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[Report]
Chemical Process Monitoring Devices
Published: 2007/03
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Table of Contents
- VOLUME I
- INTRODUCTION
- STUDY GOALS AND OBJECTIVES
- REASONS FOR DOING THE STUDY
- CONTRIBUTION OF THE STUDY AND FOR WHOM
- SEGMENTATION BY COUNTRIES
- METHODOLOGY AND SIZE OF THE REPORT
- ANALYSTS CREDENTIALS
- RELATED BCC RESEARCH
- DISCLAIMER
- SUMMARY
- Summary Table:
- GLOBAL MARKET FORECAST FOR PROCESS MONITORING DEVICES PRODUCTION BY
INFRASTRUCTURE, THROUGH 2011 ($ BILLIONS)
- Summary Figure:
- GLOBAL MARKET FORECAST FOR PROCESS MONITORING DEVICES PRODUCTION BY
INFRASTRUCTURE, 2003-2011 ($ BILLIONS)
- OVERVIEW
- INTRODUCTION
- MARKET SENSITIVITY
- STRINGENT REGULATIONS AND AN INCREASINGLY COMPETITIVE MARKETPLACE
- IMPORTANCE OF THE PROCESS MONITORING DEVICE INDUSTRY
- Table 1 GLOBAL IMPORTANCE OF PROCESS MONITORING DEVICES BY PRODUCT
GROUP, THROUGH 2011 ($ MILLIONS)
- OVERVIEW OF PROCESS MONITORING DEVICE PRODUCTS AND THEIR APPLICATIONS
- Table 2 OVERVIEW OF MAJOR PROCESS MONITORING DEVICES AND THEIR
APPLICATIONS
- Table 3 OVERVIEW OF THE MAJOR PRODUCTS AND TECHNOLOGIES OF PMD
- OVERVIEW OF GLOBAL TRADE IN PROCESS MONITORING DEVICES
- Table 4 GLOBAL MARKET FORECAST FOR PROCESS MONITORING DEVICES APPARENT
CONSUMPTION, THROUGH 2011 ($ BILLIONS)
- GLOBAL PRODUCTION
- North America
- Europe
- Asia
- Rest-of-the-World
- Table 5 GLOBAL MARKET FORECAST OF PROCESS MONITORING DEVICE PRODUCTION
BY REGION, THROUGH 2011 ($ BILLIONS)
- GLOBAL EXPORTS
- North America
- Europe
- Asia
- Rest-of-the-World
- Table 6 GLOBAL MARKET FORECAST FOR PMD EXPORTS BY REGION, THROUGH 2011
($ BILLIONS)
- GLOBAL IMPORTS
- North America
- Europe
- Asia
- Rest-of-the-World
- Table 7 GLOBAL MARKET FORECAST FOR PMD IMPORTS BY REGION, THROUGH 2011
($ BILLIONS)
- GLOBAL APPARENT CONSUMPTION
- North America
- Europe
- Asia
- Rest of the World
- Table 8 GLOBAL MARKET FORECAST FOR PMD: APPARENT CONSUMPTION BY REGION,
THROUGH 2011 ($ BILLIONS)
- HISTORY AND DEVELOPMENT
- CURRENT CONDITIONS IN NORTH AMERICA AND THE WORLD
- Table 9 NORTH AMERICAN MARKET FORECAST OF PMD PRODUCTION, THROUGH 2011
($ MILLIONS)
- Table 10 U.S. MARKET FORECAST FOR PMD PRODUCTION IN COMPARISON TO THE
REST OF THE WORLD, THROUGH 2011 ($ MILLIONS)
- INDUSTRY LEADERS
- THERMO ELECTRON
- EMERSON
- ABB
- ROCKWELL AUTOMATION
- OTHER
- Table 11 PROCESS MONITORING DEVICE INDUSTRY LEADER REVENUES, 2002-2006
($ MILLIONS)
- Table 12 AVERAGE WAGE IN THE PROCESS MONITORING DEVICE WORKFORCE ($/HOUR)
- OVERVIEW OF SOME IMPORTANT INDICATIONS FOR THE PMD INDUSTRY
- Table 13 IMPORTANT INDICATIONS FOR THE PROCESS MONITORING DEVICE INDUSTRY
- WHERE PROCESS MONITORING DEVICES FIT IN THE ECONOMY
- GLOBAL ECONOMY OVERVIEW
- Table 14 GLOBAL MARKET OVERVIEW OF KEY WORLD ECONOMIC INDICATORS,
THROUGH 2011 (GROWTH %)
- DAMAGE FROM HURRICANES KATRINA AND RITA: EARTHQUAKES LIKELY TO
REVERBERATE ACROSS THE GLOBAL ECONOMY WELL INTO 2011
- A One-Year Review of Key Indicators of Recovery in Post-Storm New
Orleans
- One Year after the Indonesian Earthquake
- PAKISTAN EARTHQUAKE
- Table 15 OVERVIEW OF WORLDWIDE GDP AND GDP GROWTH, 2003-2006
- IMPACT OF SOARING ENERGY PRICES: CASE IN GREAT BRITAIN
- IMPACT OF SOARING ENERGY ...(CONTINUED)
- Table 16 AVERAGE ANNUAL GAS BILL IN THE UNITED KINGDOM PER SUPPLIER* (JANUARY 2003 TO JULY 2006 - PAYING STANDARD CREDIT) (£)
- Table 17 AVERAGE ANNUAL ELECTRICITY BILL IN THE UNITED KINGDOM PER
SUPPLIER* (JANUARY 2003 TO JULY 2006 - PAYING STANDARD CREDIT) (£)
- Table 18 FUEL COSTS IN THE UNITED KINGDOM, 2003-2006 (£)**
- Table 19 PRICE INCREASES IN THE UNITED KINGDOM SINCE JUNE 2003 (%)
- OVERVIEW OF THE INTERNATIONAL CURRENCY EXCHANGE RATES
- Table 20 OVERVIEW OF INTERNATIONAL CURRENCY EXCHANGE RATES, 2002-2006
- LEGISLATION AND REGULATION
- INTRODUCTION
- Table 21 TRACE ELEMENTS OF REGULATORY INTEREST
- PROCESS ANALYTICAL TECHNOLOGY (PAT) INITIATIVE
- U.S. PHARMACOPOEIA (USP) 797
- THE BEACHES ENVIRONMENTAL ASSESSMENT AND COASTAL HEALTH ACT OF 2000
- THE CONTROLLED SUBSTANCE OF 1970
- THE INTEGRATED POLLUTION PREVENTION AND CONTROL DIRECTIVE
- TIRE PRESSURE MONITORING SYSTEMS
- TREAD ACT OF 2000
- THE BIOTERRORISM ACT OF 2002
- THE UNITED NATIONS ECONOMIC COMMISSION FOR EUROPE
- CLEAN AIR ACT
- NATIONAL ENVIRONMENTAL POLICY ACT OF 1969
- THE CLEAN MERCURY RULE
- CLEAR SKIES INITIATIVE
- INDIVIDUAL STATES INITIATIVES
- U.S. ENVIRONMENTAL PROTECTION AGENCY FINAL PARTICULATE RULE
- FEDERAL ENDANGERED SPECIES ACT OF 1973
- ARSENIC RULE
- ENERGY POLICY ACT OF 2005
- CLEAN COAL POWER INITIATIVE ACT OF 2005
- CLEAN WATER ACT
- SAFE WATER DRINKING ACT
- RESOURCE CONSERVATION AND RECOVERY ACT OF 1976
- COMPREHENSIVE ENVIRONMENTAL RESPONSE, COMPENSATION, AND LIABILITY ACT
OF 1980
- STATE OF CALIFORNIA AIR RESOURCES BOARD ADOPTS NEW EMISSIONS
REGULATIONS
- THE FOREIGN CORRUPT PRACTICES ACT OF 1977
- TECHNICAL AND-ECONOMIC EVALUATION OF PROCESS MONITORING DEVICES
- INTRODUCTION
- Table 22 PROCESS MONITORING DEVICE TECHNOLOGY MARKET BY APPLICATION
TYPE, THROUGH 2011 ($ MILLIONS)
- GAS AND LIQUID QUALITY MONITORING
- Table 23 SEGMENTATION IN THE ANALYTICAL MARKET
- WHERE IS THE MARKET HEADING?
- Figure 1 CURRENT GROWTH RATE AND CORRESPONDING SIZE OF THE INSTRUMENTS
MARKET.
- MARKET DRIVERS
- IMPROVEMENT IN TECHNOLOGY
- INTENTION TO CONVERT PROBLEMS INTO SOLUTIONS
- Figure 2 CONVERSIONS OF PROBLEMS TO SOLUTIONS ARCHITECTURE
- INNOVATION IN PRODUCT DESIGN
- ECONOMICS OF GAS AND LIQUID QUALITY MONITORING DEVICE BY CAPEX AND OPEX
- Table 24 ESTIMATED CAPITAL COST FOR CHEMICAL MONITORING DEVICE ($)
- Table 25 COST ANALYSIS OF CHEMICAL MONITORING TECHNIQUES
- Table 26 ESTIMATED ANNUAL OPERATING COST (U.S.$) FOR AN AS INSTRUMENT
RUNNING (1,000 HOURS/YEAR)
- Table 27 ESTIMATED AS OPERATING COSTS FOR SAMPLE REQUIRING (A) TEN
ANALYTES; (B) ONE ANALYTE ($/SAMPLE)
- Table 28 TYPICAL COSTS ASSOCIATED WITH GC MONITORING BY DETECTOR
TECHNIQUES ($)
- PARTICULATE MONITORING (PM) COST/ECONOMICS
- ECONOMICS OF PARTICULATE MONITORING DEVICE BY CAPEX AND OPEX
- Table 29 CAPITAL AND OPERATING COST OF PARTICULATE MATTER MONITORING
EQUIPMENT ($)
- FLOW MONITORING COSTS/ECONOMICS
- ECONOMICS OF FLOWMETERING MONITORING DEVICE BY CAPEX AND OPEX
- Table 30 FLOW MONITORING DEVICE ECONOMICS/COSTS ($)
- PROCESS LIQUID AND HUMIDITY/ MOISTURE MONITORING DEVICE COSTS/
ECONOMICS
- CAPACITIVE HUMIDITY SENSORS
- Relative Humidity
- Dew Point
- Resistive Humidity Sensors
- Figure 3 THE IMPEDANCE CHANGE IS TYPICALLY AN INVERSE EXPONENTIAL
RELATIONSHIP TO HUMIDITY
- Thermal Conductivity Humidity Sensors
- Table 31 PROCESS LIQUID MONITORING DEVICE ECONOMICS/COSTS ($)
- LEVEL MONITORING COSTS/ECONOMICS
- ROTARY-PADDLE SWITCHES
- CAPACITANCE PROBES
- VIBRATORY PROBES
- WEIGHT AND CABLE SYSTEM
- ULTRASONIC SENSORS
- GUIDED-WAVE RADAR
- OPEN-AIR RADAR
- LASER SENSORS
- LOAD CELLS
- Table 32 LEVEL MONITORING DEVICE ECONOMICS ($)
- PRESSURE MONITORING COSTS/ECONOMICS
- Table 33 PRESSURE MONITORING DEVICE ECONOMICS/COSTS ($)
- TEMPERATURE MONITORING COSTS/ECONOMICS
- WHEN SHOULD CONTACT SENSORS BE USED?
