Teledyne
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.
Teledyne has developed a number of competitive strengths as we have grown to become one of the leading developers of high technology product applications for the industries we serve.
Online Analysers
- Moisture
- Oxygen
- H2S
- Total Sulphur
- Trace Hydrocarbon
- Dissolved Oxygen
- PH & DO
- TOC/TSS/BOD Analyzer
- Total Chlorine
- Conductivity
- Oil in water
- Gas chromatographs
- Gas chromatographs
- Continuous Emission Monitoring Systems(CEMS)
- Predictive Emission Monitoring Systems(PEMS)
Technologies
- Thermal Conductivity Detectors (TCD)
- Flame Ionization Detector (FID)
- Near Infrared (NIR)
- ZrO2 & Paramagnetic
- Aluminum Oxide (HTF)
- TDLAS (NIR) Cross Stack
- UV Absorbance & UV Fluorescence
- Near Infrared (NIR) & IR
- Chemiluminescence NO/NO2/NOx
- Liquid Analytics ( PH, Conductivity, DO, FCL etc)
- Capacitance (% & ppm Water in Crude Oil )
Appllcations
- Flue Gas
- Process Gas
- Stack Gas
- Refinery flare gas
- Environmental monitoring
- Natural Gas Processing Plants
- Liquefied Petroleum Gas
- Chemical & Petrochemical Plants
- Boiler condensates
- Power Generation plants
- Monitoring in wastewater
FALCON GC
- Faster, smaller, greener and easier, Teledyne’s Falcon GC has been remodeled to fit online, lab and mobile applications.
- It uses ATM 7798 which performs simulated distillation nearly 6 times faster than the previous method, ASTM 2887, with better repeatability and reproducibility.
- It is capable of measuring upto C50.
- TCD / FID / FPD / ECD are some of the detectors that come along with the GC.
- The GC can be configured for dual column/dual detector applications.
- Liquid and Gas sample injection ports available.
CROSS STACK LASER
Teledyne offers cross stack laser technology, LGA4000, which eliminates the need of a sampling system. Using the tunable diode to tune the current, we tune the wavelength of the laser to match the spectral range of the species we need to measure. This makes Tunable diode laser technology superior as it remains unaffected by background gases and also experiences zero drift in the process. CO2, CO, H2S, O2, Acetylene, CH2, NH3, Moisture are some of the compounds that can be measured in ppm/percent ranges using this technology. Cross stack system comes with the purge panel which maintains a positive pressure around the cross stack system preventing any process gas from entering the optical windows of the transmitter and receiver.
LXT SERIES – Liquid Analytics
- Teledyne’s liquid analytical portfolio is vast. We offer universal transmitter-based analyzers with sensor plug and play technology. Capable of measuring 2 properties at a time, the Transmitter can be configured for HART application and comes with either AC power requirement or 24VDC loop power requirement.
- The sensors can be configured for inline process (insertion/immersion) as well as extractive sampling.
- Different sensors for corrosive, high temperature, high pressure can be provided
- Wetted materials: SS316, Glass, PVC, Titanium, Inconel
- pH, Dissolved oxygen, ORP, Conductivity, Free/Total Chlorine, Turbidity are some of the liquid properties, which Teledyne sensors are equipped to measure.
- Silica/Hydrazine measurements in BFW applications
- Free/Total Chlorine sensors are non-reagent based. It comes with additional pH compensation for measuring the chlorine ions in the sample stream.
- Trace/low percent levels of H2S in water can be measured by converting H2S into free sulfide ions which are detected by the sensor.
FID – AIR SEPERATION
The Model 4020 utilizes a proven flame ionization detector (FID) for the continuous trace analysis , ie ppb / ppm of total hydrocarbons (THC) under a variety of different process conditions. The principle of operation is based on measuring the ion current generated when organic compounds are dissociated in an intense hydrogen flame. The FID is a high specification Flame Ionization Detector (FID) based analyzer that provides a robust and high accuracy solution to trace Total Hydrocarbon (THC) measurements, ensuring gas stream inflammability levels are closely monitored.
