Pinned Tweet
- Number of detectable gases 5000
- Number of measurable gases 500
- Simultaneously measured 50
- Seconds to measure 5
- One analyzer
What more do you need? 🟨
#GT5000Terra #KnowWhatsInTheAir
- Number of measurable gases 500
- Simultaneously measured 50
- Seconds to measure 5
- One analyzer
What more do you need? 🟨
#GT5000Terra #KnowWhatsInTheAir
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Why was bear spray one of the most important pieces of kit on Dr Daniel Evans’s glacier forefield trip? 🐻
If you missed yesterday's webinar session with this info and more, don’t worry, we got you.
Dan took us to the Canadian Rocky Mountains to talk about petrogenic organic of soil formation, and what it takes to measure gas fluxes in a remote mountain environment with portable FTIR.
The on-demand version of “After the Ice: Exploring Soil Flux Measurements in Newly Exposed Glacial Landscapes” is now available, with no 30 kg rucksack required.
Join the on-demand webinar here: hubs.li/Q04DpdjG0
#SoilScience #FTIR #GreenhouseGases #GlacierForefield #Gasmet
If you missed yesterday's webinar session with this info and more, don’t worry, we got you.
Dan took us to the Canadian Rocky Mountains to talk about petrogenic organic of soil formation, and what it takes to measure gas fluxes in a remote mountain environment with portable FTIR.
The on-demand version of “After the Ice: Exploring Soil Flux Measurements in Newly Exposed Glacial Landscapes” is now available, with no 30 kg rucksack required.
Join the on-demand webinar here: hubs.li/Q04DpdjG0
#SoilScience #FTIR #GreenhouseGases #GlacierForefield #Gasmet
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📖 Prefer reading about his experiences first? Dr Evans’s guest story available here: gasmet.com/cases/after-th…
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Gasmet is in Portland, Oregon this week for CANVAS 2026! 🌱
At the booth, we’re running a live chamber demo with the Gasmet GT5000 Terra, so you should definitely stop by.
The setup is simple: a plant in a 3D-printed chamber, measured by a single FTIR analyzer. GT5000 Terra vapor, CH₄ and NH₃ all at once, so you get the full gas picture in real time.
In this demo, the CH₄ and NH₃ fluxes stay near zero. That’s a good illustration of what FTIR offers: you don’t need to guess in advance which gas will matter. If something unexpected shows up in your system, you’ll see it.
@ASA_CSSA_SSSA
#CANVAS2026 #FTIR #SoilScience #GreenhouseGases #GasAnalysis #Gasmet
At the booth, we’re running a live chamber demo with the Gasmet GT5000 Terra, so you should definitely stop by.
The setup is simple: a plant in a 3D-printed chamber, measured by a single FTIR analyzer. GT5000 Terra vapor, CH₄ and NH₃ all at once, so you get the full gas picture in real time.
In this demo, the CH₄ and NH₃ fluxes stay near zero. That’s a good illustration of what FTIR offers: you don’t need to guess in advance which gas will matter. If something unexpected shows up in your system, you’ll see it.
@ASA_CSSA_SSSA
#CANVAS2026 #FTIR #SoilScience #GreenhouseGases #GasAnalysis #Gasmet
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Happening tomorrow: Soil flux measurements in newly exposed glacial landscapes 🌍
How do you measure gas fluxes in remote mountain environments, and what can those measurements tell us about carbon cycling after glacier retreat? Join our live webinar to hear about field research e measurement methods used, and the practical challenges of working in newly exposed glacial landscapes.
🗓 November 4 | 14:00 UTC (16:00 EET)
👉 Register now: hubs.li/Q04zZW900
Can't make it live? Register anyway, as you'll receive the recording link after the live session.
#SoilFlux #ChamberMeasurements #CarbonCycling #EnvironmentalResearch #FTIR
How do you measure gas fluxes in remote mountain environments, and what can those measurements tell us about carbon cycling after glacier retreat? Join our live webinar to hear about field research e measurement methods used, and the practical challenges of working in newly exposed glacial landscapes.
