24/7 Technical Support

Pine has many solutions for determination of Sulfur Dioxides from stationary sources. We carry & partner with Bovar/Western Research, Thermo Electron, MKS Instruments and Teledyne/API. Please contact a CEMs representative to discuss your Source or Ambient application.

To find out more, please click on a product from the list.  At Pine, we specialize in delivering total equipment solutions and providing technical advice on what to rent, and how to use it; the availability of our rental fleet is second to none, and all our equipment is always tested and delivered ready to use.


Bovar 900 SO2 analyzer
Bovar 900 SO2 analyzer

The Western Research 921M SO2 Analyzer performs simultaneous dual range analysis on a continuous basis. It has a sealed gas reference cell for increased stability and accuracy.The Model 921M is suited for lower range uses (i.e. 0-50ppm and lower). The Model 9000RM can be configured to measure most gas species that absorb in the UV (examples NOx, H2S and SO2). The optional low range white cell provides longer path length for measuring lower concentrations. For example, the minimum full scale for SO2 is 25 ppm, with an accuracy of 1% of full scale. of both methane and non-methane hydrocarbons (NMHCs).

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ECOM J2KN Portable Emissions Analyzer
ECOM J2KN Portable Emissions Analyzer

The ECOM J2KN is the “heavy-duty” version of the J2K, with the analyzer and all of it’s outstanding features built into a rugged hard-side, aluminum reinforced case. With wireless remote control, the J2KN’s handheld remote allows complete operation of the analyzer showing all values at a glance, zoom display capability, and plug-in memory up to 256 MB. The tactile keypad guides the operator through the various functions of the analyzer. The remote display feature makes the J2K an ideal emission analyzer where combustion controls are located away from the flue test port on large combustion systems. The J2K can be fitted with up to 5 gas sensors to measure O2, CO, NO, NO2, and Combustibles, along with gas and ambient temperatures, stack draft & pressure, plus calculations of CO2, efficiency, excess air, and oxygen correction to 20%.

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Horiba PG250/350 Portable Gas Analyzer
Horiba PG250/350 Portable Gas Analyzer

This latest gas analyzer is both portable and MCERTS approved. Capable of measuring five components, the Horiba PG-250 and the PG-350 is a highly reliable and versatile gas analyzer for compliance testing of NOx, SO2, CO, CO2, and O2. Housed in a single lightweight and fully portable case, it utilizes the same measurement principles as permanently installed CEMS - unlike other portable gas analyzers that rely upon electro-chemical sensors.

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Horiba PG-350E Portable Gas Analyzer
Horiba PG-350E Portable Gas Analyzer

The PG-350E achieves measurement performance equal to laboratory equipment in a highly portable package. As part of the PG-300 series, the PG-350E is a compact stack gas analyzer that can simultaneously measure up to five separate gas components. The approximately 20% lighter body from the previous PG-250-model is optionally protected by rugged side guards, which prevent the analyzer from shocks and damages. PG-350E covers NOX, SO2, CO, CO2 and O2 - measurement and is operating according to: DIN EN 15267 - 3, DIN EN 14181 and
approved as Standard Reference Method (SRM) for:
CO (DIN EN 15058)
O2 (DIN EN 14789)
NOX (DIN EN 14792)

The field conscious design supports whatever the measurement scene is. An optional electronic cooler unit is available for long-term measurement under tough environments such as gas turbines, boilers, and incinerators facilities.

 

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MKS MultiGas 2030 FTIR Continuous Gas Analyzer
MKS MultiGas 2030 FTIR Continuous Gas Analyzer

An FTIR based gas analyzer capable of percent level detection as well as ppb sensitivity for multiple gas species in a variety of applications.

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Teledyne Model T100
Teledyne Model T100

The Model T100 uses the proven UV fluorescence principle, coupled with a state of the art user interface to provide easy, accurate, and dependable measurements of low level SO2.  Exceptional stability is achieved with the use of an optical shutter to compensate for PMT drift and a reference detector to correct for changes in UV lamp intensity. A hydrocarbon ‘kicker’ and advanced optical design combine to prevent inaccuracies due to interferents.  All T Series instruments offer an advanced color display, capacitive touch screen, intuitive user interface, flexible I/0, and built-in data acquisition capability. All instrument set up, control and access to stored data and diagnostic information is available through the front panel, or via RS232, Ethernet, or USB com ports either locally or by remote connection using the
included APIcom™ software.

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Testo 350 Portable Emission Analyzer
Testo 350 Portable Emission Analyzer

Whether you are testing for compliance or troubleshooting and tuning your combustion process, the testo 350 portable emission analyzer has everything you need.

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Testo 350 XL Portable Emissions Analyzer
Testo 350 XL Portable Emissions Analyzer

Now available on rental or hire from Pine the Testo 350 XL. With sample conditioning technology and electrochemical sensors, the Testo 350 XL is designed for short-term industrial stack gas monitoring, combustion analysis and Flue Gas Monitoring. The analyzer measures Oxygen (0 to 25%), Carbon Monoxide (0 to 10,000 ppm), Nitric Oxide (0 to 3,000 ppm), Nitrogen Dioxide (0 to 500 ppm), Sulfur Dioxide (0 to 5,000 ppm) and Temperature (-40 to 2,192 F) and calculates Carbon Dioxide (0 to CO2 max. volume %) and Efficiency (0 to 100%). The readings can be printed on board or saved by PC downloading. A complete Peltier gas preparation unit for controlled condensate removal is also standard.

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Thermo 43i SO2
Thermo 43i SO2
Now available to rent, Thermo 43i SO2 the industry's new gas monitoring solution, the new iSeries platform delivers on all counts - and then goes a step further. Using pulsed fluorescence technology, the Model 43i measures the amount of sulfur dioxide in the air up to 100ppm. The pulsing of the U.C. source lamp serves to increase the optical intensity whereby a greater U.C. energy throughput and lower detectable SO2 concentration area realized.
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