Teledyne Analytical Instruments

1. Teledyne Analytical Instruments TELEDYNE AAQMS Systems

2. TELEDYNE TELEDYNE Technologies International Corp (Appx: 2.5 Billion ) formed in1960. Teledyne Analytical Instruments (TAI) is a company under Teledyne Corp, world leader in the design and manufacturing of high quality process gas and liquid analyzers. With over 51 years of experience, Teledyne’s product line includes electrochemical sensors, analyzers, and custom systems which combine expertise in electronics, chemistry and engineering. TAI provides scientific solutions for chemical analysis problems & water quality measurements. Detailed attention to customer needs and dedication to the highest standards of performance and quality are company priorities. Teledyne Analytical Instruments is an ISO 9001/ 14001 certified company.

3. Scope of Supply : AQMS Project • SO2 • NOx • VOC (BTEX) • O3 • CO • PM 10 & 2.5 • WMS : Rain gauge, Wind speed, Wind direction, Solar Radiation, Relative Humidity sensors • DAS ( Data Acquisition System) • Mobile Trailer fitted with AQMS Station

4. Analytical Instruments for AQMS • CO – GFC7001E • Gas Filter Correlation NDIR Sensor • NO2 – 9110E • Chemiluminescence • SO2 – 6400E • UV Fluorescence • VOC – 4060 • GC Speciation • Flame Ionization Detector • Ozone – 400E • UV Absorption Sensor • Particulate Matter (2.5 & 10) – Beta Ray Attenuation • Zero Air Generator – 701 • Mass Flow Calibrator – 702E • DAS – Win collect

5. AQMS – Sample System

6. AQMS – Operation Philosophy. • The DIVAC sample pump will draw the sample gas from ambient air and fed to the sample manifold. From the sample manifold the air is distributed to sample inlet port of each analyzer. Each Analyzer will analysis the sample air and display the actual reading. • Each analyzer data is transferred to DAS system for reporting and further analysis . • The analog put from each analyzers and WMS will be connected to centralized DAS system for final data analysis and reporting. • Each Analyzers were calibrated for Zero & Span via ZAG and MFC calibrator.

7. SO2 Analyzer – Model 6400E USEPAEQSA-0495-100 CE • UV Fluorescence Trace Level SO2 Analyzer • Ranges: 0-5 ppb to 0-20,000 ppb, user selectable. • Dual ranges and auto ranging supported • Units: ppb, ppm, mg/m3 • Zero Noise: 25 ppt (RMS) • Zero Drift: < 0.2 ppb/24 hours • Span Drift: < 0.5% of FS/24 hours • Lower Detectable Limit (LDL): 50 ppt • Response Time: <120 seconds to 95% • Sample Flow Rate: 650 cc/min ±10% • Linearity: 1% of full scale • Operating Temperature Range: 5 - 40˚C

8. 6400E SO2 - Schematic

9. NOx Analyzer - 9110 Chemiluminescence NO / NO2 / NOx AnalyzerUSEPA RFNA-1194-099, CE Ranges: 0-50 ppb to 0-20,000 ppb full scale, user selectable; Independent NO, NO2, NOX ranges and auto ranging supported • Units: ppb, ppm, μg/m3, mg/m3 • Zero noise: <0.2 ppb (RMS) • Span noise: <0.5% of reading (RMS) above 50 ppb • Lower Detectable Limit (LDL): 0.4 ppb • Zero drift: <0.5 ppb/24 hours, <1 ppb/7 days • Span drift: <0.5% of reading/24 hours, <1% of reading/7 days • Lag time: 20 seconds • Rise and Fall time: <60 seconds to 95% • Linearity: 1% of full scale • Precision: 0.5% of reading • Sample flow rate: 500 cm3/min ±10% • Operating temp range: 5 - 40°C

10. 9110E NOx - Schematic

11. CO Analyzer – GFC 7001EU S E P A R F C A - 1 0 9 3 - 0 9 3 CE • Ranges: 0-1000 ppm full scale, user selectable; dual ranges and auto ranging supported; 0-1 ppm full scale optional range available. • Alarms: 3 x energizable alarm relays can be provided for CO Concentration, Cal in Process, Range Change or for System Failure indication purposes (option) • Units: ppb, ppm, μg/m3, mg/m3 • Zero noise: <0.02 ppb (RMS) • Span noise: <0.5% of reading above 5 ppm (RMS)2 • Lower detectable limit (LDL): 0.04 ppm • Zero drift: (24 hrs): <0.1 ppm*; (7 days): 0.2 ppm* • Span drift: (24 hrs) < 0.5% reading* (7 days) 1% of reading • Linearity: 1% full scale • Precision: 0.5% of reading • Sample flow rate: 800 cc / min ±10% • Operating temp range: 41 to 104°F (5 - 40°C)