🗓 November 4 | 14:00 UTC (16:00 EET)
👉 Register now: hubs.li/Q04zZW900
Can't make it live? Register anyway, as you'll receive the recording link after the live session.
#SoilFlux #ChamberMeasurements #CarbonCycling #EnvironmentalResearch #FTIR
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What if you know something is in the air, but you don't know what?
For industrial hygienists, identifying airborne chemical exposures often starts with uncertainty, as Safety Data Sheets and process information can help you only so much.
Our latest article explores how real-time unknown airborne chemicals directly in workplace air, allowing investigations and confirmatory sampling to focus on the compounds that are actually present. The result is more targeted exposure assessments and less guesswork.
Read the article: hubs.li/Q04CZwsx0
#IndustrialHygiene #OccupationalHealth #WorkerSafety #FTIR #KnowWhatsInTheAir
For industrial hygienists, identifying airborne chemical exposures often starts with uncertainty, as Safety Data Sheets and process information can help you only so much.
Our latest article explores how real-time unknown airborne chemicals directly in workplace air, allowing investigations and confirmatory sampling to focus on the compounds that are actually present. The result is more targeted exposure assessments and less guesswork.
Read the article: hubs.li/Q04CZwsx0
#IndustrialHygiene #OccupationalHealth #WorkerSafety #FTIR #KnowWhatsInTheAir
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What makes agricultural emissions data reliable?
How often should you measure? Was an N₂O peak missed because the interval was too long? How much does chamber placement change the result?
These practical questions shape the quality of agricultural greenhouse gas data. A nitrous thin hours after heavy rain or fertilization. If measurements are taken only once a month, it’s easily missed, and annual emissions end up underestimated.
In our new article, we look at what makes agricultural emissions data reliable: accurate measurements, consistent field methods, careful documentation and the environmental context needed to interpret the results.
Read the article: hubs.li/Q04CfPLS0
#SoilGHG #AgricultureResearch #GreenhouseGases #FTIR #Gasmet
How often should you measure? Was an N₂O peak missed because the interval was too long? How much does chamber placement change the result?
These practical questions shape the quality of agricultural greenhouse gas data. A nitrous thin hours after heavy rain or fertilization. If measurements are taken only once a month, it’s easily missed, and annual emissions end up underestimated.
In our new article, we look at what makes agricultural emissions data reliable: accurate measurements, consistent field methods, careful documentation and the environmental context needed to interpret the results.
Read the article: hubs.li/Q04CfPLS0
#SoilGHG #AgricultureResearch #GreenhouseGases #FTIR #Gasmet
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How do you ensure a CEMS delivers reliable data over its entire lifetime?
That’s the role of QAL2 and AST testing, where stack testers compare system readings against proven reference methods.
The challenge: those reference methods are often manual, complex, and time-consuming.
n alternative, but only if it can demonstrate equivalent performance. With rigorous certification requirements (including lab and multi-site field testing), the GT6000 Mobilis has proven exactly that, delivering accurate and reliable multi-gas measurements in demanding conditions. For testing teams, this means more confidence in both the method and the results.
#GT6000Mobilis #StackTesting #KnowWhatsInTheAir
That’s the role of QAL2 and AST testing, where stack testers compare system readings against proven reference methods.
The challenge: those reference methods are often manual, complex, and time-consuming.
n alternative, but only if it can demonstrate equivalent performance. With rigorous certification requirements (including lab and multi-site field testing), the GT6000 Mobilis has proven exactly that, delivering accurate and reliable multi-gas measurements in demanding conditions. For testing teams, this means more confidence in both the method and the results.
#GT6000Mobilis #StackTesting #KnowWhatsInTheAir
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Join us next week for a live webinar exploring field measurements in newly exposed glacial landscapes in British Columbia.
Dr Daniel Evans from Cranfield University will share insights from his field research, trekking with GT500 Terra to remote Eagle Valley Glacier in BC, Ola Szymon, and together, they’ll discuss the measurement approach, the challenges of working in remote glacial environments, and the use of chamber measurements and portable FTIR gas analysis.
