Since the M&C dilution probe SP2000-H/DIL is based on the well-proven M&C gas sample probe SP2000H, a variety of applications requiring special filter techniques, materials, etc. can be handled without any problems with this dilution probe.

Gas sample dilution probe type SP2000‑H/DIL features:

• external ceramic filter type S‑2K150
• filter porosity: 2 µm
• electrically heated external filter from 0 to 180 °C, adjustable by an integrated thermostat
• high‑temperature limiter with reset key responding at +30 °C above Tset and low‑temperature alarm with potential‑free status‑alarm contact at ‑30 °C below Tset,
• incl. weather protection shield with insulation
• power: 230 V/50 Hz, 800 W
• mounting flange: DN 65 PN 6B with G 3/4″ f connection
• sample gas OUT: 8‑mm‑tube
• material: SS 316Ti, ceramic, Viton®
• Dilution ratio to be indicated with the order

Gas Sample Dilution Probe SP2000-H/DIL brochure

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Gas Sample Probe Series SP®Versions SP2000, SP2000-H, SP2300-H, SP2400-H range brochure

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Ideal for monitoring air quality outside or in workshops, TES Small Form AQMS measures key parameters:

Air pollutant concentrations: PM₁, PM_2.5, PM₄, PM₁₀, TSP, O₃, NO, NO₂, O3, CO, SO₂, H₂S, NH₃, HCHO, Cl₂, HCl, VOC, CH₄, CO₂ – other gases available on request

Meteorological parameters: temperature, pressure and relative humidity

Other parameters: noise, vibration and odour

Location: GPS

The device captures data in real-time and transfers them wirelessly to a advanced web platform, for data analysis and data management, remote control of the equipment and data integration into websites, software and smart city platforms.

Small form stations are light, compact and easy to install within just a few minutes. Once the stations are connected to the Internet through several communication links on-demand (Wi-Fi, 3/4G, LoRa, Zigbee…), the hyper-localised information is automatically transferred to a secure web platform that is accessible 24 hours a day.

Customize your own Small Form AQMS that meets your needs:

Options:

• Integrate sensors that you need
• Choose your communication link
• Add a back-up battery 

Accessories:

• Solar panel and batteries
• Heating resistance
• Mounting plate

For a wide range of applications:

Smart cities, industrial sites, mining sites, sewage treatment plants, mines, soil remediation, refineries, workshops, warehouses, worksites, road networks, race tracks, ski, and sea resorts.

The post TES SMALL FORM AIR QUALITY MONITORING SYSTEMS (AQMS) appeared first on Thomson Environmental Systems.

Applications

• Continuous emission monitoring in humid and aggressive gases
• Continuous emission measurement in small to very large duct diameters
• Volume flow measurement for process control and process optimisation

Features

• Continuous measurement of velocity and volume flow
• Contactless measurement 
• Corrosion-resistant ultrasonic transducers
• Measurement over the entire duct diameter
• Automatic check functions

Key benefits

• Certified for official emission monitoring
• Precise measurement of gas velocity and volume flow
• Suitable for measurement in humid and aggressive gases
• Long life time and high availability even under extreme plant conditions
• Low maintenance.

Industry Applications

• Plants requiring official approval acc. to IED 2010/75/EU
• Plants requiring compliance to 40 CFR 60 US EPA PS6
• Emission trading of green house gases GHG acc. to 2003/87/EG / MRR
• Power industry
• Biomass incineration
• Waste incineration
• Cement industry
• Crematories
• Process monitoring.

Certifications

CE, QAL1 (DIN EN 14181 / DIN EN ISO 14956 / DIN EN 15267-3), MCERTS, EAC

Download Specifications

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Features

• Continuous measurement of velocity and volume flow
• Double-sided installation for measurement over the entire duct diameter or cost-saving single-sided installation 
• Robust and resistant probe material for use in aggressive gases or at high temperatures (optional)
• Probe individually adapted to the application
• Automatic back purging unit (optional)
• Automatic internal self-test

Key Benefits

• Certified for official emission monitoring
• Precise measurement of velocity and volume flow even under demanding operating conditions
• Space-saving and easy single-sided installation (optional)
• Suitable for use in potentially explosive atmospheres (optional)
• Suitable for use in hot gases

Applications

Download Specifications

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Download Specifications

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The OFS uses EPA Method 14 approved optical scintillation technology. The optical scintillation technique relies on advanced Digital Signal Processing (DSP) electronics to “see” and measure the movement of turbulence found in a gaseous flow stream to provide highly accurate, path-averaged air velocity measurements. The accuracy of the OFS has been proven both in NIST’s wind tunnel and in numerous real-world installations.