- Table 34 COMPARISON OF THERMOMETRY METHODS
- Table 35 TEMPERATURE MONITORING DEVICE ECONOMICS ($)
- GENERAL PURPOSE CONTROL SYSTEM INSTRUMENTS COSTS/ ECONOMICS
- PROGRAMMABLE LOGIC CONTROL SYSTEMS
- HUMAN MACHINE INTERFACE (HMI) AND PC-BASED CONTROLS
- HMI/SCADA SYSTEMS
- MANUFACTURING EFFICIENCY AND INTELLIGENCE SYSTEMS
- PC-BASED CONTROL SYSTEM
- PROCESS AUTOMATION SYSTEMS
- 2D AND VISION SYSTEMS
- SOFTWARE COSTS/ ECONOMICS
- Table 36 TYPICAL SOFTWARE COSTS ($)
- POSITION, DISPLACEMENT AND PROXIMITY MONITORING DEVICE COSTS/ECONOMICS
- Figure 4 ECONOMICS/COST OF POSITION, DISPLACEMENT, AND PROXIMITY
MONITORING DEVICES
- INDUSTRY STRUCTURE AND COMPETITIVE RATES
- INTRODUCTION
- Table 37 PROCESS MONITORING DEVICES PRODUCT SPECTRUM
- INDUSTRY ORGANIZATION AND STRUCTURE
- Figure 5 STRUCTURE OF THE PROCESS MONITORING DEVICE INDUSTRY
- PROCESS MONITORING DEVICE INDUSTRY SEGMENTATION
- PROCESS MONITORING DEVICE SEGMENTATION BY END-USE INDUSTRY
- Table 38 PROCESS MONITORING DEVICE INDUSTRY SEGMENT AND APPLICATION
- SEGMENTATION BY END USE
- MACHINERY MANUFACTURING AND SUPPLIES
- PROCESS INDUSTRIES
- AUTOMOTIVE
- AIRCRAFT AND SHIPBUILDING
- OTHER SEGMENTS
- Table 39 GLOBAL MARKET FORECAST FOR PROCESS MONITORING DEVICES BY
APPLICATION, THROUGH 2011 ($ BILLIONS)
- SEGMENTATION BY PRODUCT
- GENERAL PURPOSE CONTROL SYSTEM INSTRUMENTS
- FLOW AND LEVEL INSTRUMENTS
- PRESSURE INSTRUMENTS
- TEMPERATURE AND PRIMARY TEMPERATURE INSTRUMENTS
- GAS AND LIQUID QUALITY ANALYZERS
- HUMIDITY/MOISTURE INSTRUMENTS
- PARTICULATES MONITORING INSTRUMENTS
- PROCESS LIQUID INSTRUMENTS
- SOFTWARE
- ANGULAR DISPLACEMENT, LINEAR POSITION, ACCELERATION, AND FORCES AND
MOMENTS, VIBRATION, WEIGHT, PROXIMITY AND POSITION, OPTICAL QUANTITIES,
AND IMAGE, AND THERMAL IMAGING/ THERMOGRAPHIC, AND TILT/ INCLINATION
- Table 40 GLOBAL MARKET DEMAND FOR PROCESS MONITORING DEVICES BY PRODUCT,
THROUGH 2011 ($ MILLIONS)
- SEGMENTATION BY OPERATING FREQUENCY AND END-USE INDUSTRY
- Figure 6 COMPARISON OF BATCH AND CONTINUOUS OPERATIONS
- Table 41 SEGMENTATION OF PROCESS MONITORING DEVICES BY OPERATING
FREQUENCY, THROUGH 2011 ($ BILLIONS)
- NON-CONTINUOUS MONITORING
- Table 42 GLOBAL MARKET FORECAST FOR NON-CONTINUOUS OPERATION BY INDUSTRY
TYPE, THROUGH 2011 ($ BILLIONS)
- Table 43 GLOBAL MARKET FORECAST FOR CONTINUOUS OPERATION BY INDUSTRY
SEGMENT, THROUGH 2011 ($ BILLIONS)
- SEGMENTATION BY PROCESSING MONITORING SCHEME
- Figure 7 TYPICAL SMALL COMPANY PROCESS SCHEME
- MEDIUM PROCESS FACILITY
- LARGE PROCESS FACILITY
- Figure 8 TYPICAL LARGE COMPANY PROCESS SCHEME
- Table 44 GLOBAL MARKET FORECAST FOR SEGMENTATION OF PMD BY COMPANY
PROCESS SCHEME, THROUGH 2011 ($ BILLIONS)
- COMPETITIVE INDUSTRY STRUCTURE
- DRIVERS
- PROCESS ATTRIBUTES
- PROCESS MONITORING REQUIREMENTS
- PROCESS CONTROL REQUIREMENT
- Figure 9 THREE LEVEL CLASSIFICATION SCHEME FOR PROCESS MONITORING AND
CONTROL TECHNOLOGIES
- Figure 10 R&D NEEDS AND TECHNICAL CHALLENGES FOR INTELLIGENT MONITORING
SENSORS AND CONTROL SYSTEMS
- WHERE TO BEGIN CHOOSING THE OPTIMAL PROCESS-MONITORING DEVICE
- GAS AND LIQUID QUALITY MONITORING DEVICE SELECTION
- Table 45 EXAMPLES OF DETECTION LIMITS FOR PRIORITY TRACE METAL POLLUTANTS
- CHOOSING A SPECTROMETER
- DETECTION LIMITS FOR ATOMIC SPECTROSCOPIC TECHNIQUES
- Table 46 TYPICAL DETECTION LIMIT RANGES FOR MAJOR ATOMIC SPECTROSCOPY
TECHNIQUES (MICROGRAMS PER LITER)
- Table 47 ANALYTICAL WORKING RANGES FOR MAJOR ATOMIC SPECTROSCOPY
TECHNIQUES
- SAMPLE THROUGHPUT
- INTERFERENCES
- Table 48 INTERFERENCE IN ATOMIC SPECTROSCOPY
- SKILL LEVELS AND METHODOLOGY
- Table 49 LOWER LIMITS OF DETECTION OF XRF DEPENDING ON THE APPLICATION
- Table 50 MAIN SPECS FOR XRF
- Table 51 SKILL LEVELS AND METHODOLOGY IN ATOMIC SPECTROSCOPIC TECHNIQUES
- CLASSICAL CHEMICAL MONITORING DEVICES/TECHNIQUES
- Table 52 INTERFERENCE IN CLASSICAL TRACE ELEMENT MONITORING
- SKILL LEVELS AND METHODOLOGY
- Table 53 SKILL LEVELS AND METHODOLOGY IN CLASSICAL, OTHER TECHNIQUES
- FLAMMABLE GAS DETECTION SELECTION
- EQUIPMENT RATINGS FOR HAZARDOUS LOCATIONS
- CHOOSING THE RIGHT SENSOR FOR THE JOB
- MULTI-SENSOR/ MULTI-FUNCTION
- TRAINING AND MAINTENANCE
- Table 54 CHARACTERISTICS OF FLAMMABLE GAS MONITORING SENSORS
- GAS DETECTION MONITORING DEVICE SELECTION
- DETECTION LIMITS
- KNOWING WHAT IS BEING MEASURED
- MULTI-GAS DETECTOR SYSTEMS
- KNOW HOW THE INSTRUMENT IS MEASURING
- DATA COLLECTION
- SYSTEM DESIGN
- Hardly a Simple Plan
- Interfacing and Wiring Issues
- Internal or External Expertise
- INSTRUMENT ACCURACY AND CALIBRATION
- WHICH FEATURES SHOULD BE PRESENT IN A GAS DETECTOR
- Remote Sensor (S)
- Readout of Parts per Million (ppm)
- Auxiliary Relays
- Multi-Stage Alarm Outputs
- Future Requirements
- Table 55 IMPORTANT FACTORS IN SPECIFICATION/PURCHASING OF GAS
DETECTION/FIRE MONITORING DEVICE (SCALE OF 1 TO 5)
- SELECTING THE RIGHT PRESSURE SENSOR
- Figure 11 ELECTRONIC PRESSURE SENSOR RANGES
- NON-CONDITIONED
- CONDITIONED
- ELECTRICAL OUTPUT
- ACCURACY
- OPERATING ENVIRONMENT
- MECHANICAL COUPLING
- INSTALLATION AND CALIBRATION
- Table 56 PRESSURE SENSOR COMPARISON
- TOOL MONITORING DEVICE SELECTION
- CATCHING A BREAK
- IMPORTANCE OF TOOL MONITORING
- Unattended Metal Cutting Applications
- To Maintain Quality Assurance
- To Protect the Entire Machine from Damage When Tools Break
- To Optimize Machine Up Time and Productivity to Enhance Cost
Savings and Gross Savings Opportunities
- Table 57 REASONS FOR PURCHASING (PURCHASING INFLUENCES)
- Table 58 RETURN ON INVESTMENT (%)
- SOME REASONS FOR USING TOOL MONITORING
- TOOL MONITORING CONSIDERATIONS
- SELECTING THE RIGHT HUMIDITY/MOISTURE MONITORING TECHNIQUE
- WHY AND WHEN TO USE A CHILLED MIRROR HYGROMETER
- HOW A CHILLED MIRROR HYGROMETER WORKS
- Figure 12 CHILLED MIRROR TECHNIQUE
- RANGE AND PRECISION OF THE CHILLED MIRROR HYGROMETER
- Figure 13 TYPICAL USEFUL WORKING SPAN OF HYGROMETERS WITH SINGLE- AND
TWO-STAGE COOLERS
- Figure 14 TYPICAL UNCERTAINTIES FOR SEVERAL POPULAR HUMIDITY SENSOR
TECHNOLOGIES
- CRITERIA FOR OBTAINING SPECIFIED HUMIDITY AND TEMPERATURE CONDITIONS
- Single Point Constancy (Control)
- Sensor Accuracy
- Uniformity
- CHOOSING THE RIGHT LEVEL MONITORING TECHNIQUE
- Figure 15 NOT EVERY LEVEL MEASUREMENT TECHNIQUE IS SUITABLE FOR A GIVEN
APPLICATION
- Figure 16 THE INITIAL COST FOR FIVE CONTINUOUS AND POINT LEVEL
MEASUREMENT TECHNOLOGIES VARIES
- THE BIG PICTURE
- THE EASIEST WAY
- THE DIFFERENTIAL PRESSURE TYPE
- BLOWING BUBBLES
- THE SOUND OF LEVEL
- RADAR TRAP
- LIGHT SHOW
- NUCLEAR POWER
- CAPACITANCE
- OTHER TYPES
- Float Type
- Thermal
- Vibration
- Diaphragm
- RADIO FREQUENCY VERSUS DIFFERENTIAL PRESSURE FOR LEVEL MONITORING
- Figure 17 LOCATION OF A DIFFERENTIAL PRESSURE MONITORING DEVICE
- Figure 18 RADIO FREQUENCY LEVEL MONITORING DEVICE LOCATION
- VERSATILITY
- Range of Materials
- Temperature
- Pressure
- Accuracy
- Environmental Laws
- Emission Monitoring
- Safety
- Calibration
- Reduced Complexity
- SELECTING ACCELEROMETERS
- AMPLITUDE RANGE
- FREQUENCY RESPONSE
- HIGH END FREQUENCY RESPONSE
- LOW-END FREQUENCY RESPONSE
- Figure 19 SENSITIVITY VERSUS FREQUENCY IN ACCELEROMETERS
- CHOOSING THE RIGHT FLOW MONITORING TECHNIQUE
- Table 59 CHOOSING THE RIGHT FLOW MONITORING TECHNIQUE
- Table 60 PARADIGM-CASE CONDITIONS FOR FLOWMETERS
- WHICH FLOWMETER IS BEST FOR WHICH APPLICATION?