🗓 November 4 | 14:00 UTC (16:00 EET)
👉 Register for the webinar: hubs.li/Q04Cyhjg0
Can't attend live? Register to receive the recording.
#SoilFlux #ChamberMeasurements #EnvironmentalResearch #FTIR
Dr Daniel Evans from Cranfield University will share insights from his field research, trekking with GT500 Terra to remote Eagle Valley Glacier in BC, Ola Szymon, and together, they’ll discuss the measurement approach, the challenges of working in remote glacial environments, and the use of chamber measurements and portable FTIR gas analysis.
🗓 November 4 | 14:00 UTC (16:00 EET)
👉 Register for the webinar: hubs.li/Q04Cyhjg0
Can't attend live? Register to receive the recording.
#SoilFlux #ChamberMeasurements #EnvironmentalResearch #FTIR
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Strong field data is built long before the first result appears on your screen.
In the MultiSoil project in Finland, 18 preliminary FTIR measurements with GT5000 Terra revealed significant spatial variability between potential measurement locations. This helped the researchers comparable points for long-term monitoring. Soil-zone maps and field observations such as soil moisture and temperature then helped explain what was behind the measured CO₂, CH₄ and N₂O fluxes.
Our new article follows how the data comes together, from planning and chamber placement to field context.
Read the article: hubs.li/Q04CfPMS0
#SoilGHG #MultiSoil #GT5000Terra #FieldResearch #Gasmet
In the MultiSoil project in Finland, 18 preliminary FTIR measurements with GT5000 Terra revealed significant spatial variability between potential measurement locations. This helped the researchers comparable points for long-term monitoring. Soil-zone maps and field observations such as soil moisture and temperature then helped explain what was behind the measured CO₂, CH₄ and N₂O fluxes.
Our new article follows how the data comes together, from planning and chamber placement to field context.
Read the article: hubs.li/Q04CfPMS0
#SoilGHG #MultiSoil #GT5000Terra #FieldResearch #Gasmet
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Gasmet GT5000 Terra wins 3rd place at the Future Forces Innovation Awards 2026 🏆 Innovation has always been the core of what we do at Gasmet, so we are proud that our portable FTIR gas analyzer received recognition at Future Forces 2026 in Prague, among 19 submitted entries.
ries on innovation and originality, practical benefits, and technical maturity and deployment readiness. For us, the recognition confirms what we hear at the stand: CBRNE teams need to identify unknown airborne chemicals in real time, in the field, and trust the result.
#FutureForces #GT5000Terra #FTIR #CBRNE
ries on innovation and originality, practical benefits, and technical maturity and deployment readiness. For us, the recognition confirms what we hear at the stand: CBRNE teams need to identify unknown airborne chemicals in real time, in the field, and trust the result.
#FutureForces #GT5000Terra #FTIR #CBRNE
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Day 2 at Future Forces, and the GT5000 Terra has been pulling people to our stand all day.
Visitors want to see how the portable FTIR analyzer identifies airborne chemicals in real time, with results on a rugged tablet in the field. Multi-gas analysis for demanding environments r, and can be carried in a backpack.
Thank you to everyone who has stopped by for a demo and a conversation. If you haven’t yet, come and see us alongside our colleagues from AFRISO and see the Terra in action.
#FutureForces #GT5000Terra #FTIR #CBRNE #Gasmet #KnowWhatsInTheAir
Visitors want to see how the portable FTIR analyzer identifies airborne chemicals in real time, with results on a rugged tablet in the field. Multi-gas analysis for demanding environments r, and can be carried in a backpack.
Thank you to everyone who has stopped by for a demo and a conversation. If you haven’t yet, come and see us alongside our colleagues from AFRISO and see the Terra in action.
#FutureForces #GT5000Terra #FTIR #CBRNE #Gasmet #KnowWhatsInTheAir
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Future Forces is underway, and the Gasmet team is on site.
Over the coming days, we're showcasing our solutions for chemical threat detection and talking with defense, security, and first responder professionals about today's evolving operational challenges.