Advantages

• System not sensitive to dirty optics / high opacity media
• System is non-intrusive to media flow –
• No flow media means high temperature limits.
• Measurement is true cross-stack line average
• Fully meets all EPA 40CFR Parts 60 & 75
• Unaffected by temperature, pressure, humidity, density, path length
• Easy installation and optical alignment – once interconnect cable is run and ports are prepared, system can be connected, aligned and operating in less than 30 minutes
• DSP-based signal processing means no analog “drift”.
• Includes built-in continuous self-test routines to warn of potential problems before the point of failure.
• Cross stack/duct/pipe line measurement for more accurate flow readings.
• Measurement path 90º to stack; second plat-form not required – save $100K or more
• Easily replaces existing ultrasonic sensors.
• Minimal upstream/downstream diameters; typically 2 & 1, not 20 & 10 like others.
• Long-term reliability: no blowers or moving parts; operates unattended – 24/ 7/365.
• Ultra-low maintenance design.
• Rugged; designed for harsh environments.
• Built in continuous self-test diagnostics.
• Measurement unaffected by path length & media pressure, moisture & opacity.
• Wide versatility, NIST tested and unbeatable combination of advanced technology, high performance and proven reliability!

OFS-2000 Options

• Order Z-Purge Option for Class I Div I/II applications.
• Standard Control Unit is rack mount; for wall mount, order 1910-301, NEMA4 Option.
• For custom receiver cable length, order 1910-216-nnn where “nnn” is cable length in feet (max 300).

OFS-2000 Accessories

• 1910-431-nn Sight Glass with gaskets for media isolation (2 required, multiple models)
• For custom receiver cable length, order 1910-216-nnn where “nnn” is cable length in feet (max 300).
• Standard Control Unit is rack mount; for wall mount, order 1910-301, NEMA4 Option.

Download Brochure

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The Gasmet CEMS II e is ideal for measuring trace concentrations of pollutants in wet, corrosive gas streams.

Its typical application is monitoring of waste incinerator or large combustion plants.

Measured gases/particulates and calibration ranges can be changed to suit the application.

All parts of the Gasmet CEMS II e can be heated up to 180 ºC.

It can be used for undiluted gases and the sample gases do not need drying beforehand.

The Gasmet CEMS II e consists of:

• Gasmet FTIR gas analyzer
• Gasmet industrial computer, and
• Gasmet sampling system.

As an option the system can be equipped with ZrO2 oxygen analyzer and/or with total hydrocarbon analyzer (FID). All parts of the system are 19” rack mounted and are installed on the pull-out shelves.

The Gasmet CEMS II e includes all power connections and temperature controllers for heated lines and heated sample probe. Operation of the system is fully automatic and controlled by the Calcmet software. Additionally all functions of CEMS II e can be controlled manually.

Features

• Low need for maintenance – 6-month maintenance interval for all certified compounds
• No span calibrations required (automated span checks possible)
• Hot-extractive-sampling; no sample loss or change of composition
• Capability to water soluble compounds like HCl, HF, NH3, etc.
• TOC (Total Organic Carbon) measured with FTIR – no need for a separated FID
• Fully automated measurement system with comprehensive safety functions
• Ready for future requirements – new compounds can be added without any hardware changes
• Fully modular system built to customer specification
• EN15267 TÜV & MCERTS certificates (QAL1)

Applications

• Waste Incinerators
• Waste to Energy Plants
• Cement Kilns
• Power Plants
• Brick & Glass Manufacturing
• Aluminium and Steel Smelters
• Greenhouse Gas emissions.

Download Specifications

The post GASMET Continuous Emissions Monitoring System (CEMS II e) appeared first on Thomson Environmental Systems.

Direct Extract Gaseous CEMS are relatively simple systems and economical where the sample is analysed at the actual stack levels. Concentrations are higher and therefore analysers are of lower sensitivity and require less frequent calibration to maintain accuracy. All analysers including O2 can be mounted at ground level. All systems designed, assembled and integrated locally to meet your specific requirements.

• Utilises Teledyne API Medium and high level analysers
• 2 Years Warranty on Teledyne API Analysers

ALSO available from TES

• TES Dilution Extractive Gaseous CEMS
• OPTICAL SCIENTIFIC INC (OSI) – OFS 2000
• ENVIRA Data Loggers and Smart AQN Software

Download Specifications

The post TES Direct Extractive Gaseous CEMS appeared first on Thomson Environmental Systems.

• Ideal for monitoring corrosive gases in corrosive sample streams
• Utilises Teledyne API Ambient analysers
• 2 Years Warranty on Teledyne API Analysers
• Overlap with fenceline

ALSO available from TES

• TES Direct Extractive Gaseous CEMS
• GASMET Continuous Emissions Monitoring System (CEM II)
• OPTICAL SCIENTIFIC INC (OSI) – OFS 2000
• Data Loggers and Software

Download Specifications

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