的消毒
- 地下水淨化
- 洗滌
- 處理填海造地之浸出水
- 惡臭管理
- 醫療
- 保障國土安全
- 淨化空氣•氣體
2009年臭氧技術的最大區塊在水處理/廢水處理領域
BCC Research預估全球的臭氧技術市場收益2007年雖是4億6,900萬美元左右，然之後將以CAGR8.1％擴大，2015年超過8億美元的規模。此外，在臭氧技術市場的水處理/廢水處理領域，預測將從2007年的3億5,600萬美元到2015年以CAGR8.4％增加的約6億美元。
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