Water and Wastewater Treatment Technologies: Global Markets

Introduction

Abstract

REPORT HIGHLIGHTS

• The global market for wastewater treatment delivery equipment, instrumentation, process equipment, and treatment chemicals will increase at a 10.4% compound annual growth rate (CAGR) to exceed $93 billion in 2016, from a 2011 value of nearly $57 billion.
• The most rapid growth will occur in the delivery equipment product group. This sector is estimated at $20 billion in 2011 and is expected to increase at an 11.4% compound annual growth rate (CAGR) to reach $34 billion in 2016.
• Although the smallest increase will be in the treatment chemicals group, the 9.4% compound annual growth rate (CAGR) nonetheless represents solid growth. This sector is estimated at $12 billion in 2011 and is expected to reach nearly $19 billion in 2016.

REPORT SCOPE

INTRODUCTION

Conventional wisdom suggests that the world is on the verge of a water crisis that will make enemies of friendly nations and leave millions dead from thirst and starvation. The historic record confirms that those who foresee such a crisis are not entirely wrong. Hundreds, perhaps thousands, of communities founded in proximity to naturally occurring water supplies simply vanished when those resources disappeared. What those who foresee a coming water crisis often overlook is that lost cities are far more the exception than the rule. At some point in its history, every one of the world's great cities faced a clear and present danger from inadequate water supplies and sanitation. But each survived by integrating water and wastewater treatment (WWT) technologies into the fabric of their infrastructure. The technical solutions for providing water in dry spells and assuring drinking waters remain uncontaminated from sewage have changed over the millennia, but surprisingly less so than most realize, with their core components consisting of only 15 basic WWT "products." In this study, we forecast the demand for those 15 products in their 40 most robust national markets through 2016, when they will be worth more than $93 billion.

STUDY GOALS AND OBJECTIVES

In this study, BCC Research examines and provides a 2011 through 2016 forecast for 15 products essential for constructing, maintaining, and operating WWT systems in the 40 top global markets.

REASONS FOR DOING THIS STUDY

In recent years, there has been increasing fear that water shortages will create mass dislocations, and perhaps ignite global conflict. While those fears have merit, they also overlook an essential historic fact. All of the problems associated with a lack of clean water or adequate sanitation are amenable to known - and in most cases fairly inexpensive - solutions. Viewed in this more pragmatic light, what many foresee as a crisis is an enormous opportunity, and one that the WWT industry is amply prepared to address.

Historically, the WWT business has relied on three profit centers: constructing new plants, upgrading existing facilities, and supplying chemicals consumed on both the water delivery and wastewater treatment sides of the business. In this study, BCC Research identifies the products that constitute the core of the WWT business and the geographic markets that offer the most robust business opportunities.

SCOPE OF REPORT

This study focuses on 15 WWT products and 40 robust national markets for those products, which will be worth more than $93 billion by 2016.

Products: The 15 products divide themselves into four self-explanatory product groups:

The process equipmentproduct group comprises:

• Primary treatment equipment
• Secondary treatment equipment
• Tertiary treatment equipment
• Advanced treatment equipment.

The delivery equipmentproduct group comprises:

• Pipes and fittings
• Pumps
• Valves and controls.

The instrumentationproduct groupcomprises monitoring devices that have been optimized for use with:

• Anaerobic digestion systems
• Activated sludge systems
• Nutrient removal systems
• Sedimentation systems.

And, the WWT chemicalsproduct group comprises:

• Activated carbon
• Aluminum sulfate
• Calcium hydroxide
• Specialty chemicals.

The WWT industry obviously uses a far broader catalog than the 15 products listed above. A pumping station, for example, requires a structure to house the pump and concrete for the pad that supports the structure and electrical connections. The focus of this work is exclusively on products; it excludes design, engineering, and construction services not directly related to product installation. This study excludes those items along with plumbing fixtures, point-of-use appliances, and locally provided consumables, such as fuels, chlorine, and other disinfectants and fluoridation supplies.

National Markets: With two exceptions, the national markets correspond to sovereign countries. The exceptions are Hong Kong, a special administrative region of the People's Republic of China (PRC), and Taiwan, an island off the coast of mainland China whose inhabitants recognize their own sovereignty but which the PRC claims as its territory. This study refers to those nonsovereign national markets as Chin - Hong Kong and China - Taiwan.

The 40 national markets examined in this study are:

• Argentina
• Mexico
• Australia
• Netherlands
• Austria
• Nigeria
• Belgium
• Norway
• Brazil
• Pakistan
• Canada
• Philippines
• China - Hong Kong
• Poland
• China - Mainland
• Russia
• China - Taiwan
• Saudi Arabia
• Colombia
• South Africa
• Egypt
• South Korea
• France
• Spain
• Germany
• Sweden
• Greece
• Switzerland
• India
• Thailand
• Indonesia
• Turkey
• Iran
• Ukraine
• Italy
• United Kingdom
• Japan
• United States
• Malaysia
• Venezuela

METHODOLOGY

Both primary and secondary research methodologies were used in preparing this study.

