1. Rosemount Analytical Inc.
Liquid, Combustion & Process Gas, GC and Flame & Gas Products
Presented by:

2. US Operating Locations
Flame & Gas
Calgary, AB
Combustion & PGA
Solon, OH
Liquid Products
Irvine, CA
GCs & Service
Houston, TX

3. Wide Range of Analytical Measurements
Rosemount Analytical
Combustion
& PGA
Liquid
Analytical
GCs
& Service
Flame
& Gas
Combustion Flue Gas Analyzers
In Situ Oxygen
Continuous Gas Analyzers
CO, CO2 O2
NOx, SOx
Process & Gas Analysis Systems
pH/ORP
Conductivity
Toroidal
Contacting
Turbidity
Amperometric
Dissolved Oxygen
Chlorine
Ozone
Wet Chemistry
GCs
Industrially hardened
Transmitter style
Field Service
Demand
Startup PM
Flame Detectors
IR, UV
Hydrogen
Gas Detectors
Toxic
Combustible
Smoke, Oil & Mist
Leak Detectors
Notes to Presenter
It’s important for customers to understand how our organization fits together. Later in the presentation we are going to talk about “how” this organization works with customers to deliver the product and/or solution his is looking for.
The World's Premier Supplier of Instrumentation and Systems for Continuous On-line Gas & Liquid Analytical Measurement and Control

4. Rosemount Analytical Inc. Liquid Analytical Products

5. Liquid Products - 77 Years of Experience
1935
1965
A. Beckman
invents
pH Meter
Emerson Acquires
Beckman Instruments
(Cedar Grove Division)
From SmthKlineBeckman
1984
Beckman Instruments acquires Industrial Instruments - creates Cedar Grove Division
1996
1993
Cedar Grove
Consolidation
Into
Irvine Begins
1938
Rosemount
Analytical
Liquid
Begins
Division
Reporting
Industrial Instruments
Founded
1963
1979
Rosemount Acquires
Universal Interloc - Uniloc
Universal
Interloc
Founded

6. Served Industries Chemical Process Drinking Water
Environmental Monitoring
Food & Beverage
Metals & Minerals
Petroleum Refining
Pharmaceuticals
Power
Pulp & Paper
Semiconductors
Textiles
Waste Water

7. Liquid Instrument Platforms
4-Wire Analyzers
2-Wire Transmitters
Wireless Transmitter
Model 56
Model 5081
Model 6081
pH / Conductivity
Wireless Enabled
Wireless HART
AMS Aware / EDDL
Intrinsically Safe
Multiple Languages
Adv. Diagnostics
Agency Approvals
Multi-Parameter
2 Current Outputs
Back Lit Display
HART
AMS Aware / EDDL
PID
Multiple Languages
Advanced Diagnostics
Multi-Parameter
HART / Ff AMS Aware / EDDL
Explosion Proof
Multiple Languages
Remote Controlled
Agency Approvals
High Tier
First in Industry
Model 775 Smart Wireless THUMTM Adapter
Model 1056
Model 1066
Multi-Parameter
Dual Sensor Input
2 Current Outputs
Large Graphic Display
HART / Pf DP
Multiple Languages
Standard Diagnostics
Agency Approvals
Serves OEM Market
Multi-Parameter
HART / Ff AMS Aware / EDDL
Multiple Languages
Agency Approvals
Wireless HART Upgrade Module
Compatible with Existing Base of HART Devices
Unlocks “Stranded Diagnostics” in HART Devices with Analog Only Wiring
Mid Tier

8. pH and ORP Sensors 396P, Coating and Wastewater probe, Insertion
396R, Coating and Wastewater probe, Retractable
3900, General Purpose probe
389, Ruggedized probe for poisoning applications
TF396, Non-Glass pH probe
3800, Steam Sterilizable for Pharma/Biotech
3200HP High Purity pH (power industry)
3500, High Temperature, Poisoning, Coating probe
396R
396
3900
3200HP
3500
389
TF396
3800

9. Contacting Conductivity Sensors
For Accurate Low Range Conductivity
Configurations:
Screw-In...Model 400/401
Retractable...Model 402
Sanitary...Model 403
Low Flow Cell...Model 404
Low Conductivity Measurement:
Ultrapure to Surface Water
Cell Constants of 0.01/cm, 0.1/cm and 1.0/cm
High Conductivity Measurement:
4 electrode (401)
400
401
402
403
404

