2
Carbon Dioxide Isotope Analyzer - Elevated CO 2 LGR’s new “Carbon Dioxide Isotope Analyzer - Elevated CO 2 “ provides many features that researchers need when measuring isotopic carbon dioxide from samples containing high levels of CO 2 including: • LGR’s Enhanced Performance package provides ultra-low drift and high precision • Ability to measure CO 2 as well as δ 13 C and δ 18 O in CO 2 from 2% to 100% CO 2 • Ability to analyze acidified carbonates • Ability to analyze breath (human, mice) The stable isotope composition of carbonate minerals has been of interest for decades, with initial research focusing on measurements of carbonates in the ocean for paleoceanography applications. Stable isotope studies of carbonates have also been used extensively to explore the role of fluid-rock reaction and geosphere-hydrosphere-atmosphere interactions in the earth and environmental sciences. To date, conventional analyses involve acidification of a carbonate sample to produce CO 2 , followed by measurements with IRMS. While effective, IRMS requires a trained operator, is expensive, and cannot be performed in the field. LGR’s new “Carbon Dioxide Isotope Analyzer - Elevated CO 2 “ provides measurements of δ 13 C and δ 18 O as well as mixing ratios of 13 CO 2 , 12 CO 2 , and 12 C 18 O 16 O in gas samples with high precision in measurement times of less than a minute in an easy-to-use, field portable unit. Due to its inherently fast time response, the instrument provides δ 13 C and δ 18 O measurements over a wide range of even when CO 2 values change rapidly as often happens during field studies. The new Analyzer meets all of the needs for effective measurements of isotopic carbon dioxide, including: (1) accurate measurements over a wide range of mole fractions, (2) high precision, (3) ability to report reliable values even if mixing ratios are rapidly changing, (4) portability (low power), (5) user-friendly interface, (6) low drift / high stability. In addition, the availability of many value-added options extends the abilities of the unit to include discrete samples (collected in bags or vials, for example) and to automatically handle multiple inlet sources. The Analyzer uses LGR’s patented Off-axis ICOS technology, a fourth-generation cavity enhanced absorption technique. Off-axis ICOS has many advantages over conventional Cavity Ringdown Spectroscopy (CRDS) techniques such as being more robust mechanically and thermally, having a much shorter measurement time, and not requiring expensive and power consuming auxiliary components. As a result, LGR instruments provide unsurpassed performance, durability and ease of use. Features and Benefits • Measures δ 13 C, δ 18 O, 12 C 16 O 2 , 13 C 16 O 2 , 12 C 18 O 16 O at 1 Hz 12 CO 2 , 13 CO 2 , and C 18 OO from 2% to 100% CO 2 • Analysis of carbonate minerals • Analysis of breath (mice, humans) • Simultaneous measurements of all gases provides maximum accuracy even when CO 2 levels vary rapidly • High-resolution absorption spectra are viewable for real-time diagnostics • Low power: ideal for field apps • Enhanced Performance package provides unprecedented stability, precision and low drift. • (Option) Manual injection of discrete gas samples Measure δ 13 C and δ 18 O in samples with elevated CO 2 levels Precisely.

Measure δ C and δ O in samples with elevated levels CO2_Datasheet2019.pdf · Performance Specifications Precision (1s, 100 sec): δ13C: 0.2‰ δ18O: 0.6‰ C16O 2: 20 ppm Measurement

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Page 1: Measure δ C and δ O in samples with elevated levels CO2_Datasheet2019.pdf · Performance Specifications Precision (1s, 100 sec): δ13C: 0.2‰ δ18O: 0.6‰ C16O 2: 20 ppm Measurement

Carbon Dioxide Isotope Analyzer - Elevated CO2

LGR’s new “Carbon Dioxide Isotope Analyzer

- Elevated CO2“ provides many features that

researchers need when measuring isotopic

carbon dioxide from samples containing high

levels of CO2 including:

• LGR’sEnhancedPerformancepackage

provides ultra-low drift and high precision

• AbilitytomeasureCO2 as well as δ13C and

δ18O in CO2 from 2% to 100% CO

2

• Abilitytoanalyzeacidifiedcarbonates

• Abilitytoanalyzebreath(human,mice)

The stable isotope composition of carbonate

mineralshasbeenofinterestfordecades,with

initial research focusing on measurements of

carbonates in the ocean for paleoceanography

applications. Stable isotope studies of

carbonates have also been used extensively

toexploretheroleoffluid-rockreaction

and geosphere-hydrosphere-atmosphere

interactions in the earth and environmental

sciences.Todate,conventionalanalyses

involveacidificationofacarbonatesample

to produce CO2,followedbymeasurements

withIRMS.Whileeffective,IRMSrequiresa

trainedoperator,isexpensive,andcannotbe

performedinthefield.