- Turbine for Clean, Low-Viscosity Fluids
- Positive-Displacement for Slow or Thick Flows
- Thermal for Known Gases
- Variable-Area for Low Cost
- Open-Channel Depends on the Conduit
- Open-Channel ... (Continued)
- Traditional Technologies Still Strong
- Table 61 SPECIFICATION AND APPLICATION OF FLOWMETERS (%)
- Table 62 TYPES OF FLOWMETERS IN USE, 2001 VERSUS 2005 (%)
- CHOOSING THE RIGHT TEMPERATURE SENSOR
- Table 63 SUMMARY OF THE STRENGTHS AND WEAKNESSES OF EACH TYPE OF
TEMPERATURE SENSOR
- THERMOCOUPLES
- Thermocouple Construction
- Thermocouple Operation
- Figure 20 TYPE T THERMOCOUPLE CONSTRUCTION
- Table 64 TYPICAL TEMPERATURE RANGES AND METAL COMPOSITION OF VARIOUS
TYPES OF THERMOCOUPLES
- THERMOCOUPLE STRENGTHS AND WEAKNESSES
- Small, Durable, and Robust
- Cold Junction Error
- Figure 21 TYPE T THERMOCOUPLE
- High Temperature Hysteresis and Deterioration
- Homogeneity Weaknesses
- THERMISTORS
- Figure 22 EPOXY (A) AND GLASS (B) COATED THERMISTOR BEAD
- THERMISTOR STRENGTHS AND WEAKNESSES
- High Sensitivity, Accuracy, and Signal Strength
- Simple Electronics
- Self-Heating
- No Standards
- Fragile
- Response Time
- Averaging Sensor
- RTDS
- RTD Construction
- Figure 23 THREE TYPES OF RTD ELEMENTS
- Table 65 CHANGE IN RESISTANCE AS A FUNCTION OF TEMPERATURE
- Figure 24 THREE-WIRE (A) AND FOUR-WIRE RTDS (B)
- RTD STRENGTHS AND WEAKNESSES
- Accurate, Precise, and Consistent
- Lead Resistance Compensation
- Self-Heating
- Averaging Sensor
- Fragile
- Response Time
- CHOOSING THE RIGHT TYPE OF STRAIN GAUGE
- Figure 25 STRAIN GAUGE SUMMARY
- HOW TO CHOOSE AMONG POSITION, DISPLACEMENT, AND PROXIMITY SENSORS
- THE PARAMETERS
- The Parameters (Continued)
- The Parameters (Continued)
- The Parameters (Continued)
- Table 66 THE MOST IMPORTANT PARAMETERS AND VALUE SPECIFICATIONS IN
SELECTING POSITION, DISPLACEMENT, AND PROXIMITY SENSORS
- SELECTING THE RIGHT PC-BASED DATA ACQUISITION SYSTEM
- PLUG-IN BOARDS
- PC-CARD SYSTEM
- EXTERNALLY CONNECTED
- SOFTWARE
- WHICH DAQ SYSTEM IS RIGHT FOR THE JOB?
- Table 67 SELECTING THE RIGHT DATA ACQUISITION SYSTEM
- CONCENTRATED PROCESS MONITORING DEVICE INDUSTRY STRUCTURE
- CONCENTRATION BY DEGREE OF INTEGRATION
- Housed and Ready-to-Use Market
- Sensor
- Transmitter
- Table 68 PROCESS MONITORING DEVICES CONCENTRATION BY DEGREE OF
INTEGRATION ($ BILLIONS)
- Table 69 GLOBAL MARKET FORECAST FOR PROCESS MONITORING DEVICES
CONCENTRATION BY COMPANY REVENUE, THROUGH 2006 ($ BILLIONS)
- CONCENTRATION BY MONITORING DEVICE COMPANY MARKET SHARE
- ABB
- Ametek Process Instruments
- Emerson Process Management
- Agilent Technologies
- TraceDetect
- Molecular Technology GmbH
- Rudolf Instruments
- Spectro Analytical Instruments
- Teledyne Instruments-Leeman Labs
- Thermo Electron
- Spectrolab
- Hiden Analytical
- Spectro
- Oxford Instruments
- Varian
- PerkinElmer
- Smith-Hieftje
- Hewlett Packard
- Hitachi Instruments
- Micromeritics
- Jeol
- GE Security
- Table 70 PROCESS MONITORING DEVICES MARKET CONCENTRATION AND LEADERSHIP
(%)
- BUSINESS DEVELOPMENT AND GROWTH STRATEGY
- GOVERNMENT REGULATIONS AND EXPANDED PRODUCT PORTFOLIOS TO REJUVENATE
MATURE MARKETS
- FOCUS ON DESIGN AND DEVELOPMENT TO SUSTAIN PROFIT MARGINS
- DEVELOPING NATIONS OPEN UP NEW GROWTH OPPORTUNITIES FOR TRACE
ELEMENT AND CONTROL INSTRUMENTS
- MERGERS AND ACQUISITIONS/ CONSOLIDATION
- BRUKER BIOSCIENCES CLOSES ACQUISITION OF BRUKER OPTICS
- SPECTRO ANALYTICAL INSTRUMENTS
- THERMO ELECTRON CORPORATION
- LIGHTHOUSE WORLDWIDE SOLUTIONS HAS FORMED A GLOBAL BUSINESS
PARTNERSHIP WITH OMNISENS
- AGILENT' S SEMICONDUCTOR PRODUCTS GROUP BECOMES AVAGO
- TELEDYNE TECHNOLOGIES ACQUIRES BENTHOS, INC.
- MERGER COSTS CUT INTO SCIENTIFIC TECHNOLOGIES' Q2 PROFIT
- COMPANY RESULTS
- ABB
- AMETEK
- EMERSON
- THERMO ELECTRON
- AGILENT
- VARIAN
- OXFORD INSTRUMENTS
- SPECTRO
- PERKIN-ELMER
- GE ANALYTICAL INSTRUMENTS
- JASCO
- PARKER HANNIFIN
- SIEMENS
- WONDERWARE
- INVENSYS
- CALGON CARBON
- DONALDSON
- PALL
- GAS DELIVERY SYSTEMS
- ATMI
- JOHNSON MATTHEY
- ENGELHARD
- Table 71 COMPANY RESULTS FOR PROCESS MONITORING DEVICE SUPPLIERS,
WORLDWIDE REVENUES, THROUGH 2006 ($ MILLIONS)
- DEMAND BY PRODUCT APPLICATION
- INTRODUCTION
- Table 72 PROCESS MONITORING DEVICE PRODUCT APPLICATION CHART
- PROCESS INDUSTRIES
- GENERAL PURPOSE CONTROL SYSTEM INSTRUMENTS
- FLOW AND LEVEL INSTRUMENTS
- PRESSURE INSTRUMENTS
- TEMPERATURE AND PRIMARY TEMPERATURE INSTRUMENTS
- GAS AND LIQUID QUALITY ANALYZERS
- PARTICULATES INSTRUMENTS
- SOFTWARE
- HUMIDITY/ MOISTURE INSTRUMENTS
- PROCESS LIQUID INSTRUMENTS
- Table 73 CHEMICAL DEMAND FOR PROCESS MONITORING DEVICE BY PRODUCT GROUP,
THROUGH 2011 ($ MILLIONS)
- AUTOMOTIVE
- GENERAL PURPOSE CONTROL SYSTEM INSTRUMENTS
- FLOW AND LEVEL INSTRUMENTS
- PRESSURE INSTRUMENTS
- TEMPERATURE AND PRIMARY TEMPERATURE INSTRUMENTS
- GAS AND LIQUID QUALITY ANALYZERS
- PARTICULATES INSTRUMENTS
- SOFTWARE
- HUMIDITY/ MOISTURE INSTRUMENTS
- PROCESS LIQUID INSTRUMENTS
- Table 74 AUTOMOTIVE DEMAND FOR PROCESS MONITORING DEVICE BY PRODUCT
GROUP, THROUGH 2011 ($ MILLIONS)
- MACHINERY MANUFACTURING AND SUPPLIES
- GENERAL PURPOSE CONTROL SYSTEM INSTRUMENTS
- FLOW AND LEVEL INSTRUMENTS
- PRESSURE INSTRUMENTS
- TEMPERATURE AND PRIMARY TEMPERATURE INSTRUMENTS
- GAS AND LIQUID QUALITY ANALYZERS
- PARTICULATES INSTRUMENTS
- SOFTWARE
- HUMIDITY/ MOISTURE INSTRUMENTS
- PROCESS LIQUID INSTRUMENTS
- DISPLACEMENT, POSITION AND LOCATION MONITORING
- Table 75 GLOBAL MARKET FORECAST FOR MACHINERY MANUFACTURING AND SUPPLIES
FOR CHEMICAL PROCESS MONITORING DEVICE BY PRODUCT GROUP, THROUGH 2011 ($
MILLIONS)
- CIVIL AND BUILDING PROFESSIONALS
- STRUCTURAL ENGINEERING
- ENVIRONMENTAL ENGINEERING
- GEOTECHNICAL ENGINEERING
- WATER RESOURCES ENGINEERING
- TRANSPORTATION ENGINEERING
- CONSTRUCTION ENGINEERING
- URBAN AND COMMUNITY PLANNING
- GENERAL PURPOSE CONTROL SYSTEM INSTRUMENTS
- FLOW AND LEVEL INSTRUMENTS
- PRESSURE INSTRUMENTS
- TEMPERATURE AND PRIMARY TEMPERATURE INSTRUMENTS
- GAS AND LIQUID QUALITY ANALYZERS
- PARTICULATES INSTRUMENTS
- SOFTWARE
- HUMIDITY/ MOISTURE INSTRUMENTS
- PROCESS LIQUID INSTRUMENTS
- Table 76 GLOBAL MARKET FORECAST FOR CIVIL AND BUILDINGS CHEMICAL PROCESS
MONITORING DEVICES BY PRODUCT, THROUGH 2011 ($ MILLIONS)
- AIRCRAFT AND SHIPBUILDING
- GENERAL PURPOSE CONTROL SYSTEM INSTRUMENTS
- FLOW AND LEVEL INSTRUMENTS
- PRESSURE INSTRUMENTS
- TEMPERATURE AND PRIMARY TEMPERATURE INSTRUMENTS
- GAS AND LIQUID QUALITY ANALYZERS
- PARTICULATES INSTRUMENTS
- SOFTWARE
- HUMIDITY/ MOISTURE INSTRUMENTS
- PROCESS LIQUID INSTRUMENTS
- DISPLACEMENT, POSITION AND LOCATION MONITORING
- Table 77 GLOBAL MARKET FORECAST FOR AIRCRAFT AND SHIPBUILDING DEMAND FOR
CHEMICAL PROCESS MONITORING DEVICE BY PRODUCT, THROUGH 2011 ($ MILLIONS)
- CONSUMER AND OFFICE ELECTRONICS
- GENERAL PURPOSE CONTROL SYSTEM INSTRUMENTS
- FLOW AND LEVEL INSTRUMENTS
- PRESSURE INSTRUMENTS
- TEMPERATURE AND PRIMARY TEMPERATURE INSTRUMENTS
- GAS AND LIQUID QUALITY ANALYZERS
- PARTICULATES INSTRUMENTS
- SOFTWARE
- HUMIDITY/ MOISTURE INSTRUMENTS
- PROCESS LIQUID INSTRUMENTS
- DISPLACEMENT, POSITION AND LOCATION MONITORING
- Table 78 CONSUMER AND OFFICE ELECTRONICS DEMAND FOR CHEMICAL PROCESS
MONITORING DEVICE BY PRODUCT GROUP ($ MILLIONS)
- OTHER
- GENERAL PURPOSE CONTROL SYSTEM INSTRUMENTS
- FLOW AND LEVEL INSTRUMENTS