10. Toroidal Conductivity Sensors
Ideal for Dirty, Coating, High Conductivity
Minimal Maintenance
Corrosion Resistant Materials
Suitable for Clean-In-Place, Coating, Viscous, or Abrasive Applications
% Concentration Measurements
225
226
228
242
222
245
Configurations:
Flow Through…Models 222/242
Insertion/Submersion…Models 226/228
Sanitary…Model 225/245
Perlick
Tri-Clamp
Flow Through

11. Amperometric Sensors - 499A Family
Full Line of Measurement Choices:
Free Chlorine Model FCL
Total Chlorine Model TCL
Monochloramine Model MCL System
Dissolved Oxygen (ppm)
Auto Air Blast Cleaning System
Trace Dissolved Oxygen (ppb)
Dissolved Ozone
Fast, Easy Maintenance
Twist-off Membrane
High Current Output
Versatile Mounting, Insertion, Submersion, Low Flow Mounting Configurations
Auto Air Blast System
Model DO-03/04

12. Free Chlorine: Model FCL Packaged System
pH sensor
No Reagent or Conditioning Required
Range: ppm (0-20 Dual Slope Cal)
Automatic Correction to pH 10.0
Two versions
FCL-01 chlorine sensor only
FCL-02 chlorine with pH correction
Constant head flow controller--no valves or pressure regulators to worry about
Minimum flow of 3 gph (80 gph Max)
Everything mounted on a back plate
Sensor cables pre-wired to the analyzer
Choice of Four Instruments: Model 1055, 54eA, Xmt-A, 5081A
chlorine sensor
inlet
drain
flow controller

13. Measure Total Chlorine System Model TCL
Accurately Measures Total Chlorine, Range 0 – 20 ppm
Total Chlorine = Free Chlorine + Combined Chlorines (Chloramines*)
Low Maintenance Design
Simple Overflow Weir: Correct Flow Rate
Low Flow Rate 6 GPD (0.25 GPH or 15 mL/Min)
Readily Available Reagent: White Distilled Vinegar
5 Gallons Lasts 2 Months: Potassium Iodide in Vinegar
Choice of Four Instruments
Sensor
Measuring Total Chlorine for both chlorination and dechlorination can be accomplished by the Total Chlorine Measurement System, Model TCL.
This is a reagent based system, using readily available white vinegar (5%) that can be purchased locally and KI salt.
Two peristaltic pumps control the reagent and sample delivery.
Since chlorine measurement is sensitive to the sample flow rate, a unique overflow design is used to deliver to correct flow rate.
The TCL system can be used with any of our instrumentation platforms, such as the Model 1055, 54e, Xmt or the 5081.
*Chloramines: MonocChloramine, DiChloramine and TriChloramine
Delivery Pumps
Constant head flow controller
Inlet
Drain

14. EPA/ETV Test Verified Performance
Distribution Monitoring: Water Quality System
Complete Systems: Sensor, Cable, and Instrument
Measurements Can Include: pH
ORP
Conductivity
Temperature
Chlorine: Free, Mono, Total
Dissolved Oxygen
Turbidity
Particle Index
Choice of Four Instruments: Model 1055, 54eA, Xmt-A, 5081A
EPA/ETV Test Verified Performance

15. Quick Cable-to-Sensor Release
VP Connector - Variopol Option
Replace the Sensor Without Running New Cable
Rugged Construction with Quick Cable Connector
Eliminates Cable Twisting
Available on all Sensors, Except Toroidal Conductivity
pH Sensors
Conductivity Sensors
Quick Sensor Cable Disconnect
Amperometric Sensors