Also, you don't n "Enhancing Operational Efficiency With Portable FTIR Gas Analyzers", where Product Manager Anna Leino shows how portable FTIR instrumentation supports CBRNE workflows, including field analysis of toxic industrial chemicals and other hazardous gas mixtures.
The session takes place at the Innovation stage, Fri 23rd, 09:40 am.
We're sharing the booth with our Czech distributor, AFRISO, so this is a good chance to meet both teams in one stop. If you're attending the event, come and say hello. We'd be happy to discuss your application and measurement needs.
@forcesforum
#FutureForces #CBRNE #DefenseTechnology #ChemicalDetection #Gasmet
Over the coming days, we're showcasing our solutions for chemical threat detection and talking with defense, security, and first responder professionals about today's evolving operational challenges.
Also, you don't n "Enhancing Operational Efficiency With Portable FTIR Gas Analyzers", where Product Manager Anna Leino shows how portable FTIR instrumentation supports CBRNE workflows, including field analysis of toxic industrial chemicals and other hazardous gas mixtures.
The session takes place at the Innovation stage, Fri 23rd, 09:40 am.
We're sharing the booth with our Czech distributor, AFRISO, so this is a good chance to meet both teams in one stop. If you're attending the event, come and say hello. We'd be happy to discuss your application and measurement needs.
@forcesforum
#FutureForces #CBRNE #DefenseTechnology #ChemicalDetection #Gasmet
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Measuring gas fluxes in remote glacial landscapes requires more than taking measurements and collecting data.
Chamber measurements in newly exposed glacier forefields present practical challenges, particularly when working in demanding mountain environments. How can researchers ents, and what role can portable FTIR gas analysis play in field research?
Join our upcoming webinar with Dr Daniel Evans from Cranfield University and Ola Szymon from Gasmet, for a closer look at the measurement approach used during fieldwork in British Columbia.
🗓 November 4 | 14:00 UTC (16:00 EET)
👉 Register for the webinar: hubs.li/Q04zZW2H0
Can't attend live? Register to receive the recording after the event.
#SoilFlux #ChamberMeasurements #FTIR #EnvironmentalResearch
Chamber measurements in newly exposed glacier forefields present practical challenges, particularly when working in demanding mountain environments. How can researchers ents, and what role can portable FTIR gas analysis play in field research?
Join our upcoming webinar with Dr Daniel Evans from Cranfield University and Ola Szymon from Gasmet, for a closer look at the measurement approach used during fieldwork in British Columbia.
🗓 November 4 | 14:00 UTC (16:00 EET)
👉 Register for the webinar: hubs.li/Q04zZW2H0
Can't attend live? Register to receive the recording after the event.
#SoilFlux #ChamberMeasurements #FTIR #EnvironmentalResearch
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No better way to start the week than with a morning brew and a new free guide!🌱
Soil chamber measurements may seem straightforward, but reliable greenhouse gas flux data is often harder to get than expected. Leakage, pressure disturbances, gas mixing, deployment time, s, and data processing choices can all affect the final result.
Our new guide, Getting Soil Chamber Measurements Right, explores the most common sources of uncertainty and shares practical recommendations for improving measurement quality in the field.
📖 Download the free guide here: hubs.li/Q04B61xx0
#EnvironmentalResearch #SoilScience #GreenhouseGases
Soil chamber measurements may seem straightforward, but reliable greenhouse gas flux data is often harder to get than expected. Leakage, pressure disturbances, gas mixing, deployment time, s, and data processing choices can all affect the final result.
Our new guide, Getting Soil Chamber Measurements Right, explores the most common sources of uncertainty and shares practical recommendations for improving measurement quality in the field.
📖 Download the free guide here: hubs.li/Q04B61xx0
#EnvironmentalResearch #SoilScience #GreenhouseGases
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GC-MS gives the highest sensitivity in the laboratory, but it takes minutes per sample and the results are discontinuous.
What if you also want to see how gas concentrations change in real time, or compare laboratory and field measurements? FTIR fits into that gap. It's t and easy to move between setups.