LGR’s new “Carbon Dioxide Isotope Analyzer

- Elevated CO2“ provides measurements of

δ13C and δ18O as well as mixing ratios of13CO

2,12CO

2,and12C18O16O in gas samples

with high precision in measurement times

oflessthanaminuteinaneasy-to-use,field

portable unit. Due to its inherently fast time

response,theinstrumentprovidesδ13C and

δ18O measurements over a wide range of

even when CO2 values change rapidly as often

happensduringfieldstudies.

The new Analyzer meets all of the needs for

effective measurements of isotopic carbon

dioxide,including:(1)accuratemeasurements

overawiderangeofmolefractions,(2)high

precision,(3)abilitytoreportreliablevalues

evenifmixingratiosarerapidlychanging,

(4) portability(lowpower),(5)user-friendly

interface,(6)lowdrift/highstability.

Inaddition,theavailabilityofmanyvalue-added

options extends the abilities of the unit to

includediscretesamples(collectedinbagsor

vials,forexample)andtoautomaticallyhandle

multiple inlet sources.

The Analyzer uses LGR’s patented Off-axis ICOS

technology,afourth-generationcavityenhanced

absorptiontechnique.Off-axisICOShasmany

advantages over conventional Cavity Ringdown

Spectroscopy(CRDS)techniquessuchasbeing

morerobustmechanicallyandthermally,having

amuchshortermeasurementtime,andnot

requiringexpensiveandpowerconsuming

auxiliarycomponents.Asaresult,LGR

instrumentsprovideunsurpassedperformance,

durability and ease of use.

Features and Benefits

• Measuresδ13C,δ18O,12C16O2,

13C16O2,12C18O16O at 1 Hz

• 12CO2,13CO

2,andC18OO

from 2%

to 100% CO2

• Analysisofcarbonateminerals

• Analysisofbreath(mice,humans)

• Simultaneousmeasurementsofallgases provides maximum accuracyeven when CO

2 levels vary rapidly

• High-resolutionabsorptionspectraare viewable for real-time diagnostics

• Lowpower:idealforfieldapps

• EnhancedPerformancepackageprovidesunprecedentedstability,precision and low drift.

• (Option)Manualinjectionofdiscrete gas samples

Measure δ13C and δ18Oin samples with elevated CO

2 levels

Precisely.

Page 2: Measure δ C and δ O in samples with elevated levels CO2_Datasheet2019.pdf · Performance Specifications Precision (1s, 100 sec): δ13C: 0.2‰ δ18O: 0.6‰ C16O 2: 20 ppm Measurement

Performance Specifications

Precision (1s, 100 sec):δ13C: 0.2‰δ18O: 0.6‰C16O

2: 20 ppm

Measurement Rates:All parameters measured simultaneously at rates up to 1 Hz

Measurement Range (meets all specs):CO

2 :2%–100%(benchtoppackage;model912-0021)

CO2 :4%–100%(rackmountpackage;model911-0021)

Operational RangeCO

2 : 0 – 100%

Max Drift at STP (1s, 1 hr average over 24 hours):δ13C:<0.5‰

Sampling Conditions:SampleTemperature:-20–50°COperatingTemperature:0–45°CAmbientHumidity:non-condensing(0-100%RH)

Outputs:digital(RS232),Ethernet,USB

Power Requirements:115/230VAC,50/60Hz165W

Dimensions:11”×38”×22”(benchtoppackage)14”×19”×24”(rackmountpackage)

Weight:50kg(benchtoppackage)40kg(rackmountpackage)

Ordering Information

Part Number:CCIA1-912 (EP Benchtop, GLA431 Series)CCIA1-911 (EP Rackmount, GLA331 Series)

Accessories and OptionsMIU-16:MultiportInletUnit–automated16-portmultiplexer

MIU-8: MultiportInletUnit–automated8-portmultiplexer

ACC-DP20: 3-head vacuum pump – for flow-through time <2 sec

OPT-BATCH-INJECTION: Syringe Injection – Allows measurements of discrete samples via manual injection

Carbon Dioxide Isotope Analyzer - Elevated CO2

Tel: +1 800 858 3847 (North America)Tel: +1 418 877 2944 (Worldwide)Fax: +1 418 877 2834 [email protected] www.lgrinc.com

—ABB Inc.Measurement & Analytics3400, rue Pierre-Ardouin Quebec, (Quebec) G1P 0B2 Canada

Instrumentcomplieswith21CFR1040.10and1040.11