- PRESSURE INSTRUMENTS
- TEMPERATURE AND PRIMARY TEMPERATURE INSTRUMENTS
- GAS AND LIQUID QUALITY ANALYZERS
- PARTICULATES INSTRUMENTS
- SOFTWARE
- HUMIDITY/MOISTURE INSTRUMENTS
- PROCESS LIQUID INSTRUMENTS
- DISPLACEMENT, POSITION AND LOCATION MONITORING
- Table 79 GLOBAL MARKET FORECAST FOR OTHER CHEMICAL PROCESS MONITORING
DEVICES BY PRODUCT, THROUGH 2011 ($ MILLIONS)
- LIST OF TABLES
- Summary Table:
- GLOBAL MARKET FORECAST FOR PROCESS MONITORING DEVICES PRODUCTION BY
INFRASTRUCTURE, THROUGH 2011 ($ BILLIONS)
- Table 1 GLOBAL IMPORTANCE OF PROCESS MONITORING DEVICES BY PRODUCT
GROUP, THROUGH 2011 ($ MILLIONS)
- Table 2 OVERVIEW OF MAJOR PROCESS MONITORING DEVICES AND THEIR
APPLICATIONS
- Table 3 OVERVIEW OF THE MAJOR PRODUCTS AND TECHNOLOGIES OF PMD
- Table 4 GLOBAL MARKET FORECAST FOR PROCESS MONITORING DEVICES APPARENT
CONSUMPTION, THROUGH 2011 ($ BILLIONS)
- Table 5 GLOBAL MARKET FORECAST OF PROCESS MONITORING DEVICE PRODUCTION
BY REGION, THROUGH 2011 ($ BILLIONS)
- Table 6 GLOBAL MARKET FORECAST FOR PMD EXPORTS BY REGION, THROUGH 2011
($ BILLIONS)
- Table 7 GLOBAL MARKET FORECAST FOR PMD IMPORTS BY REGION, THROUGH 2011
($ BILLIONS)
- Table 8 GLOBAL MARKET FORECAST FOR PMD: APPARENT CONSUMPTION BY REGION,
THROUGH 2011 ($ BILLIONS)
- Table 9 NORTH AMERICAN MARKET FORECAST OF PMD PRODUCTION, THROUGH 2011
($ MILLIONS)
- Table 10 U.S. MARKET FORECAST FOR PMD PRODUCTION IN COMPARISON TO THE
REST OF THE WORLD, THROUGH 2011 ($ MILLIONS)
- Table 11 PROCESS MONITORING DEVICE INDUSTRY LEADER REVENUES, 2002-2006
($ MILLIONS)
- Table 12 AVERAGE WAGE IN THE PROCESS MONITORING DEVICE WORKFORCE ($/HOUR)
- Table 13 IMPORTANT INDICATIONS FOR THE PROCESS MONITORING DEVICE INDUSTRY
- Table 14 GLOBAL MARKET OVERVIEW OF KEY WORLD ECONOMIC INDICATORS,
THROUGH 2011 (GROWTH %)
- Table 15 OVERVIEW OF WORLDWIDE GDP AND GDP GROWTH, 2003-2006
- Table 16 AVERAGE ANNUAL GAS BILL IN THE UNITED KINGDOM PER SUPPLIER*
(JANUARY 2003 TO JULY 2006 - PAYING STANDARD CREDIT) (£)
- Table 17 AVERAGE ANNUAL ELECTRICITY BILL IN THE UNITED KINGDOM PER
SUPPLIER* (JANUARY 2003 TO JULY 2006 - PAYING STANDARD CREDIT) (£)
- Table 18 FUEL COSTS IN THE UNITED KINGDOM, 2003-2006 (£)**
- Table 19 PRICE INCREASES IN THE UNITED KINGDOM SINCE JUNE 2003 (%)
- Table 20 OVERVIEW OF INTERNATIONAL CURRENCY EXCHANGE RATES, 2002-2006
- Table 21 TRACE ELEMENTS OF REGULATORY INTEREST
- Table 22 PROCESS MONITORING DEVICE TECHNOLOGY MARKET BY APPLICATION
TYPE, THROUGH 2011 ($ MILLIONS)
- Table 23 SEGMENTATION IN THE ANALYTICAL MARKET
- Table 24 ESTIMATED CAPITAL COST FOR CHEMICAL MONITORING DEVICE ($)
- Table 25 COST ANALYSIS OF CHEMICAL MONITORING TECHNIQUES
- Table 26 ESTIMATED ANNUAL OPERATING COST (U.S.$) FOR AN AS INSTRUMENT
RUNNING (1,000 HOURS/YEAR)
- Table 27 ESTIMATED AS OPERATING COSTS FOR SAMPLE REQUIRING (A) TEN
ANALYTES; (B) ONE ANALYTE ($/SAMPLE)
- Table 28 TYPICAL COSTS ASSOCIATED WITH GC MONITORING BY DETECTOR
TECHNIQUES ($)
- Table 29 CAPITAL AND OPERATING COST OF PARTICULATE MATTER MONITORING
EQUIPMENT ($)
- Table 30 FLOW MONITORING DEVICE ECONOMICS/COSTS ($)
- Table 31 PROCESS LIQUID MONITORING DEVICE ECONOMICS/COSTS ($)
- Table 32 LEVEL MONITORING DEVICE ECONOMICS ($)
- Table 33 PRESSURE MONITORING DEVICE ECONOMICS/COSTS ($)
- Table 34 COMPARISON OF THERMOMETRY METHODS
- Table 35 TEMPERATURE MONITORING DEVICE ECONOMICS ($)
- Table 36 TYPICAL SOFTWARE COSTS ($)
- Table 37 PROCESS MONITORING DEVICES PRODUCT SPECTRUM
- Table 38 PROCESS MONITORING DEVICE INDUSTRY SEGMENT AND APPLICATION
- Table 39 GLOBAL MARKET FORECAST FOR PROCESS MONITORING DEVICES BY
APPLICATION, THROUGH 2011 ($ BILLIONS)
- Table 40 GLOBAL MARKET DEMAND FOR PROCESS MONITORING DEVICES BY PRODUCT,
THROUGH 2011 ($ MILLIONS)
- Table 41 SEGMENTATION OF PROCESS MONITORING DEVICES BY OPERATING
FREQUENCY, THROUGH 2011 ($ BILLIONS)
- Table 42 GLOBAL MARKET FORECAST FOR NON-CONTINUOUS OPERATION BY INDUSTRY
TYPE, THROUGH 2011 ($ BILLIONS)
- Table 43 GLOBAL MARKET FORECAST FOR CONTINUOUS OPERATION BY INDUSTRY
SEGMENT, THROUGH 2011 ($ BILLIONS)
- Table 44 GLOBAL MARKET FORECAST FOR SEGMENTATION OF PMD BY COMPANY
PROCESS SCHEME, THROUGH 2011 ($ BILLIONS)
- Table 45 EXAMPLES OF DETECTION LIMITS FOR PRIORITY TRACE METAL POLLUTANTS
- Table 46 TYPICAL DETECTION LIMIT RANGES FOR MAJOR ATOMIC SPECTROSCOPY
TECHNIQUES (MICROGRAMS PER LITER)
- Table 47 ANALYTICAL WORKING RANGES FOR MAJOR ATOMIC SPECTROSCOPY
TECHNIQUES
- Table 48 INTERFERENCE IN ATOMIC SPECTROSCOPY
- Table 49 LOWER LIMITS OF DETECTION OF XRF DEPENDING ON THE APPLICATION
- Table 50 MAIN SPECS FOR XRF
- Table 51 SKILL LEVELS AND METHODOLOGY IN ATOMIC SPECTROSCOPIC TECHNIQUES
- Table 52 INTERFERENCE IN CLASSICAL TRACE ELEMENT MONITORING
- Table 53 SKILL LEVELS AND METHODOLOGY IN CLASSICAL, OTHER TECHNIQUES
- Table 54 CHARACTERISTICS OF FLAMMABLE GAS MONITORING SENSORS
- Table 55 IMPORTANT FACTORS IN SPECIFICATION/PURCHASING OF GAS
DETECTION/FIRE MONITORING DEVICE (SCALE OF 1 TO 5)
- Table 56 PRESSURE SENSOR COMPARISON
- Table 57 REASONS FOR PURCHASING (PURCHASING INFLUENCES)
- Table 58 RETURN ON INVESTMENT (%)
- Table 59 CHOOSING THE RIGHT FLOW MONITORING TECHNIQUE
- Table 60 PARADIGM-CASE CONDITIONS FOR FLOWMETERS
- Table 61 SPECIFICATION AND APPLICATION OF FLOWMETERS (%)
- Table 62 TYPES OF FLOWMETERS IN USE, 2001 VERSUS 2005 (%)
- Table 63 SUMMARY OF THE STRENGTHS AND WEAKNESSES OF EACH TYPE OF
TEMPERATURE SENSOR
- Table 64 TYPICAL TEMPERATURE RANGES AND METAL COMPOSITION OF VARIOUS
TYPES OF THERMOCOUPLES
- Table 65 CHANGE IN RESISTANCE AS A FUNCTION OF TEMPERATURE
- Table 66 THE MOST IMPORTANT PARAMETERS AND VALUE SPECIFICATIONS IN
SELECTING POSITION, DISPLACEMENT, AND PROXIMITY SENSORS
- Table 67 SELECTING THE RIGHT DATA ACQUISITION SYSTEM
- Table 68 PROCESS MONITORING DEVICES CONCENTRATION BY DEGREE OF
INTEGRATION ($ BILLIONS)
- Table 69 GLOBAL MARKET FORECAST FOR PROCESS MONITORING DEVICES
CONCENTRATION BY COMPANY REVENUE, THROUGH 2006 ($ BILLIONS)
- Table 70 PROCESS MONITORING DEVICES MARKET CONCENTRATION AND LEADERSHIP
(%)
- Table 71 COMPANY RESULTS FOR PROCESS MONITORING DEVICE SUPPLIERS,
WORLDWIDE REVENUES, THROUGH 2006 ($ MILLIONS)
- Table 72 PROCESS MONITORING DEVICE PRODUCT APPLICATION CHART
- Table 73 CHEMICAL DEMAND FOR PROCESS MONITORING DEVICE BY PRODUCT GROUP,
THROUGH 2011 ($ MILLIONS)
- Table 74 AUTOMOTIVE DEMAND FOR PROCESS MONITORING DEVICE BY PRODUCT
GROUP, THROUGH 2011 ($ MILLIONS)
- Table 75 GLOBAL MARKET FORECAST FOR MACHINERY MANUFACTURING AND SUPPLIES
FOR CHEMICAL PROCESS MONITORING DEVICE BY PRODUCT GROUP, THROUGH 2011 ($
MILLIONS)
- Table 76 GLOBAL MARKET FORECAST FOR CIVIL AND BUILDINGS CHEMICAL PROCESS
MONITORING DEVICES BY PRODUCT, THROUGH 2011 ($ MILLIONS)
- Table 77 GLOBAL MARKET FORECAST FOR AIRCRAFT AND SHIPBUILDING DEMAND FOR
CHEMICAL PROCESS MONITORING DEVICE BY PRODUCT, THROUGH 2011 ($ MILLIONS)
- Table 78 CONSUMER AND OFFICE ELECTRONICS DEMAND FOR CHEMICAL PROCESS
MONITORING DEVICE BY PRODUCT GROUP ($ MILLIONS)
- Table 79 GLOBAL MARKET FORECAST FOR OTHER CHEMICAL PROCESS MONITORING
DEVICES BY PRODUCT, THROUGH 2011 ($ MILLIONS)
- LIST OF FIGURES
- Summary Figure:
- GLOBAL MARKET FORECAST FOR PROCESS MONITORING DEVICES PRODUCTION BY
INFRASTRUCTURE, 2003-2011 ($ BILLIONS)
- Figure 1 CURRENT GROWTH RATE AND CORRESPONDING SIZE OF THE INSTRUMENTS
MARKET.