16. Clarity II Online Turbidimeter Measuring System
Superior Low Level Accuracy for Filtration at 0-1 NTU
Single or Dual Sensor Input
USEPA or ISO 7027 Approved Method
Advanced Lamp Board Diagnostics and Adjustment
Full Featured NEMA 4X Analyzer with Six Languages
Total Suspended and Turbidity Measurement
NTU Range
Sample Flow: Pressurized or Flow Through
Two Stage Debubbling Chamber
Three Calibration Methods - Including One Point Method
Reduced Formazin Required for Calibration
Class I Div 2 Approval
Two 4-20 mA Outputs (One per Sensor)
Three Adjustable Alarms (Optional Alarm Board)
PRODUCT – OVERVIEW
The Clarity II Turbidimeter is a complete system for measuring turbidity of water. The system consists of:
The Analyzer Model T1055
One or two sensors with debubbler/measuring chamber and cable assembly
There is also an option to mount the above on an ABS plate.
The Turbidity Analyzer Model T1055 has many of the same features as the Analyzer Model This will allow the plant to make all the liquid analytical measurements with the common operation of the Solu Comp II Analyzer Model 1055 platform.

17. Wet Chemical Analysis Wet Chemistry Analyzers Ammonia Silica Sodium
Phosphate
Hydrazine
Chromium
Fluoride
Continuous Flow Wet Chemistry Measurement
Colorimetric or Ion Specific Electrode Method
Optional Multi-Stream (Up to 6 Sample Lines)
4-20 mA and 0-5 V Outputs
Pre-Packaged Reagent

18. Wet Chemistry Analysis
Sample Pump Module
Available with annual
Service contract
Swap the pump module
for a factory reconditioned
unit once a year
Arrives with years supply
of packaged reagents

19. Rosemount Analytical Inc. Combustion & Process Gas Analyzers

20. Combustion & PGA Formed through Business Consolidations
1984 – Acquired Beckman Instruments
1990 – Acquired Leybold
1990 – Rosemount acquired Westinghouse
1993 – Consolidated Gas & Liquid Analyzer Businesses
PAD became a Business Unit
Current locations
Solon, Ohio
Houston, Texas
Fromex- Nuevo Laredo Mexico
Hasselroth, Germany
Wessling, Germany
Headcount totals 356
Hasselroth
PGA Mfg, Repair
26,000 ft2
Solon, Ohio
Headquarters
20,000 ft2
Houston
Spares & Repair
3,000 ft2
Nuevo Laredo
Comb. & PGA Mfg
10,500 ft2

21. Product Offering Combustion Continuous Gas Systems 6888 O2
Oxygen Analyzers:
6888 O2
Oxymitter 4000
5081 FG
(High Temperature)
OCX (O2 & COe)
Other:
OPM (Opacity)
CCO 5500
(In situ CO)
PowerVue
(Damper Drives)
Continuous Gas
Process & Environmental Analyzers:
MLT Series Analyzers
X-STREAM PGA Series
951C & 400A Single Channel GP Analyzers
Systems
In-house integration capabilities in all World Areas:
North & South America – Solon, OH
Europe & Middle East – Wessling, Germany
AP – Singapore, China & India

22. Combustion Analysis & Boiler Control Products
6888
Damper Drives
Oxymitter
Xi Electronics
OCX
5081

23. Combustion Applications
Gas, Oil & Coal Fired Boilers
Refineries & Petrochemical Plants
Kilns

24. Analyzers for Combustion Control
The primary purpose of combustion analyzers is to maintain the optimum ratio between the fuel sent to the burner and the oxygen required to burn that available fuel. The analyzer measures oxygen. The damper drive controls the air flow to or from the burner.

25. Process Gas Analyzers
951C/400A
X-STREAM PGA
MLT/NGA

26. Process Analyzer Overview
Multi-Bench Analyzers
X-STREAM Series
MLT Series (NDIR/UV/VIS, PO2, EO2, TC)
Hydrocarbon Analyzers
400A (FID)
NGA FID/HFID
NOx Analyzers
951C (CLD)
NGA CLD/WCLD
Thermal Conductivity
NDIR/UV/VIS Photometry
Paramagnetic
Dual Bench Analyzers: utilize NDIR/UV/VIS Photometry, Thermal Conductivity and Paramagnetic detection method
Multi-Bench Analyzers: utilize NDIR/UV/VIS Photometry, Thermal Conductivity and Paramagnetic detection method
Hydrocarbon Analyzers: utilizes flame ionization detection method
NOx Analyzers: utilizes Chemiluminescence detection method.
Flame Ionization
Chemiluminescence

27. Process Analyzer Overview
Smart Capabilities
Diagnostics for ease of maintenance
Easy to use menus
Digital communication protocols available
Wide Variety of Housings
Certifications for all general purpose & hazardous area locations
Multiple Optical Benches Available
Up to 5 measurements in a single analyzer
Mix and match any combination of benches
Common Parts
Reduces spare parts requirements and analyzer downtime

28. Engineered Systems Capabilities
Engineered systems meet specific customer requirements for process measurements or environmental reporting.