The 15 products examined in this study were selected because they are common to WWT treatment systems. These products were also the focus of BCC Research's most recent examination of this topic, Growing Markets for Water and Wastewater Technologies (ENV008A), published in June 2007. While some are unique to water distribution and others to the treatment of sanitary waste, most have applications in both types of plants.

Selecting the national markets to include in this study proved a more complex task. It was, of course, essential to include the most populous countries, but size alone was not the sole criterion. Five of the countries - Australia, China - Mainland, Egypt, India, and Mexico - were covered in ENV008A. The remaining countries were selected on the basis of the following 50 factors that drive the demand for WWT products.

The 50 parameters used to evaluate countries for inclusion in this study were:

• Biochemical oxygen demand (BOD) generated by the food industry
• BOD generated by the chemical industry
• BOD generated by the clay and glass industry
• BOD generated by the metal industry
• BOD generated by the paper and pulp industry
• BOD generated by the textile industry
• BOD generated by the wood industry
• BOD generated by the other industries
• Desalinization
• Electricity production
• Employment in agriculture
• Employment in industry
• Employment in services
• Freshwater withdrawals for agriculture
• Freshwater withdrawals for domestic purposes
• Freshwater withdrawals for industry
• Household final consumption expenditures
• National GINI ranking (a measure of wealth concentration)
• Number of rural homes with an improved water source
• Number of rural homes with improved sanitation facilities
• Number of urban homes with an improved water source
• Number of urban homes with improved sanitation facilities
• Past purchases of activated carbon
• Past purchases of activated sludge instrumentation
• Past purchases of advanced treatment equipment
• Past purchases of aluminum sulfate
• Past purchases of anaerobic digestion instrumentation
• Past purchases of calcium hydroxide
• Past purchases of nutrient removal instrumentation
• Past purchases of pipes and fittings
• Past purchases of primary treatment equipment
• Past purchases of pumps
• Past purchases of secondary treatment equipment
• Past purchases of sedimentation instrumentation
• Past purchases of specialty chemicals
• Past purchases of tertiary treatment equipment
• Past purchases of valves and controls
• Per capital gross domestic produce (ppp method values)
• Population - age distribution
• Population - birth rates
• Population - children under age 5 receiving diarrhea treatment
• Population - death rates
• Population - density
• Population - geographic distribution
• Population - urbanization trends
• Renewable internal ground water resources
• Renewable internal surface water resources
• Transboundary ground water flow
• Transboundary surface water flow
• Water reuse.

Forecasting methodology: To forecast the future demand for the 15 key WWT products, past purchasing patterns were first projected forward based on earlier compound annual growth rates (CAGRs). The resulting values were then adjusted to reflect circumstances within the product-producing industry but more often to account for external conditions that altered the purchasing capabilities or environmental priorities within the national market where the products are purchased. The factors examined were:

• Announced industrial retrenchment and expansion goals
• Announced national water and sanitation goals
• Impact of national economic stimulus programs
• Impact of REACH, the European Union's new toxic substances rules
• Impact of sovereign debt crisis on investment funds
• Impact of tightening mortgage requirements limiting housing starts
• National internal financing capabilities
• National standing in credit markets
• Population growth
• Prices
• Rural-to-urban population shifts.

ORGANIZATION OF THIS REPORT

This study contains 11 chapters and 250 tables, plus a glossary and appendix.

• Chapter One: Introduction
• Chapter Two: Summary
• Chapter Three: Overview
• Chapter Four: Water Resources
• Chapter Five: Water Quality
• Chapter Six: WWT Process Equipment
• Chapter Seven: WWT Delivery Equipment
• Chapter Eight: WWT Instrumentation
• Chapter Nine: WWT Chemicals
• Chapter Ten: Trends in the 500 Most Recent WWT-Related Patents
• Chapter Eleven: National Markets for WWT Technology
• Glossary
• Appendix: The Water and Wastewater Treatment Community.

Chapter Eleven is the longest of this study. It is divided into 40 sections, one for each of the 40 national markets listed above. Each section begins with a brief description of the country's geography, climate, and economy followed by five or six tables describing the structure of the country's water resources and how water is used. A 2011 to 2016 forecast is presented for all 15 products in each national market in the form of an easy-to-read table. A Glossary that slightly expands on the one contained in BCC Research's earlier WWT market study, ENV008A, rounds out this report.

INTENDED AUDIENCE

This study will be of interest to those who require a greater deal of operational-level detail about the business opportunities in the water and wastewater industry than is contained in global forecasts. In addition to providing useful information for senior executives within industries that manufacture WWT products, it will also improve the understanding of the "business side" of the WWT enterprise for officers in regulatory agencies and industry trade associations, international investors, attorneys, and other professional stakeholders.

INFORMATION SOURCES

BCC surveyed several hundred organizations to obtain data for this study. Included were major manufacturers of equipment and related products. Data were compiled from current financial and trade organizations as well as from government sources. Data pertaining to household water use and sanitary facilities were extracted from statistical information compiled by the UNICEF's international household survey initiative, the World Health Organization World Health Survey and the World Bank, International Monetary Fund, Agency for International Development, United National Environment Program, United Nations Food and Agriculture Organization, and the U.S. State Department.