12. GFC 7001E CO - Schematic

13. O3 Ozone Analyzer – Model 400E UV Absorption Analyzer E P A APPROVAL EQOA - 0 9 9 2 - 0 8 7 • Ranges: 0-100 ppb to 0-10 ppm, user selectable. Dual ranges and auto-ranging supported • Units: ppb, ppm, μg/m3, mg/m3 • Zero Noise: < 0.3 ppb (RMS) • Span Noise: < 0.5% of reading above 100 ppb (RMS) • Lower Detectable Limit (LDL):< 0.6 ppb (RMS) • Zero Drift: < 1.0 ppb/24 hours, <1.0 ppb/7 days • Span Drift: <1% of reading/7 days ozone present • Lag Time: <10 seconds • Linearity: 1% of full scale • Flow Rate 800 cm3/min • Resolution 0.5 ppb • Repeatability (7 days) 1% of reading • Sample Flow Rate: 800 cm3/min ±10% A 254 nm UV light signal is passed through the sample cell where it is absorbed in proportion to the amount of O3 present in Air.

14. 400E O3 - Schematic

15. VOC Analyzer – Model 4060 GC Model 4060 is a microprocessor based instrument ideal for the specific monitoring of trace levels of Benzene in gases such as carbon dioxide, air, and nitrogen. Designed as an on-line analyzer in a 19” rack, the Model 4060 comes with three standard ranges, the most sensitive at 100 ppb full-scale. This analyzer can be configured to measure BTEX measurements + 1,3 Butadiene. Because of its relatively high sensitivity to most organic compounds, the flame ionization detector is a powerful tool for measuring hydrocarbon impurities in other gases. It also provides a linear response over a wide range of analysis • The Organic compounds from the sample stream or separation column are injected into the detector housing where they are mixed with Hydrogen and air before entering the detector jet where the mixture is burned. During this process, organic compounds are broken down into carbon fragments and acquire a positive charge (i.e., become ionized) at the surface of the anode. Carbon fragments are detected by the collector. The signal is then amplified and sent to the data processing system

16. Model 4060 GC - Schematic

17. 4060 GC - Specification

18. 4060 GC - Tracs Diagnostic Software • Tracs™ software developed by TAI is a unique program to unveil chromatogram and compound retention sequences on which concentrations of compounds of interest are calculated. It provides valuable access for an ordinary user to look into inside the complicated GC world with a computerized tool. It suits the needs for high accuracy in GC technique and for ease of communication in digital format.

19. PM 2.5 / PM10

20. ZAG - Model 701 • The Model 701 is an excellent source of clean, dry air for dilution calibrators. It also may be used as a source of purge air for permeation tube ovens or burner air for FID analyzers. The basic Model 701 includes an oil-less, diaphragm-less pump plus scrubbers to remove SO2, NO, NO2, O3 and H2S. Optional scrubbers are available to remove CO and Hydrocarbons. Inlet air is pulled into the pump and route through a pre-cooler and water trap that removes water. The air then passes through the regenerative scrubber, where the final drying occurs, and from there to the storage tank. • Tank pressure is monitored and maintained at a preset level by cycling the pump automatically as needed, extending pump and scrubber life. The outlet air from the tank is cleaned and goes through a filter to produce a clean and dry zero air supply. A microcontroller cycles the regenerative dryer and the water trap valves, ensuring that the pump does not start against full head pressure. The Model 701 is an ideal accessory to the Model 700E Mass Flow Calibrator. • Output: 10 SLPM @ 30 psig , 20 SLPM @ 30 psig (optional) • Dew point: -20°C up to 15 LPM; -10°C above 15 LPM • Dryer: Regenerative heatless dryer with lifetime of greater than 5 years

21. Zero Air Generator - Model 701

22. MFC – Model 700E • The Model 700E is a microprocessor based calibrator for precision gas analyzers. Using a combination of highly accurate mass flow controllers and compressed sources of standard gases, calibration standards are provided for multipoint span and zero checks. Up to 4 gas sources may be used. As many as 50 independent calibration sequences may be programmed into the M700E, covering time periods of up to one year. The setup of sequences is simple and intuitive. These sequences may be actuated manually, automatically, or by a remote signal. The sequences may be uploaded remotely, including remote editing! All programs are maintained in non-volatile memory. • The M700E design emphasizes fast response, repeatability, overall accuracy and ease of operation. It may be combined with the Model 701 Zero Air Generator to provide the ultimate in easy to use, precise calibration for your gas analyzers. • Dilution System:- • Flow Measurement Accuracy: ± 1% full scale • Flow Range of Dilution Air: 0 to 10 SLPM • Zero Air requirements: 10 SLPM @ 30 psi • Calibration Gas Input Ports: 4 (configurable) • Diluents Gas Input Ports: 1 & Response Time: 60 seconds