29. Engineered Systems Capabilities
Wall Mount Sample
Conditioning Enclosure
Sample Probe
ROOF LEVEL
GROUND LEVEL
Unheated
Line or Heat
Trace
Heated Sample Line
Smart Analyzer
OBJECTIVES
Eliminate/Reduce shelter requirements
Increase Monitoring Flexibility
Meet Hazardous Area Classifications

30. Engineered Systems Capabilities
Simplified flow schematics for Continuous Emissions Monitoring Systems (CEMS) & standard components help reduce engineering costs.

31. Engineered Systems Capabilities
Custom designed sample systems and cabinets allow flexible installations for customer specific needs.

32. Engineered Systems Capabilities
All systems require various amounts of engineering.
Consideration for ambient conditions, measurement locations and installation area classifications must be reviewed prior to system design.
This package has been designed with purges for hazardous area locations.

33. Engineered Systems Capabilities
Flexibility allows Rosemount Analytical to design systems from custom built to modular. From ‘Walk In’ style fully engineered shelters to modular systems that can help reduce installation costs and cost of ownership.

34. X-STREAM Analyzer with Sample System
Conventional Approach vs Emerson Transmitter
Heated Sample Line
Analyzer Shelter with Process Analyzers
X-STREAM Analyzer with Sample System
Sample Tap in Process Unit

35. Product Applications & Industries
Chemical/Petrochemical
Tank blanketing (safety measurement)
Hydrogen plant
Ammonia, urea
Ethylene and propylene
Refining
Naphtha isomerization
Catalytic reforming
Hydrocracking
FCCU
Sulfur recovery
Hydrocarbon compressor
Marine unloading/vapor recovery
Feed stock heaters

36. Product Applications & Industries
Power
Combustion Control
CEMS
Hydrogen cooling
Coal Gasification
Metals & Mining
Furnaces
Heat treating

37. Product Applications & Industries
Oil & Gas
Natural Gas Pipeline
Air Separation
Gas Bottling
Cement
Kiln Gases & Combustion Control
Automotive
ICEE
Biogas, Food & Beverage & More….

38. Rosemount Analytical Inc. Gas Chromatographs

39. What is gas chromatography?
Gas chromatography is an instrumental method for the separation and identification of a compound  
The sample is introduced to the GC after flowing through a sample conditioning system.
The sample is then carried through a separating column by an inert gas, such as helium 
The sample is detected as a series of peaks via GC software as components leave the column and pass over the detector.

40. Gas chromatography is a proven analytical technique used in a broad range of industrial applications
Ethylene Plant
Aromatic Plant
Refinery
Pipeline
APPLICATIONS
Ammonia Plant units
Aromatic Plant units
Ethylene Plant units
Gas Processing Plant units
LNG Train units
Propylene Plant units
Refinery units
Urea Plant units
Vinyl Chloride units
Gas Power 2 per Turbine
Air Production per Plant
Iron/Steel per Plant
Pipeline 1000s of units
GC CHARACTERISTICS
The broadest range of chemical measurements
High sensitivity (ppb to %)
Multiple measurements in a single analysis
Flexibility to choose desired measurements
Proven online technology since 1956
Users Believe in It.