ANALYST CREDENTIALS

James Wilson is a noted technology analyst and author of more than 300 articles and several books dealing with the environment, science, medicine, technology, and business. His previous BCC studies include reports on remote sensing, medical device coatings, medical sensors, mobile telematics, robotics, and intelligent wireless microsystems. A former editor of the Princeton Business Journal and a senior science and technology editor for Hearst Magazines, he is a past member of the National Association of Science Writers and the American Medical Writers Association. He has served on the adjunct faculty of Temple University and on the staffs of Drexel University and the Academy of Natural Sciences. At the Academy, Wilson was involved in organizing three national water conferences; served on the organizing committee of the National Water Alliance; authored and co-authored several studies on metals and nutrients in the aquatic environment; and wrote Ground Water: A Non-Technical Guide, ANSP Press (ISBN: 9780910006064), the first popular book dealing with ground water resources.

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DISCLAIMER

The information developed in this report is intended to be as reliable as possible at the time of publication and of a professional nature. This information does not constitute managerial, legal, or accounting advice nor should it serve as a corporate policy guide, laboratory manual, or an endorsement of any product, as much of the information is speculative in nature. The author assumes no responsibility for any loss or damage that might result from reliance on the reported information or from its use.

Table of Contents

Table of Contents

Chapter- 1: INTRODUCTION - Complimentary

• STUDY GOALS AND OBJECTIVES
• REASONS FOR DOING THIS STUDY
• SCOPE OF REPORT
• METHODOLOGY
• ORGANIZATION OF THIS REPORT
• INTENDED AUDIENCE
• INFORMATION SOURCES
• ANALYST CREDENTIALS
• RELATED BCC REPORTS
• BCC ONLINE SERVICES
• DISCLAIMER

Chapter- 2: SUMMARY

• Summary Table : WWT PRODUCTS FORECAST FOR THE TOP 40 MARKETS, THROUGH 2016
• Summary Figure : WWT PRODUCTS FORECAST FOR TOP 40 MARKETS, IN 2016

Chapter- 3: OVERVIEW

Chapter- 4: WATER RESOURCES

• FRESHWATER RESOURCES
• Table 1 : FRESHWATER VERSUS SALTWATER
• Table 2 : FRESHWATER DISTRIBUTION

Chapter- 5: WATER QUALITY

• CHEMICAL AGENTS
• CHANGING ATTITUDES TOWARD TOXIC CHEMICALS
• Table 11 : EU REACH SUBSTANCES OF VERY HIGH CONCERN

Chapter- 6: WWT PROCESS EQUIPMENT

• PRIMARY TREATMENT EQUIPMENT
• PRIMARY TREATMENT EQUIPMENT FORECAST
• SECONDARY TREATMENT EQUIPMENT
• PRIMARY TREATMENT EQUIPMENT FORECAST
• TERTIARY TREATMENT EQUIPMENT
• TERTIARY TREATMENT EQUIPMENT FORECAST
• ADVANCED WATER TECHNOLOGIES
• ADVANCED WATER TREATMENT EQUIPMENT FORECAST
• Table 22 : FORECAST FOR ADVANCED TREATMENT EQUIPMENT IN THE TOP 40 NATIONAL MARKETS, THROUGH 2016

Chapter- 7: WWT DELIVERY EQUIPMENT

• PIPES AND FITTINGS
• PUMPS
• VALVES AND CONTROLS

Chapter- 8: WWT INSTRUMENTATION

• GENERIC INSTRUMENTATION NEEDS
• ANAEROBIC DIGESTION SENSORS
• ACTIVATED SLUDGE SENSORS
• NUTRIENT REMOVAL SENSORS
• SEDIMENTATION SENSORS

Chapter- 9: WWT CHEMICALS

• ACTIVATED CARBON
• ALUMINUM SULFATE
• CALCIUM HYDROXIDE
• SPECIALTY CHEMICALS

Chapter- 10: TRENDS IN THE 500 MOST RECENT WWT PATENTS

• Table 38 : THE 500 MOST RECENTLY ISSUED LIQUID PURIFICATION PATENTS

Chapter- 11: NATIONAL MARKET FORECASTS FOR WWT TECHNOLOGY

• THE POLITICAL DIMENSION
• THE FINANCIAL DIMENSION
• HOW NATIONAL MARKET SECTIONS ARE ORGANIZED
• ARGENTINA
• AUSTRALIA
• AUSTRIA
• BELGIUM
• BRAZIL
• CANADA
• CHINA - HONG KONG
• CHINA - MAINLAND
• CHINA - TAIWAN
• COLUMBIA
• EGYPT
• FRANCE
• GERMANY
• GREECE
• INDIA
• INDONESIA
• IRAN
• ITALY
• JAPAN
• MALAYSIA
• MEXICO
• NETHERLANDS
• NIGERIA
• NORWAY
• PAKISTAN
• PHILIPPINES
• POLAND
• RUSSIA
• SAUDI ARABIA
• SOUTH AFRICA
• SOUTH KOREA
• SPAIN
• SWEDEN
• SWITZERLAND
• THAILAND
• TURKEY
• UKRAINE
• UNITED KINGDOM
• UNITED STATES
• VENEZUELA