- Figure 2 CONVERSIONS OF PROBLEMS TO SOLUTIONS ARCHITECTURE
- Figure 3 THE IMPEDANCE CHANGE IS TYPICALLY AN INVERSE EXPONENTIAL
RELATIONSHIP TO HUMIDITY
- Figure 4 ECONOMICS/COST OF POSITION, DISPLACEMENT, AND PROXIMITY
MONITORING DEVICES
- Figure 5 STRUCTURE OF THE PROCESS MONITORING DEVICE INDUSTRY
- Figure 6 COMPARISON OF BATCH AND CONTINUOUS OPERATIONS
- Figure 7 TYPICAL SMALL COMPANY PROCESS SCHEME
- Figure 8 TYPICAL LARGE COMPANY PROCESS SCHEME
- Figure 9 THREE LEVEL CLASSIFICATION SCHEME FOR PROCESS MONITORING AND
CONTROL TECHNOLOGIES
- Figure 10 R&D NEEDS AND TECHNICAL CHALLENGES FOR INTELLIGENT MONITORING
SENSORS AND CONTROL SYSTEMS
- Figure 11 ELECTRONIC PRESSURE SENSOR RANGES
- Figure 12 CHILLED MIRROR TECHNIQUE
- Figure 13 TYPICAL USEFUL WORKING SPAN OF HYGROMETERS WITH SINGLE- AND
TWO-STAGE COOLERS
- Figure 14 TYPICAL UNCERTAINTIES FOR SEVERAL POPULAR HUMIDITY SENSOR
TECHNOLOGIES
- Figure 15 NOT EVERY LEVEL MEASUREMENT TECHNIQUE IS SUITABLE FOR A GIVEN
APPLICATION
- Figure 16 THE INITIAL COST FOR FIVE CONTINUOUS AND POINT LEVEL
MEASUREMENT TECHNOLOGIES VARIES
- Figure 17 LOCATION OF A DIFFERENTIAL PRESSURE MONITORING DEVICE
- Figure 18 RADIO FREQUENCY LEVEL MONITORING DEVICE LOCATION
- Figure 19 SENSITIVITY VERSUS FREQUENCY IN ACCELEROMETERS
- Figure 20 TYPE T THERMOCOUPLE CONSTRUCTION
- Figure 21 TYPE T THERMOCOUPLE
- Figure 22 EPOXY (A) AND GLASS (B) COATED THERMISTOR BEAD
- Figure 23 THREE TYPES OF RTD ELEMENTS
- Figure 24 THREE-WIRE (A) AND FOUR-WIRE RTDS (B)
- Figure 25 STRAIN GAUGE SUMMARY
- VOLUME II
- TECHNOLOGY
- INTRODUCTION
- Table 80 GLOBAL MARKET FORECAST FOR PROCESS MONITORING DEVICE TECHNOLOGY
PRODUCT BY TYPE, THROUGH 2011 ($ MILLIONS)
- DEMAND FOR GAS AND LIQUID QUALITY MONITORING TECHNOLOGY
- MOLECULAR SPECTROSCOPY
- NUCLEAR MAGNETIC RESONANCE SPECTROMETRY
- UV-VIS SPECTROPHOTOMETERS
- RAMAN SPECTROSCOPY
- INFRARED AND NEAR-INFRARED (NIR) INSTRUMENTS
- COLORIMETRY
- Table 81 GLOBAL MARKET FORECAST FOR MOLECULAR SPECTROSCOPY MONITORING
DEVICE, THROUGH 2011 ($ MILLIONS)
- ATOMIC SPECTROSCOPY
- INDUCTIVELY-COUPLED PLASMA MASS SPECTROMETRY
- X-RAY DIFFRACTION (XRD) AND X-RAY FLUORESCENCE (XRF)
- Table 82 DEMAND FOR ATOMIC SPECTROSCOPY MONITORING DEVICE ($ MILLIONS)
- MASS SPECTROMETRY
- Single Stage LC-Ms
- Tandem LC-MS
- The MALDI-TOF
- Fourrier Transform-Mass Spectroscopy (FT-MS)
- GC-MS
- Magnetic Sector
- Table 83 GLOBAL MARKET FORECAST FOR MASS SPECTROSCOPY MONITORING DEVICE,
THROUGH 2011 ($ MILLIONS)
- DEMAND FOR GAS DETECTION/FIRE MONITORING TECHNOLOGY
- Figure 26 MEASUREMENT CIRCUIT FOR A BASIC GAS DETECTOR
- ANODIC STRIPPING VOLTAMMETRY
- Composite Mercury Graphite Electrode ASV
- Screen-Printed Disposable Gold Electrode with a Protective Coating
- CATALYTIC BEAD SENSING/MONITORING TECHNOLOGY
- ELECTROCHEMICAL SENSING/MONITORING TECHNOLOGY
- SOLID STATE SENSING/MONITORING TECHNOLOGY
- INFRARED SENSING/MONITORING TECHNOLOGY
- Figure 27 SCHEMATIC OF AN INFRARED PHOTOMETER
- Fourier Transform Infrared Analysis (FTIR)
- NDIR Technology
- Ultraviolet Sensing/ Monitoring Technology
- PARAMAGNETIC ANALYZERS
- GAS CHROMATOGRAPHY
- Figure 28 SCHEMATIC OF A GAS CHROMATOGRAPH
- FLAME IONIZATION DETECTION TECHNOLOGY
- THERMAL CONDUCTIVE (TC) ANALYZERS
- ELECTRON CAPTURE DETECTOR (ECD)
- PHOTO IONIZATION DETECTOR (PID)
- FLAME PHOTOMETRIC DETECTOR (FPD)
- CHEMILUMINISCENT ANALYZERS
- Table 84 GLOBAL MARKET FORECAST FOR GAS AND FIRE MONITORING DEVICE
MARKET BY TECHNOLOGY, THROUGH 2011 ($ MILLIONS)
- DEMAND FOR PARTICLE MONITORING TECHNOLOGY
- Table 85 COMPARISON OF PARTICULATE MONITORING TECHNOLOGIES
- OPTICAL-BASED PARTICULATE MATTER CEMS
- BETA ATTENUATION BASED PARTICULATE MATTER CEMS
- PROBE ELECTRIFICATION BASED PARTICULATE MATTER CEMS
- Table 86 GLOBAL MARKET FORECAST FOR PARTICULATE MATTER MONITORING
TECHNOLOGY BY TYPE OF TECHNIQUE, THROUGH 2011 ($ MILLIONS)
- DEMAND FOR FLUID LEVEL MONITORING TECHNOLOGY
- Figure 29 LEVEL MEASUREMENT DETERMINES THE POSITION OF THE LEVEL
RELATIVE TOP OR BOTTOM OF THE PROCESS FLUID STORAGE VESSEL
- ABCS OF LEVEL SENSING
- TECHNOLOGY TIMELINE
- WHAT' S HOT AND WHAT' S NOT
- Table 87 DEMAND FOR LEVEL MONITORING BY TECHNOLOGY DEVELOPMENT ($
MILLIONS)
- ESTABLISHED LEVEL SENSING TECHNOLOGIES
- VISUAL
- FLOATS/ DISPLACER
- HYDROSTATIC DEVICES
- Figure 30 DISPLACEMENT LEVEL GAUGES
- Figure 31 BUBBLER-TYPE LEVEL MONITORING TECHNOLOGIES
- DIFFERENTIAL PRESSURE (DP)
- Figure 32 DIFFERENTIAL PRESSURE MONITORING TECHNOLOGY
- LOAD CELLS
- MAGNETIC LEVEL GAUGES
- Figure 33 MAGNETIC LEVEL MONITORING TECHNOLOGIES
- Figure 34 CAPACITIVE LEVEL MONITORING TECHNOLOGIES
- EMERGING TECHNOLOGIES
- Magnetostrictive Level Transmitters
- Figure 35 MAGNETOSTRICTIVE LEVEL TRANSMITTERS
- Sonic/ Ultrasonic Level Transmitters
- Figure 36 ULTRASONIC LEVEL TRANSMITTERS
- Figure 37 LASER TRANSMITTING TECHNOLOGY
- Figure 38 GUIDED-WAVES RADAR TECHNOLOGY
- Table 88 GLOBAL MARKET FORECAST FOR LEVEL MONITORING PRODUCTS, THROUGH
2011 ($ MILLIONS)
- PRESSURE MONITORING TECHNOLOGY
- PROCESS PRESSURE TRANSMITTERS
- BOURDON TUBE SENSORS
- Table 89 ADVANTAGES AND DISADVANTAGES OF BOURDON TUBE PRESSURE SENSORS
- Figure 39 A SPIRAL TUBE BOURDON TUBE
- Table 90 ADVANTAGES AND DISADVANTAGES OF DIAPHRAGM PRESSURE SENSORS
- DIFFERENTIAL PRESSURE SENSOR
- Figure 40 A DIFFERENTIAL PRESSURE SENSOR
- Figure 41 BELLOWS PRESSURE SENSOR
- Figure 42 A PIEZOELECTRIC PRESSURE SENSOR
- CAPACITANCE SENSORS
- VARIABLE RELUCTANCE/ INDUCTANCE SENSORS
- ULTRA-LOW PRESSURE SENSOR
- Table 91 GLOBAL MARKET FORECAST FOR PRESSURE MONITORING PRODUCTS BY
TECHNOLOGY, THROUGH 2011 ($ MILLION)
- HUMIDITY/ MOISTURE MONITORING PRODUCTS
- MECHANICAL
- WET AND DRY BULB
- ELECTRICAL IMPEDANCE
- COLOR CHANGE
- Table 92 DEMAND FOR HUMIDITY/MOISTURE MONITORING BY TECHNOLOGY ($
MILLIONS)
- TEMPERATURE MONITORING TECHNOLOGY
- Table 93 OPTIMAL SENSOR TYPES FOR TEMPERATURE MONITORING
- Table 94 SUMMARY OF THE MAIN DIFFERENCE AMONG RTDS, THERMISTORS,
THERMOCOUPLES, AND IC SENSORS
- THERMISTORS
- RESISTANCE TEMPERATURE DETECTOR
- THERMOCOUPLES
- Table 95 GLOBAL MARKET FOR TEMPERATURE MONITORING DEVICES BY TYPE OF
SENSOR, THROUGH 2011 ($ MILLIONS)
- FLUID FLOWMETERING TECHNOLOGY
- Table 96 GLOBAL MARKET FOR FLOWMETERS BY TECHNOLOGY SEGMENT, THROUGH
2011 ($ MILLIONS)
- Table 97 FLOWMETER PROPERTIES
- TRADITIONAL FLUID FLOWMETERING TECHNOLOGY
- Differential Pressure
- Positive Displacement
- Turbine
- Open Channel
- Variable Area