41. Gas Chromatographs 80+ years of experience
Beckman / Rosemount / Emerson
(1956 / 1983 / 1976)
Honeywell / Daniel / Emerson
(1968 / 1978 / 2000)
Over 11,000 online gas chromatographs installed worldwide
Worldwide service and support
Three GC Application/Support Centers
Houston, Texas
Stirling, United Kingdom
Hasselroth, Germany
Some of the History of Daniel & EPM

42. Typical Applications Natural Gas Process Btu / CV for Fiscal Metering
Natural Gas Quality (H2S, O2, CO2)
Hydrocarbon Dewpoint
Gas Processing (Excluding Gulf Area)
Ethylene Purity
Refinery Fuel Gas (Btu/ H2S)
Refinery Flare Stack (HR-VOC)
Refinery Cooling Tower (HR-VOC)
Turbine Power Generators (WOBBE Index)
Ammonia Plant (H2 purity)
Landfill Gas BTUs
LNG Plants & Terminals (Quality & Purity)
Gas Processing (Gulf Area only)

43. The Emerson GC differencea
PLUS
The exclusive MON2000 Software
Environmental chamber testing a
Airless Oven Design a
Diaphragm Valves a
High-Sensitivity TCD

44. Emerson GC Product Offering
Transmitter Style Design
24VDC or 110/220 VAC
TCD/FID (Single or Dual)
Micro-packed Columns
Isothermal Oven
Wall/Pipe/Floor Mount
Serial/Modbus/Ethernet communications
Field-mount Design
110/220 VAC
TCD only
Micro-packed Columns
Isothermal (Single/Dual) Oven
Integral or Remote Controller
Serial/Modbus/Ethernet communications
Model 700XA
Model 500
Air Bath Oven Design
110/220 VAC
TCD, FID or FPD
Micro-packed and Capillary Columns
Up to 8 Valves
Free Standing/ Wall Mount
Serial/Modbus/Ethernet communications
Laptop/PC based diagnostics
Connects to GCs via Ethernet/Serial/Modem
Modbus Polling functions
Display/Overlay Chromatograms
Display/Edit Application Programs
Model 1500XA
MON 2000 / 2020

45. Emerson Value in Fiscal Metering
Energy, Flow, and Gas Quality
Energy = Corrected Volume (From Flow Computer) X Heating Value (From Gas Chromatograph)
Tariff/Contractual limits
Trace hydrogen sulfide, %CO2
Trace Sulfur
Hydrocarbon dew-point 1 2 3 5 6 8 9 10 11 4 7
Our GCs offer the highest stated repeatability available
C6+ Chromatogram
1 Btu error can cost nearly $50,000 a year in “lost” gas (Using 1020 Btu/scf & Volume of 20,000,000 scf/day with 0.1% error in $6.00 / Dekatherm)

46. Emerson Value in Process Applicationsvs
Conventional PGC Installation
Emerson Field-Mountable PGC
Conventional GCs (3) $105K
Walk-In Shelter $250K
TOTAL COST $355K
Field-Mount GCs (3) $105K
3-Sided Shelter $25K
TOTAL COST $130K
Field-mount Process Gas Chromatographs provide greatly reduced cost of ownership by eliminating the need for expensive walk-in shelters. Project Costs can be reduced by 60+% with Ongoing Costs reduced by 50+%.

47. Rosemount Analytical Inc. Net Safety Flame & Gas

48. Corporate Profile
Net Safety Monitoring has been an flame & gas detection industry leader for almost 20 years
Headquartered in Calgary, Alberta, Canada
Representation throughout Canada, the United States, Latin America, the Middle East, Europe, Russia, and the Asia/Pacific Region
Global Customer Service Centers — Calgary, Abu Dhabi, Houston, Beijing and Singapore

49. Product Profile
Net Safety Monitoring is a leader in the development and manufacturing of:
Advanced Fixed Gas Monitoring and Flame Detection Instrumentation
Ancillary Safety & Security Products
All certified explosion-proof for use in classified hazardous locations
Flagship products are approved to FM, SIL2, CSA, ATEX, ANSI-ISA/UL, GOST-R and INMETRO safety, technical and performance standards
Engineered for continuous performance in the most extreme environments

50. Manufacturing Capabilities
38,000 sq. ft. state-of-the-art Manufacturing and R&D facility
ISO 9001:2008 Quality Management System Certified
Committed to the “Lean Corporate Culture” — a highly efficient and waste-free organization with a focus on continuous improvement of all processes relating to intelligent production and product quality
Advanced computer-controlled production of electronic circuit boards at our own manufacturing facility ensures strict quality control
Our ability to partner with end-users to match our products to meet specific application requirements is a unique value-add within the industry