Chapter- 12: GLOSSARY

Chapter- 13: APPENDIX: THE WATER AND WASTEWATER COMMUNITY

• ACQUEAU
• ACCIONA AGUA
• ADVANCED DRAINAGE SYSTEMS
• AMERICAN CONCRETE PIPE ASSOCIATION
• AMERICAN CONCRETE PRESSURE PIPE ASSOCIATION
• AMERICAN MEMBRANE TECHNOLOGY ASSOCIATION
• AMERICAN PUBLIC WORKS ASSOCIATION
• AMERICAN SOCIETY OF CIVIL ENGINEERS
• AMERICAN WATER RESOURCES ASSOCIATION
• AMERICAN WATER WORKS ASSOCIATION
• AMERICAN WATER WORKS COMPANY
• AQUA AMERICA
• AQUAFIN
• AQUANTIS GMBH
• AGUAS DE PORTUGAL
• AQUATEAM
• ASOCIACION ESPANOLA DE ABASTECIMIENTOS DE AGUA Y SANEAMIENTO
• ASSOCIATION OF WATER TECHNOLOGIES
• ATKINS
• APTWATER INC.
• AUSTRALIAN WATER ASSOCIATION
• BEFESA AGUA
• BERLIN CENTRE OF COMPETENCE FOR WATER
• BEST WATER TECHNOLOGY
• BLACK & VEATCH
• BRITISH GEOLOGICAL SURVEY
• CALGON CARBON CORPORATION
• CANADIAN WATER RESOURCES ASSOCIATION
• CANAL DE ISABEL II
• CEMAGREF
• CENTRE FOR ECOLOGY AND HYDROLOGY
• CERES
• CETAQUA
• CH2M HILL
• COPA-COGECA
• CSTB
• CULLIGAN WATER TECHNOLOGIES, INC.
• DANISH WATER FORUM
• DANISH WATER AND WASTEWATER ASSOCIATION
• DELTARES
• DHI
• DVGW
• EBARA JITSUGYO CO., LTD.
• ENERKEM
• ENPAR TECHNOLOGIES INC.
• EUROPEAN ASSOCIATION OF NATIONAL WATER AND WASTE WATER ASSOCIATIONS AND USERS
• EUROPEAN CHEMICALS AGENCY
• EUROPEAN COMMISSION WATER SUPPLY AND SANITATION TECHNOLOGY PLATFORM
• EUROPEAN MEMBRANE HOUSE
• EUROPEAN WATER ASSOCIATION
• FEDERUTILITY
• GE WATER & PROCESS TECHNOLOGIES
• GLOBAL WATER PARTNERSHIP
• GRONTMIJ
• INTERNATIONAL ASSOCIATION OF ENVIRONMENTAL HYDROLOGY
• INTERNATIONAL ASSOCIATION OF HYDROLOGICAL SCIENCES
• INTERNATIONAL ASSOCIATION OF HYDROLOGISTS
• INTERNATIONAL DESALINATION ASSOCIATION
• INTERNATIONAL JOINT COMMISSION
• INTERNATIONAL SOCIETY FOR TRENCHLESS TECHNOLOGY
• INTERNATIONAL WATER ASSOCIATION
• INTERNATIONAL WATER MANAGEMENT INSTITUTE (IWMI)
• INTEVRAS
• ITT INDUSTRIES
• KEMIRA
• KRUGER
• KURITA WATER INDUSTRIES LTD
• KWR WATERCYCLE RESEARCH INSTITUTE
• LAYNE CHRISTENSEN COMPANY
• LG SOUND
• MACAULAY LAND USE RESEARCH INSTITUTE
• MONTGOMERY WATSON HARZA
• NALCO
• NATIONAL ASSOCIATION OF CLEAN WATER AGENCIES
• NATIONAL ASSOCIATION OF WATER COMPANIES
• NORIT N.V.
• NORWEGIAN INSTITUTE FOR WATER RESEARCH
• PALL CORPORATION
• PENTAIR INC.
• PEOPLE'S REPUBLIC OF CHINA MINISTRY OF WATER RESOURCES
• SALINE WATER CONVERSION CORPORATION
• SEVERN TRENT
• SCHLUMBERGER WATER SERVICES
• SIEMENS WATER TECHNOLOGIES CORP
• SUEZ ENVIRONMENT
• SVENSK VATTEN
• THAMES WATER UTILITIES
• THIRD WORLD CENTRE FOR WATER MANAGEMENT
• UNITED NATIONS FOOD AND AGRICULTURE ORGANIZATION
• UNITED NATIONS WATER
• UNITED STATES ARMY CORPS OF ENGINEERS - HYDROLOGIC ENGINEERING CENTER
• UNITED STATES ENVIRONMENTAL PROTECTION AGENCY
• UNITED WATER INC.
• UNITED UTILITIES PLC
• VEOLIA ENVIRONMENT
• WATER AND WASTEWATER EQUIPMENT MANUFACTURERS ASSOCIATION
• WATER ENVIRONMENT FEDERATION
• WATER SCIENCE AND TECHNOLOGY BOARD
• WATTS WATER TECHNOLOGIES
• WORLD WATER COUNCIL

