Atmospheric gas analyser

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          "name": "GeoGas Analytica"
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      "dateSigned": "2026-02-04T00:00:00Z",
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  "date": "2026-02-05T00:00:00Z",
  "description": "This succeeds prior notice to provide further clarity about the requirement\r\n (SC Ref:822790)",
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    "description": "SUMMARY\r\n The University of Edinburgh Field Spectroscopy Facility requires a sensor system/analyser with the capability to measure N2O (nitrous oxide), CO2 (carbon dioxide) and CH4 (methane) concentrations at altitude/height simultaneously and in real time, at a detection limit in the \u003c1 ppb for methane, \u003c0.5 ppb for N2O and \u003c 200 ppb for CO2. The concentrations are required for flux measurements, and therefore the temporal frequency of measurements is important, measurement frequency needs to be no less than 1 Hz, ideally at 5 Hz.\r\n PAYLOAD WEIGHT AND INTERFACE\r\n To enable use of the facility\u00e2\u0080\u0099s existing UAV equipment the sensor must be able to interface with a DJI M400 drone, and the total sensor weight must be under 7kg.\r\n MEASUREMENT APPROACH\r\n Measurements of these gasses must be made simultaneously, to a synchronised timing and measurement frequency, and the measurement at a given timestamp should be taken from the same shared volume of air. This should produce a single combined data series.\r\n To give an example of the intention;\r\n At timestamp 1, a volume of air, V1, has been \u00e2\u0080\u0098ingested\u00e2\u0080\u0099, and will be tested by the analyser to give measurements of N2O(t=1), CO2 (t=1) and CH4(t=1).\r\n At timestamp 2, (1 second in the future, if operating at 1 Hz), a new volume of air V2 is ingested and analysed to give measurements of N2O(t=2), CO2 (t=2) and CH4(t=2).\r\n And so on, at the \u00e2\u0080\u0098Hz\u00e2\u0080\u0099 rating the device operates at.\r\n Measurement must be conducted in-situ/in-flight at real time while the UAV operates; storing volumes of air for after-operation analysis would not be suitable.\r\n CONCLUSION\r\n After a market evaluation it is believed there is only one solution which can fulfil the combined requirements \u00e2\u0080\u0093 the Aeris Sensors MIRA Strato. As such we intend to award via the Negotiated Procedure Without Prior Call for Competition, to their sole EU distributor, on the basis competition is absent for technical reasons.\r\n Any suppliers who wish to query or challenge this notice should do so within 10 calendar days of its publication.\r\n Value represents cost excluding VAT and import duties (if applicable).",
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        "description": "SUMMARY\r\n The University of Edinburgh Field Spectroscopy Facility requires a sensor system/analyser with the capability to measure N2O (nitrous oxide), CO2 (carbon dioxide) and CH4 (methane) concentrations at altitude/height simultaneously and in real time, at a detection limit in the \u003c1 ppb for methane, \u003c0.5 ppb for N2O and \u003c 200 ppb for CO2. The concentrations are required for flux measurements, and therefore the temporal frequency of measurements is important, measurement frequency needs to be no less than 1 Hz, ideally at 5 Hz.\r\n PAYLOAD WEIGHT AND INTERFACE\r\n To enable use of the facility\u00e2\u0080\u0099s existing UAV equipment the sensor must be able to interface with a DJI M400 drone, and the total sensor weight must be under 7kg.\r\n MEASUREMENT APPROACH\r\n Measurements of these gasses must be made simultaneously, to a synchronised timing and measurement frequency, and the measurement at a given timestamp should be taken from the same shared volume of air. This should produce a single combined data series.\r\n To give an example of the intention;\r\n At timestamp 1, a volume of air, V1, has been \u00e2\u0080\u0098ingested\u00e2\u0080\u0099, and will be tested by the analyser to give measurements of N2O(t=1), CO2 (t=1) and CH4(t=1).\r\n At timestamp 2, (1 second in the future, if operating at 1 Hz), a new volume of air V2 is ingested and analysed to give measurements of N2O(t=2), CO2 (t=2) and CH4(t=2).\r\n And so on, at the \u00e2\u0080\u0098Hz\u00e2\u0080\u0099 rating the device operates at.\r\n Measurement must be conducted in-situ/in-flight at real time while the UAV operates; storing volumes of air for after-operation analysis would not be suitable.\r\n CONCLUSION\r\n After a market evaluation it is believed there is only one solution which can fulfil the combined requirements \u00e2\u0080\u0093 the Aeris Sensors MIRA Strato. As such we intend to award via the Negotiated Procedure Without Prior Call for Competition, to their sole EU distributor, on the basis competition is absent for technical reasons.\r\n Any suppliers who wish to query or challenge this notice should do so within 10 calendar days of its publication.\r\n Value represents cost excluding VAT and import duties (if applicable).",
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        "id": "FEB548854",