51. Engineering and R&D
State-of-the-art research, design, testing and engineering facility

52. Customer Services
Multilingual, highly-trained service technicians are available 24/7/365
Global network of certified service partners
State-of-the-art test lab/calibration facility
Start-up and commissioning services

53. Primary Markets Served
Onshore/Offshore Oil and Gas Production
Oil Refining, Transportation and Distribution
Petrochemical
Food and Beverage
Power Generation
Semiconductor
Aviation
Mining & Mineral Processing
Pharmaceutical
Waste Treatment
Pulp and Paper
Steel Manufacture
Military
Chemical

54. Global End-Users

55. Ultraviolet / Infrared
Flame Detection
Phoenix Triple IR
Ultraviolet / Infrared
Ultraviolet
Hydrogen

56. UV/IRS – Ultraviolet / Infrared Flame Detector
Two Radiation Wavelengths Necessary for Alarm – minimize false alarm events from lightning, welding, sunlight and radiation
Manual and automatic testing of optical surfaces – constantly monitors internal electronics
Field Programmable – Fine Tune Sensitivity and Time Delay
Low Power and Wide Voltage Range — improves performance, reduces installation and operation costs
Available with sensors specially tuned to detect invisible H2 Hydrogen flame
Full 120 Degree Field of View with Extended Range!
Operating Range of -50°C to +75°C (-58°F to +167°F)
CSA, ATEX, ANSI-UL/ISA, GOST-R, and INMETRO approvals, FM Certified, SIL2 qualification by exida®

57. IR3S – PHOENIX Triple IR Flame Detector
NO EXTERNAL REFLECTOR - AUTOMATIC VISUAL INTEGRITY unique feature greatly reduces maintenance and cost of ownership
PROPRIETARY AUTOMATIC DIGITAL ZOOM TECHNOLOGY advanced flame detection and false alarm immunity at all distances
THREE PRECISELY TUNED INFRARED SENSORS – ultra fast response, accurate flame detection, eliminates false alarms, farthest range
ENGINEERED FOR EXTREME ENVIRONMENTS — operating range of -50°C to +75°C with the lowest power consumption available
LOW POWER AND WIDE VOLTAGE RANGE — improves performance, reduces installation and operation costs
7 YEAR WARRANTY – best warranty in the industry
GLOBAL APPROVALS – CSA, ATEX, ANSI-UL/ISA, GOST-R, and INMETRO approvals, FM Certified, SIL2 qualification by exida®
FIELD PROGRAMMABLE – Fine Tune Sensitivity and Time Delay
MULTIPLE OUTPUT OPTIONS – Analog, Relay, RS485 Modbus, HART

58. Gas Detection Millennium II Series Multi-Channel Universal Transmitter
ECO-SENSE Series 2-wire H2S Loop-powered Transmitter/Sensor
Millennium Series Toxic & Combustible Transmitter/Sensors

59. MILLENNIUM II Series – Smart Gas Detectors
Full Range of COMBUSTIBLE (Catalytic Bead & Infrared) and TOXIC (Solid State NE-MOS & Electrochemical) Sensors
Market-leading Sensor and Transmitter Warranties
Universal Transmitter - Mix and Match Any Pre-calibrated SMART Sensor
Full Graphic OLED Display – Visible In Any Lighting Condition
Four Display Languages – Intuitive Menu Operation
Operating Range of -55°C to +85°C
Low Power and Wide Voltage Range
Long Range Sensor Separation (2000 ft +)
ATEX, CSA, ANSI/UL/ISA, INMETRO and GOST-R Approvals with FM Certification, SIL2
Analog, Relay, RS485 Modbus and HART Communications
Millennium II Single Channel
Millennium II BASIC

60. Ancillary Safety/Security Products
Millennium APM Air Particle Monitor Smoke & Oil Mist
Detector
Explosion-Proof Motion Detector & Video Camera
FlameWatch II Video/Flame Detection Combo
Banshee343
Ultrasonic Gas
Leak Detector

61. Ancillary Safety/Security Products
Sales Gas Monitor (SGM) Inline H2S Sampling
& Analyzing System
SafeGuard Controller 16 Channel Master
Display System
Millennium RM2
Rack Mount Controller