You are viewing an old version of this page. View the current version.
Compare with Current
View Page History
« Previous
Version 31
Next »
Summary
The Model 8050 pCO2 Measuring System is an autonomous analytical system for online measurement of the mixing ratio (partial pressure) of carbon dioxide in oceanic surface water and in the marine atmosphere.
Manufacturer | General Oceanics |
---|
Model | Model 8050 pCO2 |
---|
Serial No. | n/a |
---|
Type | pCO2 Sensor |
---|
Name | Institution | Role |
---|
Mario Hoppema | Alfred-Wegener-Institute | Data Scientist |
Steven van Heuven | University of Groningen | Engineer In Charge |
Origin Description: | no xyz-position given, device located in G707 |
Parameter | Sensor Output Type | Unit |
---|
preliminary pCO2 | pCO2 | µatm |
Type | index | unknown |
The OceanPack Sea-Air-Exchange system measures the partial pressure of CO2 (pCO2) in seawater using membrane equilibration and Li-cor IR analyser for CO2 detection. The instrument reports mole fraction of CO2 in wet air in ppm. Values of pCO2 in microatm can only be obtained with shore-based data processing.
The Model 8050 pCO2 Measuring System is an autonomous analytical system for online measurement of the mixing ratio (partial pressure) of carbon dioxide in oceanic surface water and in the marine atmosphere.
Manufacturer | General Oceanics |
---|
Model | Model 8050 pCO2 |
---|
Serial No. | n/a |
---|
Type | pCO2 Sensor |
---|
Name | Institution | Role |
---|
Mario Hoppema | Alfred-Wegener-Institute | Data Scientist |
Steven van Heuven | University of Groningen | Engineer In Charge |
Origin Description: | no xyz-position given, device located in G707 |
Parameter | Sensor Output Type | Unit |
---|
preliminary pCO2 | pCO2 | µatm |
Type | index | unknown |
The OceanPack Sea-Air-Exchange system measures the partial pressure of CO2 (pCO2) in seawater using membrane equilibration and Li-cor IR analyser for CO2 detection. The instrument reports mole fraction of CO2 in wet air in ppm. Values of pCO2 in microatm can only be obtained with shore-based data processing.
Manufacturer | subCtech GmbH |
---|
Model | OceanPack SAE pCO2 Analyzer |
---|
Serial No. | n/a |
---|
Type | pCO2 Sensor |
---|
The Model 8050 pCO2 Measuring System is an autonomous analytical system for online measurement of the mixing ratio (partial pressure) of carbon dioxide in oceanic surface water and in the marine atmosphere.
Manufacturer | General Oceanics |
---|
Model | Model 8050 pCO2 |
---|
Serial No. | n/a |
---|
Type | pCO2 Sensor |
---|
Name | Institution | Role |
---|
Mario Hoppema | Alfred-Wegener-Institute | Data Scientist |
Steven van Heuven | University of Groningen | Engineer In Charge |
Origin Description: | no xyz-position given, device located in G707 |
Parameter | Sensor Output Type | Unit |
---|
preliminary pCO2 | pCO2 | µatm |
Type | index | unknown |
The OceanPack Sea-Air-Exchange system measures the partial pressure of CO2 (pCO2) in seawater using membrane equilibration and Li-cor IR analyser for CO2 detection. The instrument reports mole fraction of CO2 in wet air in ppm. Values of pCO2 in microatm can only be obtained with shore-based data processing.
Manufacturer | subCtech GmbH |
---|
Model | OceanPack SAE pCO2 Analyzer |
---|
Serial No. | n/a |
---|
Type | pCO2 Sensor |
---|
The Model 8050 pCO2 Measuring System is an autonomous analytical system for online measurement of the mixing ratio (partial pressure) of carbon dioxide in oceanic surface water and in the marine atmosphere.
Manufacturer | General Oceanics |
---|
Model | Model 8050 pCO2 |
---|
Serial No. | n/a |
---|
Type | pCO2 Sensor |
---|
Name | Institution | Role |
---|
Mario Hoppema | Alfred-Wegener-Institute | Data Scientist |
Steven van Heuven | University of Groningen | Engineer In Charge |
Origin Description: | no xyz-position given, device located in G707 |
Parameter | Sensor Output Type | Unit |
---|
preliminary pCO2 | pCO2 | µatm |
Type | index | unknown |
The OceanPack Sea-Air-Exchange system measures the partial pressure of CO2 (pCO2) in seawater using membrane equilibration and Li-cor IR analyser for CO2 detection. The instrument reports mole fraction of CO2 in wet air in ppm. Values of pCO2 in microatm can only be obtained with shore-based data processing.
Manufacturer | subCtech GmbH |
---|
Model | OceanPack SAE pCO2 Analyzer |
---|
Serial No. | n/a |
---|
Type | pCO2 Sensor |
---|
Name | Institution | Role |
---|
Mario Hoppema | Alfred-Wegener-Institute | Principal Investigator |
Mario Hoppema | Alfred-Wegener-Institute | Data Scientist |
Thomas Liebe | Laeisz | Engineer In Charge |
Components
The system consists of a flow-through unit for CO2 extraction at a membrane and CO2 detection by a Li-cor Infra Red (IR) analyser. The instrument reports "mole fraction of CO2 in wet air [ppm]". Values of "pCO2 [µatm] can only be obtained with shore-based data processing.
Position
The Model 8050 pCO2 Measuring System is an autonomous analytical system for online measurement of the mixing ratio (partial pressure) of carbon dioxide in oceanic surface water and in the marine atmosphere.