List of Tables

• Summary Table : WWT PRODUCTS FORECAST FOR THE TOP 40 MARKETS, THROUGH 2016
• Table 1 : FRESHWATER VERSUS SALTWATER
• Table 2 : FRESHWATER DISTRIBUTION
• Table 3 : WHO GUIDELINES FOR CHEMICALS, EXCEPT CARCINOGENS
• Table 4 : PROVISIONAL GUIDELINES DUE TO LIMITED INFORMATION ON HEALTH EFFECTS
• Table 5 : PROVISIONAL GUIDELINES BECAUSE VALUE IS BELOW THAT ACHIEVABLE THROUGH PRACTICAL TREATMENT METHODS AND WATER SUPPLY SOURCE PROTECTION
• Table 6 : PROVISIONAL GUIDELINES BECAUSE DISINFECTION IS LIKELY TO RESULT IN THE GUIDELINE VALUE BEING EXCEEDED
• Table 7 : PROVISIONAL GUIDELINES BECAUSE CALCULATED GUIDELINE VALUE IS BELOW THE ACHIEVABLE QUANTIFICATION LEVEL
• Table 8 : PROVISIONAL GUIDELINES BECAUSE ACHIEVING HEALTH-BASED GUIDELINE VALUE MAY AFFECT THE APPEARANCE, TASTE, OR ODOR OF THE WATER, LEADING TO CONSUMER COMPLAINTS
• Table 9 : CHEMICALS THAT WHO CLASSIFIES AS CARCINOGENS
• Table 10 : CHEMICALS FOR WHICH WHO GUIDELINE VALUES HAVE NOT BEEN ESTABLISHED
• Table 11 : EU REACH SUBSTANCES OF VERY HIGH CONCERN
• Table 12 : TYPES OF PATHOGENS THAT DAMAGE WATER QUALITY
• Table 13 : BACTERIAL PATHOGENS THAT DAMAGE WATER QUALITY
• Table 14 : PROTOZOAN PATHOGENS THAT DAMAGE WATER QUALITY
• Table 15 : HELMINTH PATHOGENS THAT DAMAGE WATER QUALITY
• Table 16 : VIRAL PATHOGENS THAT DAMAGE WATER QUALITY
• Table 17 : WHO GUIDANCE FOR RADIONUCLIDES IN DRINKING WATER
• Table 18 : DEMAND FOR WWT PROCESS EQUIPMENT IN THE TOP 40 NATIONAL MARKETS, THROUGH 2016
• Table 19 : FORECAST FOR PRIMARY TREATMENT EQUIPMENT IN THE TOP 40 NATIONAL MARKETS, THROUGH 2016
• Table 20 : FORECAST FOR SECONDARY TREATMENT EQUIPMENT IN THE TOP 40 NATIONAL MARKETS, THROUGH 2016
• Table 21 : FORECAST FOR TERTIARY TREATMENT EQUIPMENT IN THE TOP 40 NATIONAL MARKETS, THROUGH 2016
• Table 22 : FORECAST FOR ADVANCED TREATMENT EQUIPMENT IN THE TOP 40 NATIONAL MARKETS, THROUGH 2016
• Table 23 : DEMAND FOR WWT DELIVERY EQUIPMENT IN THE TOP 40 NATIONAL MARKETS, THROUGH 2016
• Table 24 : FORECAST FOR PIPES AND FITTINGS, THROUGH 2016
• Table 25 : FORECAST FOR PUMPS IN THE TOP 40 NATIONAL MARKETS, THROUGH 2016
• Table 26 : FORECAST FOR VALVES AND CONTROLS IN THE TOP 40 NATIONAL MARKETS, THROUGH 2016
• Table 27 : DEMAND FOR WWT INSTRUMENTATION IN THE TOP 40 NATIONAL MARKETS, THROUGH 2016
• Table 28 : FORECAST FOR ANAEROBIC DIGESTION SENSORS IN THE TOP 40 NATIONAL MARKETS, THROUGH 2016
• Table 29 : FORECAST FOR ACTIVATED SLUDGE SENSORS IN THE TOP 40 NATIONAL MARKETS, THROUGH 2016
• Table 30 : FORECAST FOR NUTRIENT REMOVAL SENSORS IN THE TOP 40 NATIONAL MARKETS, THROUGH 2016
• Table 31 : ON-LINE MONITORING EQUIPMENT FOR WASTEWATER TREATMENT
• Table 32 : FORECAST FOR SEDIMENTATION SENSORS IN THE TOP 40 NATIONAL MARKETS, THROUGH 2016
• Table 33 : DEMAND FOR WWT CHEMICALS IN THE TOP 40 NATIONAL MARKETS, THROUGH 2016
• Table 34 : FORECAST FOR ACTIVATED CARBON IN THE TOP 40 NATIONAL MARKETS, THROUGH 2016
• Table 35 : FORECAST FOR ALUMINUM SULFATE IN THE TOP 40 NATIONAL MARKETS, THROUGH 2016
• Table 36 : FORECAST FOR CALCIUM HYDROXIDE IN THE TOP 40 NATIONAL MARKETS, THROUGH 2016
• Table 37 : FORECAST FOR SPECIALTY CHEMICALS IN THE TOP 40 NATIONAL MARKETS, THROUGH 2016
• Table 38 : THE 500 MOST RECENTLY ISSUED LIQUID PURIFICATION PATENTS
