G2204 gas concentration analyzer measures CH4 and H2S

NegotiableUpdate on 02/24

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Measure CH4 and H2S

Product Details

The Picarro G2204 gas concentration analyzer can accurately measure methane (CH4) and hydrogen sulfide (H2S) simultaneously, with a sensitivity of parts per billion (ppb). The drift generated by emission measurements for landfills, refineries, paper mills, or industrial plants can be ignored. This analyzer can be installed in just a few minutes for static monitoring applications, as well as for remote quantitative emission applications that exceed the warning line. It is coupled using the US Environmental Protection Agency's Geospatial Method (EPA's other testing method OTM 33).

Simultaneous and continuous measurement of CH4 and H2S concentrations
Billion parts per billion (ppb) sensitivity, accuracy, and precision, with extremely low drift
Application for static monitoring or remote quantification of emissions beyond warning lines
Durable and sturdy structure, insensitive to environmental temperature changes

The accuracy of CH4 is 2 ppb (1 σ, 5 seconds). The accuracy of H2S is 1 ppb (1 σ, 5 minutes), and the minimum detection limit is 3 ppb (3 σ, 5 minutes). For CH4 and H2S, the maximum drift within 8 hours at standard temperature and pressure (STP) is<4 ppb='' and=''>4><3 ppb='' (peak to peak, 50=''>3>), respectively

Picarro G2204 Methane (CH4)
parameter	Specification (requires air like substrate)	explanatory note
Accuracy (5.0 seconds)	2 ppb	1-σ
Maximum drift (over 8 hours)	< 4=''>	The difference between the maximum values of the 50 minute average
measuring range (The accuracy at high concentrations is about 1% of the reading)	Ensure the specification range is 0-3 ppm; The working range is 0-20 ppm
Measurement Interval	About 5 seconds
Rise time/fall time	< 5.0=''>	10 - 90% / 90–10%

Picarro G2204 Hydrogen Sulfide (H2S)
parameter	Specification (requires air like substrate)	explanatory note
Minimum detection limit (5 minutes)	3 ppb	3-σ
Zero drift (within 8 hours)	< 3=''>	Peak to peak value of 50 minute mean
Measurement range (accuracy of 5-minute mean) 1 ppb + 0.4%）	The working range is 0-300 ppm Ensure the specification is 0-20 ppm
Measurement Interval	About 5 seconds
Rise time/fall time	< 5=''>	10–90% / 90–10%

Picarro G2204 Instrument Specifications
measurement	Cavity ring down spectroscopy (CRDS) technology
Measurement pool temperature control	± 0.005 ℃
Measurement pool pressure control	± 0.0002 atmospheric pressure
sample temperature	-10 to 45 ℃
Sample flow rate	Less than 0.4 standard liters per minute (slm) at 760 pallets, no filtration required
Sample pressure	300 to 1000 Torr (40 to 133 kPa)
Maximum rate of change in ambient temperature	5 ℃ per hour
Sample humidity	Relative humidity (RH) less than 99% (under non condensing conditions at 40 ℃), no drying required
ambient temperature	10 to 35 ℃ (operation), -10 to 50 ℃ (storage)
ambient humidity	Relative humidity (RH) less than 99%, under non condensing conditions
Other gases measured	H2O
attachment	Pump (external, included), keyboard (included), mouse (included), LCD monitor (optional)
data output	RS-232、 Ethernet USB、 Simulation (optional) 0-10 volts
Air inlet connector	¼ inch Swagelok ® joint
External dimensions	Including the legs, it measures 17 inches wide x 7 inches high x 17.5 inches long (43.2 x 17.9 x 44.5 centimeters), 7.5 inches wide x 4 inches high x 11 inches long (19 x 10.2 x 28 centimeters) excluding small external pump module
Installation form	Workbench or 19 inch rack mounted chassis
weight	60.4 pounds (27.4 kilograms), including pump
Power requirements	100-240 volts AC, 47-63 Hz (automatic detection), starting (total) less than 260 watts; 110 watts (analyzer), 80 watts in steady state (pump)
Application precautions	We need an air like substrate. When the concentrations of H2O, CO2, and CH4 are much higher than normal environmental levels, as well as the presence of nitrogen and sulfur compounds including but not limited to ethane, acetylene, and others, they may interfere with the measurement. For more details about the experimental conditions, please contact us.