23. MFC – Model 700E

24. WMS – Weather Monitoring SensorsModel 083D – RH Moisture sensor The Model 083D sensor probe represents sensitivity, accuracy, linearity and stability not encountered with conventional relative humidity sensors. It is extremely well suited for meteorological, industrial, laboratory and other demanding applications. The Model 083D RH sensor can also be supplied with a temperature sensor mounted in it and used with various radiation shields for reliable, accurate measurements Operation:- The Model 083D Relative Humidity Sensor is based upon the capacitance change of a polymer thin film capacitor. A one-micron thick dielectric polymer layer absorbs water molecules through a thin metal electrode and causes capacitance change proportional to relative humidity. The thin polymer layer reacts very fast, and therefore, the response time is very short–less than five seconds to 90% of the final value of relative humidity. Sensing Element: Thin film capacitor Range: 0 - 100% relative humidity Temperature Range: -20°C to +60°C Response Time: Less than 15 seconds at 20°C of final (with filter) Accuracy: 0 - 10% ±3% , 10 - 90% ±2%, 90 - 100% ±3%

25. WMS – Weather Monitoring Sensors Solar Radiation Sensors Model 095 Pyranometer:- The Model 095 Pyranometer incorporates a multi-junction differential thermopile and a precision ground optical glass hemisphere which is transparent to wavelengths 0.285 to 2.80 microns. It is used for high precision, broad bandwidth measurements of incident solar radiation. Model 095 Specifications:- Spectral Response: Nanometers: 285 - 2800 Microns:0.28 - 2.8 Calibration: Integrating hemisphere approx. 1 cal cm-2 min-1, at 25°C Sensitivity:** 11 mV/kwatt meter-2, approx. Impedance: 350 ohms, approx. Temperature Depend.: ±1.5% constancy from -20°C to +40°C Linearity: ±1% from 0 to 1400 watts meter-2 Response Time: 5 second (1/e signal) Cosine Response: ±2% from normalization 0°-70° zenith angle; ±5% 70°-80° zenith angle Dimensions: 5.75 in (14.6 cm) diam. x 21 in (53.4 cm) h, including mount Weight: 4 lbs (1.8 kg), including mount Mounting: Leveling plate and mounting base include

26. WMS – Weather Monitoring Sensors Precipitation Gauges • The accurate measurement of rain and snow precipitation remains one of the most basic elements of meteorology. • Operation:- A dual-chambered tipping bucket assembly is located below the collection funnel. When a precise amount of precipitation has been collected in one side of the bucket, gravity tips the assembly and activates a reed switch. A momentary electrical contact closure through the switch is provided for each increment of rainfall. The sample is discharged through the base of the gauge. • Construction:- The heavy machined aluminum base provides a stable platform for the tipping assembly. The bucket is made from stainless steel and is Teflon coated to prevent retention of the sample. The bucket pivots are precision machined and fitted with jeweled bearings to reduce wear and friction. T h e funnel is powder coated aluminum and has two screens for preventing leaves and other debris from entering or clogging the gauge. A circular bubble-level and adjustable feet facilitate proper mounting of the unit. Major components are finished in catalyzed polyurethane paint to withstand the environment. Model 370 Funnel Dia : 8 in (20.3 cm) , Standard Calibration: 0.01 in

27. WMS – Weather Monitoring Sensors Wind Direction Sensor The Model 024A Wind Direction Sensor is an accurate, durable and economical sensor suitable for a wide range of wind study applications. It is designed for long term unattended operation in most meteorological environments. Operation The sensor incorporates a precision wire-wound potentiometer for accurate resolution of wind direction. The potentiometer is directly coupled to the vane assembly. Variations in wind direction produce a corresponding varying voltage, which lends itself to both digital and analog measurement systems. Specification:- Range: 0 - 360° Starting Threshold: 1.0 mph Accuracy: ±5° Delay Distance: Less than 5 ft Damping Ratio Standard: 0.25 (Metal Vane), Fast Response: 0.4 (Foam Vane) Potentiometer: Sand, Dust, Fungus: MIL-E-5272 , Salt Spray: MIL-E-12934 Electrical Range: 0 - 360° , 0 - 540° with approp. translator Operating Range: -50°C to +70°C Weight: 1 lb 2 oz Mounting: PN 191 Crossarm

28. WMS – Weather Monitoring Sensors Wind Direction Speed • The Model 014AWind Speed Sensor is an accurate, durable and economical anemometer suitable for a wide range of wind study applications. It is designed for long term unattended operation in most meteorological environments. • Range : 0 to 100 mph • Operation : For maximum operational reliability, the sensor uses a sealed magnetic read switch. This switch produces a series of contact closures at a rate proportional to wind speed. With its pulsed output, the Model 014A lends itself to applications involving both digital and analog measurement systems • Specifications:- Range: 0-100 mph , Starting Threshold: 1.0 mph Accuracy: ±0.25 mph or 1.5% FS Standard: Less than 15 ft (Metal Cup), Operating Range: -50°C to +70°C Weight: 11 oz (.31 kg) Contact Rating: 10 mA maximum