- Table 98 GLOBAL MARKET FOR TRADITIONAL FLOWMETER BY TECHNOLOGY, THROUGH
2011 ($ MILLIONS)
- NEW TECHNOLOGY FLOWMETERING TECHNOLOGY
- Coriolis
- Magnetic
- Ultrasonic
- Vortex
- Multivariable Differential Pressure
- Thermal Mass
- Table 99 DEMAND FOR NEW TECHNOLOGY FLOWMETER ($ MILLIONS)
- GENERAL PURPOSE CONTROL SYSTEM INSTRUMENTATION
- Table 100 GLOBAL MARKET FOR GENERAL PURPOSE CONTROL SYSTEM BY SECTOR,
THROUGH 2011 ($ MILLION)
- PH CONTROLLERS
- CONDUCTIVITY
- DISSOLVED OXYGEN
- VISCOSITY
- Figure 43 (A) A ROTATING DISK VISCOSIMETER. (B) A DIFFERENTIAL PRESSURE
VISCOSIMETER (C) A VIBRATING ELEMENT VISCOSIMETER
- Figure 44 DIAGRAM OF A DENSITY SENSOR
- Table 101 GLOBAL MARKET FORECAST FOR PROCESS LIQUID MONITORING DEVICE
PRODUCTS, THROUGH 2011 ($ MILLIONS)
- SOFTWARE
- ADVANCED PROCESS CONTROL SOFTWARE
- ALARM MANAGEMENT SOFTWARE
- ASSET MANAGEMENT SOFTWARE
- BATCH CONTROL SOFTWARE
- CALIBRATION MANAGEMENT SOFTWARE
- DESIGN/DOCUMENTATION SOFTWARE
- HUMAN-MACHINE INTERFACE (HMI) SOFTWARE
- LOOP TUNING SOFTWARE
- NEURAL NETWORKS SOFTWARE
- PROCESS CONTROL SOFTWARE
- PLC PROGRAMMING SOFTWARE
- SCADA SOFTWARE
- SIMULATION SOFTWARE
- Table 102 GLOBAL MARKET FOR PROCESS MONITORING DEVICE SOFTWARE PRODUCTS,
THROUGH 2011 ($ MILLIONS)
- DEMAND FOR DISPLACEMENT, POSITION AND LOCATION MONITORING TECHNOLOGY
BY PHENOMENA
- Table 103 DEMAND FOR DISPLACEMENT, POSITION AND LOCATION MONITORING
TECHNOLOGY BY PHENOMENA ($ MILLIONS)
- Figure 45 A POTENTIOMETER
- Figure 46 A POTENTIOMETER AS A VOLTAGE DIVIDER
- Figure 47 ENCODER DISK
- Figure 48 ENCODER DISKS
- Figure 49 QUADRATURE ENCODERS
- Figure 50 MAGNETIC TACHOMETER
- Table 104 GLOBAL MARKET FORECAST FOR ANGULAR DISPLACEMENT BY TYPE,
THROUGH 2011 ($ MILLIONS)
- LINEAR POSITION/DISPLACEMENT
- Figure 51 LINEAR POTENTIOMETER
- Linear Variable Differential Transformers (LVDT)
- Figure 52 LVDT
- Figure 53 A SIMPLE SIGNAL CONDITIONER FOR AN LVDT
- Figure 54 THE MOIRE FRINGE EFFECT
- Figure 55 MEASURING MOTIONS WITH MOIRE FRINGE
- Table 105 DEMAND FOR LINEAR POSITION BY TYPE ($ MILLIONS)
- VIBRATION/ ACCELERATION
- Vibration/ Acceleration (Continued)
- Figure 56 CROSS SECTION OF AN ACCELEROMETER
- Figure 57 PIEZOELECTRIC ACCELEROMETER SENSITIVITIES
- Figure 58 MOUNTING AN ACCELEROMETER
- Figure 59 TYPICAL CONNECTIONS FOR ACCELEROMETERS
- Piezoelectric Accelerometer
- Figure 60 CRYSTAL, SHEAR-MODE, PIEZOELECTRIC ACCELEROMETER
- Figure 61 CAPACITIVE ACCELEROMETERS
- Figure 62 THE SERVO OR ' ' FORCE BALANCE' ' ACCELEROMETER
- Table 106 DEMAND FOR VIBRATION/ACCELERATION BY TYPE ($ MILLIONS)
- Figure 63 THE ELECTRICAL PROPERTIES OF A WIRE
- Figure 64 THE ELECTRICAL AND MECHANICAL PROPERTIES OF THE DEFORMED WIRE
- Figure 65 MEASURING STRAIN WITH A WHEATSTONE BRIDGE
- Figure 66 WIRE ARRANGEMENT IN STRAIN GAUGES
- Figure 67 USING A NARROW TO INCREASE STRAIN
- Figure 68 THE PIEZOELECTRIC EFFECT
- Figure 69 TYPICAL WAVE DEVICES
- Table 107 GLOBAL MARKET FORECAST FOR FORCES AND MOMENTS BY TYPE, THROUGH
2011 ($ MILLIONS)
- WEIGHT MONITORING TECHNOLOGY
- WHEATSTONE BRIDGE CIRCUIT
- FOIL STRAIN GAUGES
- MICROELECTROMECHANICAL SYSTEMS
- Table 108 GLOBAL MARKET FORECAST FOR WEIGHT MONITORING BY TYPE, THROUGH
2011 ($ MILLIONS)
- PROXIMITY AND POSITION MONITORING TECHNOLOGY
- Inductive
- Capacitive
- Photoelectric
- Ultrasound
- Table 109 GLOBAL MARKET FORECAST FOR PROXIMITY AND POSITION MONITORING
BY TYPE, THROUGH 2011 ($ MILLIONS)
- OPTICAL QUANTITIES AND IMAGES MONITORING TECHNOLOGY
- CCD Image Sensors
- CMOS Image Sensors
- Fiber Optic
- Table 110 GLOBAL MARKET FORECAST FOR OPTICAL QUANTITIES AND IMAGE
MONITORING BY TYPE, THROUGH 2011 ($ MILLIONS)
- THERMAL IMAGING/ THERMOGRAPHIC MONITORING TECHNOLOGY
- How Thermography Works
- Cost-Effective Alternative
- The Thermography Equation
- Cost and Capabilities
- Thermography Methodology
- Absolute Thermography
- Comparative Thermography
- Comparative ... (Continued)
- Figure 70 SCHEMATIC OF A THERMAL IMAGING/THERMOGRAPHIC SENSOR
- Table 111 DEMAND FOR THERMAL IMAGING/THERMOGRAPHIC MONITORING BY TYPE ($
MILLIONS)
- TILT/ INCLINATION MONITORING TECHNOLOGY
- Figure 71 AN INCLINOMETER
- Capacitive Liquid-Based
- Electrolytic Level Sensors
- Table 112 DEMAND FOR TILT/INCLINATION MONITORING TECHNOLOGY BY TYPE ($
MILLIONS)
- Table 113 TECHNOLOGY DEVELOPMENT
- PRODUCT DEVELOPMENT/ IMPORTANT APPROACHES
- Table 114 PRODUCT DEVELOPMENT/ IMPORTANT APPROACHES
- PROCESS/ APPLICATION
- SPECTROSCOPY TECHNIQUES PROLIFERATE AND CREATE
OPPORTUNITIES/CHALLENGES
- Table 115 APPLICATION OF MODERN PROCESS ELEMENT MONITORING DEVICES BY
DETECTION METHOD
- INVESTMENT IN PROCESS MONITORING DEVICE BY COMPANY
- PMD COMPUTER HARDWARE
- PMD COMPUTER SOFTWARE
- Austin AI
- Bruker AXS
- EDAX
- Glass Expansion
- HORIBA
- HORIBA Jobin Yvon
- Innov-X Systems
- Inorganic Ventures
- Jordan Valley
- PANalytical
- Precision Glassblowing
- Rigaku/MSC
- SCP Science
- Spectro Analytical Instruments
- StellarNet
- Teledyne Leeman Labs
- Thermo Electron
- Agilent Technologies
- Applied Biosystems
- Bruker Daltonics
- Burle Electro-Optics
- GBC Scientific Equipment
- Jeol USA
- LECO Corporation
- New Wave Research
- Spectron
- Thermo Electron
- Aabspec
- Axsun Technologies
- Bio-Rad Laboratories
- Biotools
- Bruker BioSpin
- Bruker Optics
- Buchi
- B&W Tek
- CEM Corporation
- FiberTech Optica
- Hach Company
- Hamilton Sundstrand Applied Instrument Technologies
- Harrick Scientific
- Headwall Photonics
- Hellma
- Hitachi High Technologies America
- HORIBA
- HORIBA Jobin Yvon
- International Crystal Laboratories
- Jasco
- Mesophotonics
- Newport
- Ocean Optics
- PerkinElmer
- Pike Technologies
- Polychromix
- Princeton Instruments/Acton Research
- Renishaw
- Shimadzu
- Sigma-Aldrich
- Smiths Detection
- StellarNet
- Symbion Systems
- Thermo Electron
- Ultrasonic Scientific
- Varian
- Wilks Enterprise
- WITec
- AHLSTROM
- ABB
- ATMI
- Engelhard
- Donaldson
- Table 116 INVESTMENT BY PROCESS MONITORING DEVICE COMPANY ($ MILLION)
- HEALTH AND SAFETY ASPECTS
- Table 117 SUMMARY OF TYPICAL ECOLOGICAL/WELFARE BENEFITS AND POTENTIAL
ADVERSE EFFECT ON THEM
- Table 118 HEALTH EFFECTS RELATED TO THE CONSUMPTION OF SEVERAL METALS
- Table 119 POSSIBLE HEALTH AND ENVIRONMENTAL EFFECTS OF OTHER MAJOR AIR
POLLUTANTS
- RESEARCH AND DEVELOPMENT SPENDING/PATENTS EVALUATION
- Table 120 GLOBAL RESEARCH AND DEVELOPMENT SPENDING BY REGION ($ BILLIONS)
- Table 121 SOURCE OF GLOBAL RESEARCH AND DEVELOPMENT FUNDS BY COUNTRY,
2005 (%)
- U.S.