        "title": "Atmospheric gas analyser",
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        "description": "SUMMARY\r\n The University of Edinburgh Field Spectroscopy Facility requires a sensor system/analyser with the capability to measure N2O (nitrous oxide), CO2 (carbon dioxide) and CH4 (methane) concentrations at altitude/height simultaneously and in real time, at a detection limit in the \u003c1 ppb for methane, \u003c0.5 ppb for N2O and \u003c 200 ppb for CO2. The concentrations are required for flux measurements, and therefore the temporal frequency of measurements is important, measurement frequency needs to be no less than 1 Hz, ideally at 5 Hz.\r\n PAYLOAD WEIGHT AND INTERFACE\r\n To enable use of the facility\u00e2\u0080\u0099s existing UAV equipment the sensor must be able to interface with a DJI M400 drone, and the total sensor weight must be under 7kg.\r\n MEASUREMENT APPROACH\r\n Measurements of these gasses must be made simultaneously, to a synchronised timing and measurement frequency, and the measurement at a given timestamp should be taken from the same shared volume of air. This should produce a single combined data series.\r\n To give an example of the intention;\r\n At timestamp 1, a volume of air, V1, has been \u00e2\u0080\u0098ingested\u00e2\u0080\u0099, and will be tested by the analyser to give measurements of N2O(t=1), CO2 (t=1) and CH4(t=1).\r\n At timestamp 2, (1 second in the future, if operating at 1 Hz), a new volume of air V2 is ingested and analysed to give measurements of N2O(t=2), CO2 (t=2) and CH4(t=2).\r\n And so on, at the \u00e2\u0080\u0098Hz\u00e2\u0080\u0099 rating the device operates at.\r\n Measurement must be conducted in-situ/in-flight at real time while the UAV operates; storing volumes of air for after-operation analysis would not be suitable.\r\n CONCLUSION\r\n After a market evaluation it is believed there is only one solution which can fulfil the combined requirements \u00e2\u0080\u0093 the Aeris Sensors MIRA Strato. As such we intend to award via the Negotiated Procedure Without Prior Call for Competition, to their sole EU distributor, on the basis competition is absent for technical reasons.\r\n Any suppliers who wish to query or challenge this notice should do so within 10 calendar days of its publication.\r\n Value represents cost excluding VAT and import duties (if applicable).",
        "hasOptions": true,
        "id": "1",
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          "description": "We may source maintenance services, spare parts and upgrades for the analyser from the awarded supplier."
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    "procurementMethodRationale": "SUMMARY\r\n The University of Edinburgh Field Spectroscopy Facility requires a sensor system/analyser with the capability to measure N2O (nitrous oxide), CO2 (carbon dioxide) and CH4 (methane) concentrations at altitude/height simultaneously and in real time, at a detection limit in the \u003c1 ppb for methane, \u003c0.5 ppb for N2O and \u003c 200 ppb for CO2. The concentrations are required for flux measurements, and therefore the temporal frequency of measurements is important, measurement frequency needs to be no less than 1 Hz, ideally at 5 Hz.\r\n PAYLOAD WEIGHT AND INTERFACE\r\n To enable use of the facility\u00e2\u0080\u0099s existing UAV equipment the sensor must be able to interface with a DJI M400 drone, and the total sensor weight must be under 7kg.\r\n MEASUREMENT APPROACH\r\n Measurements of these gasses must be made simultaneously, to a synchronised timing and measurement frequency, and the measurement at a given timestamp should be taken from the same shared volume of air. This should produce a single combined data series.\r\n To give an example of the intention;\r\n At timestamp 1, a volume of air, V1, has been \u00e2\u0080\u0098ingested\u00e2\u0080\u0099, and will be tested by the analyser to give measurements of N2O(t=1), CO2 (t=1) and CH4(t=1).\r\n At timestamp 2, (1 second in the future, if operating at 1 Hz), a new volume of air V2 is ingested and analysed to give measurements of N2O(t=2), CO2 (t=2) and CH4(t=2).\r\n And so on, at the \u00e2\u0080\u0098Hz\u00e2\u0080\u0099 rating the device operates at.\r\n Measurement must be conducted in-situ/in-flight at real time while the UAV operates; storing volumes of air for after-operation analysis would not be suitable.\r\n CONCLUSION\r\n After a market evaluation it is believed there is only one solution which can fulfil the combined requirements \u00e2\u0080\u0093 the Aeris Sensors MIRA Strato. As such we intend to award via the Negotiated Procedure Without Prior Call for Competition, to their sole EU distributor, on the basis competition is absent for technical reasons.\r\n Any suppliers who wish to query or challenge this notice should do so within 10 calendar days of its publication.\r\n Value represents cost excluding VAT and import duties (if applicable).",
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    "status": "complete",
    "title": "Atmospheric gas analyser"
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