• Table 39 : SAMPLE NATIONAL MARKET FORECAST SUMMARY, THROUGH 2016
• Table 40 : KEY WATER USE STATISTICS
• Table 41 : CHARACTERISTICS OF AGRICULTURAL LANDS
• Table 42 : WATER SOURCES
• Table 43 : WATER USE BY SECTOR
• Table 44 : WASTEWATER PRODUCTION AND TREATMENT
• Table 45 : PRODUCT-LEVEL FORECAST FOR ARGENTINA, THROUGH 2016
• Table 46 : KEY WATER USE STATISTICS
• Table 47 : CHARACTERISTICS OF AGRICULTURAL LANDS
• Table 48 : WATER SOURCES
• Table 49 : WATER USE BY SECTOR
• Table 50 : PRODUCT-LEVEL FORECAST FOR AUSTRALIA, THROUGH 2016
• Table 51 : KEY WATER USE STATISTICS
• Table 52 : CHARACTERISTICS OF AGRICULTURAL LANDS
• Table 53 : WATER SOURCES
• Table 54 : WATER USE BY SECTOR
• Table 55 : PRODUCT-LEVEL FORECAST FOR AUSTRIA, THROUGH 2016
• Table 56 : KEY WATER USE STATISTICS
• Table 57 : CHARACTERISTICS OF AGRICULTURAL LANDS
• Table 58 : WATER SOURCES
• Table 59 : WATER USE BY SECTOR
• Table 60 : PRODUCT-LEVEL FORECAST FOR BELGIUM, THROUGH 2016
• Table 61 : KEY WATER USE STATISTICS
• Table 62 : CHARACTERISTICS OF AGRICULTURAL LANDS
• Table 63 : WATER SOURCES
• Table 64 : WATER USE BY SECTOR
• Table 65 : WASTEWATER PRODUCTION AND TREATMENT
• Table 66 : PRODUCT-LEVEL FORECAST FOR BRAZIL, THROUGH 2016
• Table 67 : KEY WATER USE STATISTICS
• Table 68 : CHARACTERISTICS OF AGRICULTURAL LANDS
• Table 69 : WATER SOURCES
• Table 70 : WATER USE BY SECTOR
• Table 71 : SIGNIFICANT DESIGN, BUILD OPERATE PROJECTS
• Table 72 : PRODUCT-LEVEL FORECAST FOR CANADA, THROUGH 2016
• Table 73 : PRODUCT-LEVEL FORECAST FOR CHINA-HONG KONG, THROUGH 2016
• Table 74 : KEY WATER USE STATISTICS
• Table 75 : PRODUCT-LEVEL FORECAST FOR CHINA - MAINLAND, THROUGH 2016
• Table 76 : PRODUCT-LEVEL FORECAST FOR CHINA - TAIWAN, THROUGH 2016
• Table 77 : KEY WATER USE STATISTICS
• Table 78 : CHARACTERISTICS OF AGRICULTURAL LANDS
• Table 79 : WATER SOURCES
• Table 80 : WATER USE BY SECTOR
• Table 81 : WASTEWATER PRODUCTION AND TREATMENT
• Table 82 : PRODUCT-LEVEL FORECAST FOR COLUMBIA, THROUGH 2016
• Table 83 : KEY WATER USE STATISTICS
• Table 84 : CHARACTERISTICS OF AGRICULTURAL LANDS
• Table 85 : WATER SOURCES
• Table 86 : WATER USE BY SECTOR
• Table 87 : PRODUCT-LEVEL FORECAST FOR EGYPT, THROUGH 2016
• Table 88 : KEY WATER USE STATISTICS
• Table 89 : CHARACTERISTICS OF AGRICULTURAL LANDS
• Table 90 : WATER SOURCES
• Table 91 : WATER USE BY SECTOR
• Table 92 : PRODUCT-LEVEL FORECAST FOR FRANCE, THROUGH 2016
• Table 93 : KEY WATER USE STATISTICS
• Table 94 : CHARACTERISTICS OF AGRICULTURAL LANDS
• Table 95 : WATER SOURCES
• Table 96 : WATER USE BY SECTOR
• Table 97 : PRODUCT-LEVEL FORECAST FOR GERMANY, THROUGH 2016
• Table 98 : KEY WATER USE STATISTICS
• Table 99 : CHARACTERISTICS OF AGRICULTURAL LANDS
• Table 100 : WATER SOURCES
• Table 101 : WATER USE BY SECTOR
• Table 102 : PRODUCT-LEVEL FORECAST FOR GREECE. THROUGH 2016
• Table 103 : KEY WATER USE STATISTICS
• Table 104 : CHARACTERISTICS OF AGRICULTURAL LANDS
• Table 105 : WATER SOURCES
• Table 106 : WATER USE BY SECTOR
• Table 107 : WASTEWATER PRODUCTION AND TREATMENT
• Table 108 : PRODUCT-LEVEL FORECAST FOR INDIA, THROUGH 2016
• Table 109 : KEY WATER USE STATISTICS
• Table 110 : CHARACTERISTICS OF AGRICULTURAL LANDS
• Table 111 : WATER SOURCES
• Table 112 : WATER USE BY SECTOR