- EUROPE
- ASIA
- REST OF THE WORLD
- Latin America
- Middle East
- Africa
- Table 122 INTERNATIONAL PATENTS (BASED ON ORIGINAL COUNTRY OF
APPLICATION)
- COMPANY PROFILES
- ASSOCIATIONS
- THE RUBBER MANUFACTURERS ASSOCIATION (RMA)
- AUTO SAFETY
- THE NATIONAL HIGHWAY TRAFFIC ADMINISTRATION
- CONDITION MONITORING
- DISPLACEMENT
- ROTATIONAL SPEED MONITORING
- PROCESS CONTROL SYSTEMS, INC.
- POSITION AND PROXIMITY MONITORING
- IFM EFECTOR, INC.
- GURLEY PRECISION INSTRUMENTS
- BAUMER ELECTRIC LTD.
- EVERIGHT PRECISION TECHNOLOGIES CORPORATION
- SPACEAGE CONTROL, INC.
- FORCE/ TORQUE MONITORING
- PCB PIEZOTRONICS, INC.-FORCE/TORQUE DIVISION
- BALLUF, INC.
- OPTICAL
- ZUMBACH ELECTRONICS CORP.
- LEVEL MONITORING
- ALEMITE LLC
- MONITOR TECHNOLOGIES LLC
- ENDRESS+HAUSER
- VIBRATION MONITORING
- COLLISION MONITORING
- BRANKAMP PROCESS AUTOMATION, INC.
- SOFTWARE
- CERNO BIOSCIENCE LLC
- CHEMICAL SAFETY SOFTWARE
- PRESSURE, TEMPERATURE, FLOW, LIQUID QUALITY, MOISTURE AND GENERAL
PURPOSE CONTROL MONITORING DEVICES
- PROCESS SENSORS CORPORATION
- FINESSE SYSTEMS
- FLUID COMPONENTS INTERNATIONAL
- MOTOROLA INC.' S SEMICONDUCTOR PRODUCTS SECTOR
- CASTROL INDUSTRIAL NORTH AMERICA INC.
- MKS INSTRUMENTS, INC.
- STEVENS WATER MONITORING SYSTEMS, INC.
- INVENSYS WONDERWARE
- ASYLUM RESEARCH
- CAMECA
- MSA
- SENSORTRAN, INC.
- EVANS ANALYTICAL GROUP
- MERCURY TECHNOLOGY SERVICES
- GELLER MICROÅNALYTICAL LABORATORY
- HYSITRON
- ION-TOF
- KRATOS ANALYTICAL INC.
- KURT J. LESKER COMPANY
- MICRO PHOTONICS
- MOLECULAR IMAGING
- OMICRON NANOTECHNOLOGY
- PFEIFFER VACUUM
- PHYSICAL ELECTRONICS
- RHK TECHNOLOGY, INC.
- SAES GETTERS
- SCIENTIFIC TECHNOLOGIES, INC.
- SPECS
- THERMO ELECTRON CORPORATION
- FISHER SCIENTIFIC, INC.
- VACUTRON TECHNOLOGIES, INC.
- VACUUM ONE
- VEECO
- WITEC
- WEED INSTRUMENT FIBER OPTIC PRODUCTS
- HAMAMATSU
- PARTICULATE MONITORING DEVICES
- OPTICAL DISSOLVED OXYGEN (DO) ANALYZER
- SELF-POWERED WIRELESS STEAM TRAP MONITORS
- GAS SAMPLING FOR DEMANDING APPLICATIONS
- TOC/TN ONLINE ANALYZERS
- LASER-BASED GAS MONITORS
- NEO MONITORS
- TURNER ENVIROLOGIC INC.
- ANALYTICAL INSTRUMENTATION
- CHATA BIOSYSTEMS
- CERNO BIOSCIENCE
- CHROMATOGRAPHIC ANALYZERS
- AGILENT TECHNOLOGIES
- POLYMER LABORATORIES
- KONIK
- DIONEX
- X-RAY ANALYZERS
- HYBRID INSTRUMENTATION
- BRUKER OPTICS
- HORIBA JOBIN YVON
- NANOTECH-AMERICA
- MASS SPECTROMETRIC ANALYZER
- WATERS
- MICROSAIC SYSTEMS
- VARIAN
- NUCLEAR MAGNETIC RESONANCE ANALYZER
- BRUKER BIOSPIN
- OXFORD INSTRUMENTS
- INDUCTIVELY COUPLED PLASMA INSTRUMENTATION
- GBC SCIENTIFIC EQUIPMENT
- SHIMADZU
- THERMO ELECTRON
- SPECTRO
- ACOUSTIC, VIBRATION MONITORING OF MACHINERY
- PROCESS RESEARCH AND DEVELOPMENT INSTRUMENTATION
- OMETRIC
- PERKIN-ELMER
- GE ANALYTICAL INSTRUMENTS
- OPTICAL SPECTROSCOPY
- OCEAN OPTICS
- MESOPHOTONICS
- HEADWALL PHOTONICS
- UNIVERSITIES AND CLINICAL RESEARCH ORGANIZATIONS
- NYS DEPARTMENT OF HEALTH: BIGGS LABORATORY
- ERCIYES UNIVERSITY
- UNIVERSITAT DE BARCELONA
- ISTAMBUL UNIVERSITY
- MILITARY CLINICAL HOSPITAL
- UNIVERSITY OF AGRICULTURE, ABEOKUTA
- POSTGRADUATE INSTITUTE OF MEDICAL EDUCATION AND RESEARCH
- UNIVERSITY HOSPITAL OF MUNSTER
- UNIVERSITÀ DEGLI STUDI DI PALERMO
- SUDHARZ HOSPITAL, NORHAUSEN
- FACULTY OF MEDICINE, KUWAIT UNIVERSITY
- SCHOOL OF MEDICINE, ' ' ROVIRA I VIRGILI' ' UNIVERSITY
- UNIVERSITY OF GOTTINGEN, GERMANY
- TRACE ELEMENT MONITORING EQUIPMENT
- TRACEDETECT INC.
- AGILENT TECHNOLOGIES
- DIONEX
- J-KEM SCIENTIFIC
- MALLINCKRODT BAKER
- MICROSOLV TECHNOLOGY CORPORATION
- NANO CLUSTER DEVICES LTD
- MOLECULAR TECHNOLOGY GMBH
- PARR INSTRUMENTS CO.
- WATERS CORPORATION
- PICKERING LABORATORIES
- SCIENTIFIC SOFTWARE
- SHIMADZU SCIENTIFIC INSTRUMENTS
- SP INDUSTRIES
- STARLIMS
- THAR TECHNOLOGIES
- WHEATON SCIENCE
- ANGUIL
- DONALDSON COMPANY INC.
- DÜRR ENVIRONMENTAL, INC.
- PALL CORPORATION
- INDUSTRIAL WASTE WATER SERVICES, LLC
- OCEANOR
- THE CENTER FOR AIR TOXIC MEALS (CATM)
- FRONTIER GEOSCIENCES, INC.
- RUDOLF INSTRUMENTS
- BATTELLE
- SPECTRO ANALYTICAL INSTRUMENTS
- TELEDYNE INSTRUMENTS
- SPECTROLAB, INC.
- SPECTRO ANALYTICAL INSTRUMENTS, INC.
- VARIAN, INC.
- MICROMERITICS
- JEOL
- OSMONICS, INC.
- METALS & ARSENIC REMOVAL TECHNOLOGY, INC.
- CORNING, INC.
- ENGELHARD
- THE DOW CHEMICAL COMPANY
- ALSTOM POWER SERVICES
- THE BABCOCK & WILCOX COMPANY
- ENVITECH, INC.
- CSM WORLDWIDE, INC.
- ENERGY SOLUTIONS
- ESC UMWELTTECHNIK GMBH
- GE ENERGY - BHA GROUP GMBH
- HYUNDAI HEAVY INDUSTRIES CO LTD (HHI)
- MECS, INC.
- ADVANCED AIR TECHNOLOGY, INC. (AAT)
- AIR TECHNIQUES, INC.
- AMBIENT ENGINEERING, INC. (AE)
- ATI INCINERATORS MULLER
- AIREX INDUSTRIES
- ASK PIEARCEY LTD
- BAAECO LP
- BRANCH ENVIRONMENTAL CORP.
- BRYCOSYSTEMS
- COLT TECHNOLOGIES
- ENVIROSYSTEMS INTERNATIONAL
- DONALDSONS FILTRATION (ASIA PACIFIC) PTE
- DCE DONALDSON LTD.
- WATER ANALYSIS AND INSTRUMENTATION
- ALPINE AUTOMATION, INC.
- AMERICAN ENVIRONMENTAL TESTING LABORATORY, INC. (AETL)
- ANALYTICON INSTRUMENTS CORPORATION
- CONSULTANTS
- AMBIENT WATER TREATMENT CONSULTING, INC.