4020 has been in the industry for more than a decade now and Teledyne has proved to be a key player in the market. Linde, which has the R&D centre in Germany, vouches for FID technology only for trace hydrocarbon since out of all the technologies, only FID has been deemed as successful.
4030 is used for higher temperature applications. 4040 uses a GC upstream to speciate methane and non-methane species. 4060 uses FID/TCD principle with GC to measure composition of gas containing hydrocarbons or gases like neon, nitrogen, kryton etc. 4080 uses stripper technology to strip THC from water and then carries out the measurement using FID principle.
UV/NIR with Fibre optic technology
As a direct in-situ or extractive photometer, the Model 6020UV/5020IR takes the benefits of proven ultraviolet (UV) absorption technology/ infrared technology to the next level. Fiber-optic technology allows for the direct transmission of light from the control unit into the process via insertion probe or through a flow cell.
Teledyne’s proprietary probe and flow cell designs transmit light across an optical path containing the sample and returns the received light through a second fiber. The unabsorbed light at the wavelength of interest is correlated to a part-per-million (PPM) or percent concentration.
Acetone, H2S, Moisture, Urea, Hydrocarbons, Ammonia, Benzene, Chlorine are some of the compounds that can be measure using this technology.Teledyne’s recent innovation is the TSS sensor suited for pressures upto 2000 psig and temperatures upto 204 degrees C. It comes in SS316 / Hastalloy / Inconel wetted parts. Suitable for inline and extractive applications, the sensor comes with optional retractable technology which allows for calibration without disruptions in the main process line.
TOTAL SULPHUR APPLICATIONS FOR LIQUID AND GAS PHASE
- The 6400T, which comes with capacitive LED touch screen, utilizes our field-proven ultraviolet (UV) fluorescence technology to continuous monitor the Total Sulfur content found in process gas and liquid feeds.
- UV-Fluorescence is a non-consuming method of detection, eliminating the hassles associated with replacing tape cartridges, and enables detection as low as 10 ppb, depending on application, with stable, reproducible results. The undesirable sulfur compounds present (i.e. H2S, DMS, COS, CH3SH, CS2, etc) are converted into SO2 which responds to UV Fluorescence.
- To provide the end-user with the most reliable sulfur conversion capability possible, TAI has developed two converter modules which are tailored to contend with the process stream variations expected in either gas (Model 6400-TSG) or liquid (Model 6400E-TSL) phase applications.
- Sulfide speciation is also possible by implementing a GC column upstream of the catalytic converter. This way, the client is able to get separate measurements for different sulfides in the sample.
CEMS
- The Teledyne ML®660 conventional extractive system is designed to extract and condition hot, wet stack gas for a dry basis measurement of any combination of SO2, NOx, CO, CO2, and O2.
- In The Teledyne ML®675 dilution-extractive system the sample is prepared for analysis by diluting stack gas with clean, dry instrument air at the probe location. Since no moisture is removed with dilution, measurements for SO2, NOx, CO, THC and CO2 are made on a wet basis.
- The Teledyne ML®661 is a complete engineered CEMS designed to measure total hydrocarbons (THC/VOC) as required in environmental regulatory compliance and process control applications.
- The ML®670 Total Reduced Sulfur (TRS) system provides an accurate and convenient method of measuring Total Reduced Sulfur required for Emission Monitoring. The TRS system uses our specially designed TRS Dilution Sampling System combined with the T-Series® TRS analyzer to provide reliable TRS measurement
- The systems can be configured specifically for 40CFR60, 40CFR63, 40CFR75 compliance, and process control applications.
- Teledyne even offers solutions for measuring Dust / Opacity and Particulate Matter.
- All the above solutions come with the RegPerfect Software which ensures a holistic monitoring approach to environmental emissions.
For Enquiries
Contact Person : Mohammed Asharaf
Contact No. : 00971-50-4456510, Email : sales@experts-ei.com