• Table 113 : PRODUCT-LEVEL FORECAST FOR INDONESIA, THROUGH 2016
• Table 114 : KEY WATER USE STATISTICS
• Table 115 : CHARACTERISTICS OF AGRICULTURAL LANDS
• Table 116 : WATER SOURCES
• Table 117 : WATER USE BY SECTOR
• Table 118 : WASTEWATER PRODUCTION AND TREATMENT
• Table 119 : PRODUCT-LEVEL FORECAST FOR IRAN, THROUGH 2016
• Table 120 : KEY WATER USE STATISTICS
• Table 121 : CHARACTERISTICS OF AGRICULTURAL LANDS
• Table 122 : WATER SOURCES
• Table 123 : WATER USE BY SECTOR
• Table 124 : WASTEWATER PRODUCTION AND TREATMENT
• Table 125 : PRODUCT-LEVEL FORECAST FOR ITALY, THROUGH 2016
• Table 126 : KEY WATER USE STATISTICS
• Table 127 : CHARACTERISTICS OF AGRICULTURAL LANDS
• Table 128 : WATER SOURCES
• Table 129 : WATER USE BY SECTOR
• Table 130 : WASTEWATER PRODUCTION AND TREATMENT
• Table 131 : PRODUCT-LEVEL FORECAST FOR JAPAN, THROUGH 2016
• Table 132 : KEY WATER USE STATISTICS
• Table 133 : CHARACTERISTICS OF AGRICULTURAL LANDS
• Table 134 : WATER SOURCES
• Table 135 : WATER USE BY SECTOR
• Table 136 : WASTEWATER PRODUCTION AND TREATMENT
• Table 137 : PRODUCT-LEVEL FORECAST FOR MALAYSIA, THROUGH 2016
• Table 138 : KEY WATER USE STATISTICS
• Table 139 : CHARACTERISTICS OF AGRICULTURAL LANDS
• Table 140 : WATER SOURCES
• Table 141 : WATER USE BY SECTOR
• Table 142 : WASTEWATER PRODUCTION AND TREATMENT
• Table 143 : PRODUCT-LEVEL FORECAST FOR MEXICO, THROUGH 2016
• Table 144 : KEY WATER USE STATISTICS
• Table 145 : CHARACTERISTICS OF AGRICULTURAL LANDS
• Table 146 : WATER SOURCES
• Table 147 : WATER USE BY SECTOR
• Table 148 : PRODUCT-LEVEL FORECAST FOR THE NETHERLANDS, THROUGH 2016
• Table 149 : KEY WATER USE STATISTICS
• Table 150 : CHARACTERISTICS OF AGRICULTURAL LANDS
• Table 151 : WATER SOURCES
• Table 152 : WATER USE BY SECTOR
• Table 153 : PRODUCT-LEVEL FORECAST FOR NIGERIA, THROUGH 2016
• Table 154 : KEY WATER USE STATISTICS
• Table 155 : CHARACTERISTICS OF AGRICULTURAL LANDS
• Table 156 : WATER SOURCES
• Table 157 : WATER USE BY SECTOR
• Table 158 : PRODUCT-LEVEL FORECAST FOR NORWAY, THROUGH 2016
• Table 159 : KEY WATER USE STATISTICS
• Table 160 : CHARACTERISTICS OF AGRICULTURAL LANDS
• Table 161 : WATER SOURCES
• Table 162 : WATER USE BY SECTOR
• Table 163 : WASTEWATER PRODUCTION AND TREATMENT
• Table 164 : PRODUCT-LEVEL FORECAST FOR PAKISTAN, THROUGH 2016
• Table 165 : KEY WATER USE STATISTICS
• Table 166 : CHARACTERISTICS OF AGRICULTURAL LANDS
• Table 167 : WATER SOURCES
• Table 168 : WATER USE BY SECTOR
• Table 169 : WASTEWATER PRODUCTION AND TREATMENT
• Table 170 : PRODUCT-LEVEL FORECAST FOR THE PHILIPPINES, THROUGH 2016
• Table 171 : KEY WATER USE STATISTICS
• Table 172 : CHARACTERISTICS OF AGRICULTURAL LANDS
• Table 173 : WATER SOURCES
• Table 174 : WATER USE BY SECTOR
• Table 175 : WASTEWATER PRODUCTION AND TREATMENT
• Table 176 : PRODUCT-LEVEL FORECAST FOR POLAND, THROUGH 2016
• Table 177 : KEY WATER USE STATISTICS
• Table 178 : CHARACTERISTICS OF AGRICULTURAL LANDS
• Table 179 : WATER SOURCES
• Table 180 : WATER USE BY SECTOR
• Table 181 : WASTEWATER PRODUCTION AND TREATMENT
• Table 182 : PRODUCT-LEVEL FORECAST FOR RUSSIA, THROUGH 2016
• Table 183 : KEY WATER USE STATISTICS
• Table 184 : CHARACTERISTICS OF AGRICULTURAL LANDS
• Table 185 : WATER SOURCES