- AQUA EARTH CONSULTING
- BATTELLE MEMORIAL INSTITUTE
- AXINUM INNOVATIONS AND TECHNOLOGIES INC.
- WASTE MANAGEMENT SERVICES
- AIR AND WASTE MANAGEMENT ASSOCIATION (A&WMA)
- AMERICANA SAFETY ASSOCIATES, INC.
- AMEC EARTH AND ENVIRONMENTAL
- ARCADIS
- TRC ENVIRONMENTAL CORP.
- URS CORPORATION
- ENVIRONMENT INTERNATIONAL LTD (EI)
- ENVIRONMENTAL MANAGEMENT TECHNOLOGY
- ENVIRONMENTAL BUSINESS STRATEGIES CC (EBS)
- ENVIRONMENTAL PLANNING SPECIALISTS, INC.
- ENVIRONMENTAL PLANNING SPECIALISTS, INC.
- ENVIRONMENTAL RESOURCES MANAGEMENT (ERM)
- LIST OF TABLES
- Table 80 GLOBAL MARKET FORECAST FOR PROCESS MONITORING DEVICE TECHNOLOGY
PRODUCT BY TYPE, THROUGH 2011 ($ MILLIONS)
- Table 81 GLOBAL MARKET FORECAST FOR MOLECULAR SPECTROSCOPY MONITORING
DEVICE, THROUGH 2011 ($ MILLIONS)
- Table 82 DEMAND FOR ATOMIC SPECTROSCOPY MONITORING DEVICE ($ MILLIONS)
- Table 83 GLOBAL MARKET FORECAST FOR MASS SPECTROSCOPY MONITORING DEVICE,
THROUGH 2011 ($ MILLIONS)
- Table 84 GLOBAL MARKET FORECAST FOR GAS AND FIRE MONITORING DEVICE
MARKET BY TECHNOLOGY, THROUGH 2011 ($ MILLIONS)
- Table 85 COMPARISON OF PARTICULATE MONITORING TECHNOLOGIES
- Table 86 GLOBAL MARKET FORECAST FOR PARTICULATE MATTER MONITORING
TECHNOLOGY BY TYPE OF TECHNIQUE, THROUGH 2011 ($ MILLIONS)
- Table 87 DEMAND FOR LEVEL MONITORING BY TECHNOLOGY DEVELOPMENT ($
MILLIONS)
- Table 88 GLOBAL MARKET FORECAST FOR LEVEL MONITORING PRODUCTS, THROUGH
2011 ($ MILLIONS)
- Table 89 ADVANTAGES AND DISADVANTAGES OF BOURDON TUBE PRESSURE SENSORS
- Table 90 ADVANTAGES AND DISADVANTAGES OF DIAPHRAGM PRESSURE SENSORS
- Table 91 GLOBAL MARKET FORECAST FOR PRESSURE MONITORING PRODUCTS BY
TECHNOLOGY, THROUGH 2011 ($ MILLION)
- Table 92 DEMAND FOR HUMIDITY/MOISTURE MONITORING BY TECHNOLOGY ($
MILLIONS)
- Table 93 OPTIMAL SENSOR TYPES FOR TEMPERATURE MONITORING
- Table 94 SUMMARY OF THE MAIN DIFFERENCE AMONG RTDS, THERMISTORS,
THERMOCOUPLES, AND IC SENSORS
- Table 95 GLOBAL MARKET FOR TEMPERATURE MONITORING DEVICES BY TYPE OF
SENSOR, THROUGH 2011 ($ MILLIONS)
- Table 96 GLOBAL MARKET FOR FLOWMETERS BY TECHNOLOGY SEGMENT, THROUGH
2011 ($ MILLIONS)
- Table 97 FLOWMETER PROPERTIES
- Table 98 GLOBAL MARKET FOR TRADITIONAL FLOWMETER BY TECHNOLOGY, THROUGH
2011 ($ MILLIONS)
- Table 99 DEMAND FOR NEW TECHNOLOGY FLOWMETER ($ MILLIONS)
- Table 100 GLOBAL MARKET FOR GENERAL PURPOSE CONTROL SYSTEM BY SECTOR,
THROUGH 2011 ($ MILLION)
- Table 101 GLOBAL MARKET FORECAST FOR PROCESS LIQUID MONITORING DEVICE
PRODUCTS, THROUGH 2011 ($ MILLIONS)
- Table 102 GLOBAL MARKET FOR PROCESS MONITORING DEVICE SOFTWARE PRODUCTS,
THROUGH 2011 ($ MILLIONS)
- Table 103 DEMAND FOR DISPLACEMENT, POSITION AND LOCATION MONITORING
TECHNOLOGY BY PHENOMENA ($ MILLIONS)
- Table 104 GLOBAL MARKET FORECAST FOR ANGULAR DISPLACEMENT BY TYPE,
THROUGH 2011 ($ MILLIONS)
- Table 105 DEMAND FOR LINEAR POSITION BY TYPE ($ MILLIONS)
- Table 106 DEMAND FOR VIBRATION/ACCELERATION BY TYPE ($ MILLIONS)
- Table 107 GLOBAL MARKET FORECAST FOR FORCES AND MOMENTS BY TYPE, THROUGH
2011 ($ MILLIONS)
- Table 108 GLOBAL MARKET FORECAST FOR WEIGHT MONITORING BY TYPE, THROUGH
2011 ($ MILLIONS)
- Table 109 GLOBAL MARKET FORECAST FOR PROXIMITY AND POSITION MONITORING
BY TYPE, THROUGH 2011 ($ MILLIONS)
- Table 110 GLOBAL MARKET FORECAST FOR OPTICAL QUANTITIES AND IMAGE
MONITORING BY TYPE, THROUGH 2011 ($ MILLIONS)
- Table 111 DEMAND FOR THERMAL IMAGING/THERMOGRAPHIC MONITORING BY TYPE ($
MILLIONS)
- Table 112 DEMAND FOR TILT/INCLINATION MONITORING TECHNOLOGY BY TYPE ($
MILLIONS)
- Table 113 TECHNOLOGY DEVELOPMENT
- Table 114 PRODUCT DEVELOPMENT/IMPORTANT APPROACHES
- Table 115 APPLICATION OF MODERN PROCESS ELEMENT MONITORING DEVICES BY
DETECTION METHOD
- Table 116 INVESTMENT BY PROCESS MONITORING DEVICE COMPANY ($ MILLION)
- Table 117 SUMMARY OF TYPICAL ECOLOGICAL/WELFARE BENEFITS AND POTENTIAL
ADVERSE EFFECT ON THEM
- Table 118 HEALTH EFFECTS RELATED TO THE CONSUMPTION OF SEVERAL METALS
- Table 119 POSSIBLE HEALTH AND ENVIRONMENTAL EFFECTS OF OTHER MAJOR AIR
POLLUTANTS
- Table 120 GLOBAL RESEARCH AND DEVELOPMENT SPENDING BY REGION ($ BILLIONS)
- Table 121 SOURCE OF GLOBAL RESEARCH AND DEVELOPMENT FUNDS BY COUNTRY,
2005 (%)
- Table 122 INTERNATIONAL PATENTS (BASED ON ORIGINAL COUNTRY OF
APPLICATION)
- LIST OF FIGURES
- Figure 26 MEASUREMENT CIRCUIT FOR A BASIC GAS DETECTOR
- Figure 27 SCHEMATIC OF AN INFRARED PHOTOMETER
- Figure 28 SCHEMATIC OF A GAS CHROMATOGRAPH
- Figure 29 LEVEL MEASUREMENT DETERMINES THE POSITION OF THE LEVEL
RELATIVE TOP OR BOTTOM OF THE PROCESS FLUID STORAGE VESSEL
- Figure 30 DISPLACEMENT LEVEL GAUGES
- Figure 31 BUBBLER-TYPE LEVEL MONITORING TECHNOLOGIES
- Figure 32 DIFFERENTIAL PRESSURE MONITORING TECHNOLOGY
- Figure 33 MAGNETIC LEVEL MONITORING TECHNOLOGIES
- Figure 34 CAPACITIVE LEVEL MONITORING TECHNOLOGIES
- Figure 35 MAGNETOSTRICTIVE LEVEL TRANSMITTERS
- Figure 36 ULTRASONIC LEVEL TRANSMITTERS
- Figure 37 LASER TRANSMITTING TECHNOLOGY
- Figure 38 GUIDED-WAVES RADAR TECHNOLOGY
- Figure 39 A SPIRAL TUBE BOURDON TUBE
- Figure 40 A DIFFERENTIAL PRESSURE SENSOR
- Figure 41 BELLOWS PRESSURE SENSOR
- Figure 42 A PIEZOELECTRIC PRESSURE SENSOR
- Figure 43 (A) A ROTATING DISK VISCOSIMETER. (B) A DIFFERENTIAL PRESSURE
VISCOSIMETER (C) A VIBRATING ELEMENT VISCOSIMETER
- Figure 44 DIAGRAM OF A DENSITY SENSOR
- Figure 45 A POTENTIOMETER
- Figure 46 A POTENTIOMETER AS A VOLTAGE DIVIDER
- Figure 47 ENCODER DISK
- Figure 48 ENCODER DISKS
- Figure 49 QUADRATURE ENCODERS
- Figure 50 MAGNETIC TACHOMETER
- Figure 51 LINEAR POTENTIOMETER
- Figure 52 LVDT
- Figure 53 A SIMPLE SIGNAL CONDITIONER FOR AN LVDT
- Figure 54 THE MOIRE FRINGE EFFECT
- Figure 55 MEASURING MOTIONS WITH MOIRE FRINGE
- Figure 56 CROSS SECTION OF AN ACCELEROMETER
- Figure 57 PIEZOELECTRIC ACCELEROMETER SENSITIVITIES
- Figure 58 MOUNTING AN ACCELEROMETER
- Figure 59 TYPICAL CONNECTIONS FOR ACCELEROMETERS
- Figure 60 CRYSTAL, SHEAR-MODE, PIEZOELECTRIC ACCELEROMETER
- Figure 61 CAPACITIVE ACCELEROMETERS
- Figure 62 THE SERVO OR ' ' FORCE BALANCE' ' ACCELEROMETER
- Figure 63 THE ELECTRICAL PROPERTIES OF A WIRE
- Figure 64 THE ELECTRICAL AND MECHANICAL PROPERTIES OF THE DEFORMED WIRE
- Figure 65 MEASURING STRAIN WITH A WHEATSTONE BRIDGE
- Figure 66 WIRE ARRANGEMENT IN STRAIN GAUGES
- Figure 67 USING A NARROW TO INCREASE STRAIN
- Figure 68 THE PIEZOELECTRIC EFFECT
- Figure 69 TYPICAL WAVE DEVICES
- Figure 70 SCHEMATIC OF A THERMAL IMAGING/THERMOGRAPHIC SENSOR
- Figure 71 AN INCLINOMETER
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[Report]
Chemical Process Monitoring Devices
Published: 2007/03
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Published by : BCC Research  |
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Price:
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Product Code : BC50762 |
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