Manufacturer | General Oceanics |
---|
Model | Model 8050 pCO2 |
---|
Serial No. | n/a |
---|
Type | pCO2 Sensor |
---|
Name | Institution | Role |
---|
Mario Hoppema | Alfred-Wegener-Institute | Data Scientist |
Steven van Heuven | University of Groningen | Engineer In Charge |
Origin Description: | no xyz-position given, device located in G707 |
Parameter | Sensor Output Type | Unit |
---|
preliminary pCO2 | pCO2 | µatm |
Type | index | unknown |
The OceanPack Sea-Air-Exchange system measures the partial pressure of CO2 (pCO2) in seawater using membrane equilibration and Li-cor IR analyser for CO2 detection. The instrument reports mole fraction of CO2 in wet air in ppm. Values of pCO2 in microatm can only be obtained with shore-based data processing.
Manufacturer | subCtech GmbH |
---|
Model | OceanPack SAE pCO2 Analyzer |
---|
Serial No. | n/a |
---|
Type | pCO2 Sensor |
---|
Name | Institution | Role |
---|
Mario Hoppema | Alfred-Wegener-Institute | Principal Investigator |
Mario Hoppema | Alfred-Wegener-Institute | Data Scientist |
Thomas Liebe | Laeisz | Engineer In Charge |
Data logging, storage and archiving
Logged parameters
The Model 8050 pCO2 Measuring System is an autonomous analytical system for online measurement of the mixing ratio (partial pressure) of carbon dioxide in oceanic surface water and in the marine atmosphere.
Manufacturer | General Oceanics |
---|
Model | Model 8050 pCO2 |
---|
Serial No. | n/a |
---|
Type | pCO2 Sensor |
---|
Name | Institution | Role |
---|
Mario Hoppema | Alfred-Wegener-Institute | Data Scientist |
Steven van Heuven | University of Groningen | Engineer In Charge |
Origin Description: | no xyz-position given, device located in G707 |
Parameter | Sensor Output Type | Unit |
---|
preliminary pCO2 | pCO2 | µatm |
Type | index | unknown |
The OceanPack Sea-Air-Exchange system measures the partial pressure of CO2 (pCO2) in seawater using membrane equilibration and Li-cor IR analyser for CO2 detection. The instrument reports mole fraction of CO2 in wet air in ppm. Values of pCO2 in microatm can only be obtained with shore-based data processing.
Manufacturer | subCtech GmbH |
---|
Model | OceanPack SAE pCO2 Analyzer |
---|
Serial No. | n/a |
---|
Type | pCO2 Sensor |
---|
Name | Institution | Role |
---|
Mario Hoppema | Alfred-Wegener-Institute | Principal Investigator |
Mario Hoppema | Alfred-Wegener-Institute | Data Scientist |
Thomas Liebe | Laeisz | Engineer In Charge |
Parameter | Sensor Output Type | Unit |
---|
CO2 air | CO2 | ppm |
CO2 corrected water | CO2 | ppm |
H2O air | wet bulk density | ppt |
H2O density | wet bulk density | mmol/m^3 |
xCO2 dry | CO2 | µmol/mol |
CO2 density | CO2 | mmol/m^3 |
Central geographical ship's position and time standard
Time synchronising is regulated via DShip.
Geographical ship's position via DShip.
Rawdata storage on board
Data storage in the instrument itself and in the DShip system.
Dship
Uncorrected measurement data.
Device name |
OceanPack pCO2 Analyzer |
Parameters |
xCO2 (air) [ppm]; xCO2 corrected (water) [ppm]; CO2 concentration[mmol/m3]; pressure difference (membrane; licor) [mbar]; xH2O (air) [ppt]; H2O concentration [mmol/m3]; xCO2 dry [µmol/mol] |
Data archiving on land
After the cruise the (uncorrected) DShip data set can be extracted from
https://dms.awi.de.
Data must be corrected before final use. Corrected data can only be obtained after on land processing.
File format(s) |
stored in DShip system |
Calibration certificates |
NO |
Documentation
The Model 8050 pCO2 Measuring System is an autonomous analytical system for online measurement of the mixing ratio (partial pressure) of carbon dioxide in oceanic surface water and in the marine atmosphere.
Manufacturer | General Oceanics |
---|
Model | Model 8050 pCO2 |
---|
Serial No. | n/a |
---|
Type | pCO2 Sensor |
---|
Name | Institution | Role |
---|
Mario Hoppema | Alfred-Wegener-Institute | Data Scientist |
Steven van Heuven | University of Groningen | Engineer In Charge |
Origin Description: | no xyz-position given, device located in G707 |
Parameter | Sensor Output Type | Unit |
---|
preliminary pCO2 | pCO2 | µatm |
Type | index | unknown |
The OceanPack Sea-Air-Exchange system measures the partial pressure of CO2 (pCO2) in seawater using membrane equilibration and Li-cor IR analyser for CO2 detection. The instrument reports mole fraction of CO2 in wet air in ppm. Values of pCO2 in microatm can only be obtained with shore-based data processing.
Manufacturer | subCtech GmbH |
---|
Model | OceanPack SAE pCO2 Analyzer |
---|
Serial No. | n/a |
---|
Type | pCO2 Sensor |
---|
Name | Institution | Role |
---|
Mario Hoppema | Alfred-Wegener-Institute | Principal Investigator |
Mario Hoppema | Alfred-Wegener-Institute | Data Scientist |
Thomas Liebe | Laeisz | Engineer In Charge |
Parameter | Sensor Output Type | Unit |
---|
CO2 air | CO2 | ppm |
CO2 corrected water | CO2 | ppm |
H2O air | wet bulk density | ppt |
H2O density | wet bulk density | mmol/m^3 |
xCO2 dry | CO2 | µmol/mol |
CO2 density | CO2 | mmol/m^3 |