• Table 186 : WATER USE BY SECTOR
• Table 187 : WASTEWATER PRODUCTION AND TREATMENT
• Table 188 : PRODUCT-LEVEL FORECAST FOR SAUDI ARABIA, THROUGH 2016
• Table 189 : KEY WATER USE STATISTICS
• Table 190 : CHARACTERISTICS OF AGRICULTURAL LANDS
• Table 191 : WATER SOURCES
• Table 192 : WATER USE BY SECTOR
• Table 193 : WASTEWATER PRODUCTION AND TREATMENT
• Table 194 : PRODUCT-LEVEL FORECAST FOR SOUTH AFRICA, THROUGH 2016
• Table 195 : KEY WATER USE STATISTICS
• Table 196 : CHARACTERISTICS OF AGRICULTURAL LANDS
• Table 197 : WATER SOURCES
• Table 198 : WATER USE BY SECTOR
• Table 199 : WASTEWATER PRODUCTION AND TREATMENT
• Table 200 : PRODUCT-LEVEL FORECAST FOR SOUTH KOREA, THROUGH 2016
• Table 201 : KEY WATER USE STATISTICS
• Table 202 : CHARACTERISTICS OF AGRICULTURAL LANDS
• Table 203 : WATER SOURCES
• Table 204 : WATER USE BY SECTOR
• Table 205 : PRODUCT-LEVEL FORECAST FOR SPAIN, THROUGH 2016
• Table 206 : KEY WATER USE STATISTICS
• Table 207 : CHARACTERISTICS OF AGRICULTURAL LANDS
• Table 208 : WATER SOURCES
• Table 209 : WATER USE BY SECTOR
• Table 210 : PRODUCT-LEVEL FORECAST FOR SWEDEN, THROUGH 2016
• Table 211 : KEY WATER USE STATISTICS
• Table 212 : CHARACTERISTICS OF AGRICULTURAL LANDS
• Table 213 : WATER SOURCES
• Table 214 : WATER USE BY SECTOR
• Table 215 : PRODUCT-LEVEL FORECAST FOR SWITZERLAND, THROUGH 2016
• Table 216 : KEY WATER USE STATISTICS
• Table 217 : CHARACTERISTICS OF AGRICULTURAL LANDS
• Table 218 : WATER SOURCES
• Table 219 : WATER USE BY SECTOR
• Table 220 : WASTEWATER PRODUCTION AND TREATMENT
• Table 221 : PRODUCT-LEVEL FORECAST FOR THAILAND, THROUGH 2016
• Table 222 : KEY WATER USE STATISTICS
• Table 223 : CHARACTERISTICS OF AGRICULTURAL LANDS
• Table 224 : WATER SOURCES
• Table 225 : WATER USE BY SECTOR
• Table 226 : WASTEWATER PRODUCTION AND TREATMENT
• Table 227 : PRODUCT-LEVEL FORECAST FOR TURKEY, THROUGH 2016
• Table 228 : KEY WATER USE STATISTICS
• Table 229 : CHARACTERISTICS OF AGRICULTURAL LANDS
• Table 230 : WATER SOURCES
• Table 231 : WATER USE BY SECTOR
• Table 232 : WASTEWATER PRODUCTION AND TREATMENT
• Table 233 : PRODUCT-LEVEL FORECAST FOR UKRAINE, THROUGH 2016
• Table 234 : KEY WATER USE STATISTICS
• Table 235 : CHARACTERISTICS OF AGRICULTURAL LANDS
• Table 236 : WATER SOURCES
• Table 237 : WATER USE BY SECTOR
• Table 238 : PRODUCT-LEVEL FORECAST FOR UNITED KINGDOM, THROUGH 2016
• Table 239 : KEY WATER USE STATISTICS
• Table 240 : CHARACTERISTICS OF AGRICULTURAL LANDS
• Table 241 : WATER SOURCES
• Table 242 : WATER USE BY SECTOR
• Table 243 : WASTEWATER PRODUCTION AND TREATMENT
• Table 244 : SIGNIFICANT DESIGN, BUILD OPERATE PROJECTS
• Table 245 : PRODUCT-LEVEL FORECAST FOR UNITED STATES, THROUGH 2016
• Table 246 : KEY WATER USE STATISTICS
• Table 247 : CHARACTERISTICS OF AGRICULTURAL LANDS
• Table 248 : WATER SOURCES
• Table 249 : WATER USE BY SECTOR
• Table 250 : PRODUCT-LEVEL FORECAST FOR VENEZUELA, THROUGH 2016

List of Figures

• Summary Figure : WWT PRODUCTS FORECAST FOR TOP 40 MARKETS, IN 2016
• Figure 1 : ESTIMATED WORLD WATER USE

Water and Wastewater Treatment Technologies: Global Markets published by BCC Research in February 1, 2012. This report consists of 330 Pages and the price starts from US $ 5450.

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