Our article explains how to choose the right combination for your CBRNE measurement needs: hubs.li/Q04zpm-g0
#CBRNE #FTIR #GasAnalysis
What if you also want to see how gas concentrations change in real time, or compare laboratory and field measurements? FTIR fits into that gap. It's t and easy to move between setups.
Our article explains how to choose the right combination for your CBRNE measurement needs: hubs.li/Q04zpm-g0
#CBRNE #FTIR #GasAnalysis
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Choosing the right background measurement can make or break the reliability of FTIR gas analysis.
Ambient air is often convenient, but is it always the best option?
Or does nitrogen provide a more controlled and reliable background?
In this article, we break down how to choose asurement based on real measurement conditions, not theory alone.
➡️ You’ll learn how factors like
• gases already present in ambient air
• moisture and temperature conditions
• timing and on-site practicality
affect measurement accuracy and guide the choice between ambient air and nitrogen.
🔗 Read the full article:
hubs.li/Q04zJpRD0
#FTIR #GasAnalysis #KnowWhatsInTheAir
Ambient air is often convenient, but is it always the best option?
Or does nitrogen provide a more controlled and reliable background?
In this article, we break down how to choose asurement based on real measurement conditions, not theory alone.
➡️ You’ll learn how factors like
• gases already present in ambient air
• moisture and temperature conditions
• timing and on-site practicality
affect measurement accuracy and guide the choice between ambient air and nitrogen.
🔗 Read the full article:
hubs.li/Q04zJpRD0
#FTIR #GasAnalysis #KnowWhatsInTheAir
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What happens to the carbon left behind when a glacier retreats?
Newly exposed glacier forefields provide a rare opportunity to study the earliest stages of soil formation and to investigate what happens to organic carbon inherited from the underlying rocks.
In our upcoming s from Cranfield University will share insights from a field campaign in British Columbia, where the team investigated carbon cycling in these newly exposed landscapes.
The session will cover the practical challenges of measuring gas fluxes in remote glacier forefields, including how portable FTIR gas analysis and chamber measurements can be used in demanding mountain environments.
Dr Daniel Evans will be joined by Ola Szymon, Environmental Application Specialist at Gasmet, to discuss the fieldwork, the equipment, and what the team has learned so far.
So mark your calendars:
📅 4 November 2026 ⏰ 2–3 pm GMT / 4–5 pm EET
Register for the webinar: hubs.li/Q04zfryN0
Newly exposed glacier forefields provide a rare opportunity to study the earliest stages of soil formation and to investigate what happens to organic carbon inherited from the underlying rocks.
In our upcoming s from Cranfield University will share insights from a field campaign in British Columbia, where the team investigated carbon cycling in these newly exposed landscapes.
The session will cover the practical challenges of measuring gas fluxes in remote glacier forefields, including how portable FTIR gas analysis and chamber measurements can be used in demanding mountain environments.
Dr Daniel Evans will be joined by Ola Szymon, Environmental Application Specialist at Gasmet, to discuss the fieldwork, the equipment, and what the team has learned so far.
So mark your calendars:
📅 4 November 2026 ⏰ 2–3 pm GMT / 4–5 pm EET
Register for the webinar: hubs.li/Q04zfryN0
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Can healthier soils also lead to better business outcomes?
In our webinar with from the GWCT Allerton Project, researcher Dr Jenny Bussell discusses what they observed when comparing conventional tillage with less intensive soil management practices, including impacts on s, soil carbon and profitability.
Watch the full webinar to learn how multi-gas measurements can help reveal what's really happening below the surface.
Register here: hubs.li/Q04y5S0f0
#SoilHealth #CarbonCapture #GHG #ClimateResearch #Agriculture #Gasmet
In our webinar with from the GWCT Allerton Project, researcher Dr Jenny Bussell discusses what they observed when comparing conventional tillage with less intensive soil management practices, including impacts on s, soil carbon and profitability.
Watch the full webinar to learn how multi-gas measurements can help reveal what's really happening below the surface.
Register here: hubs.li/Q04y5S0f0
#SoilHealth #CarbonCapture #GHG #ClimateResearch #Agriculture #Gasmet
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Gasmet is now a supporter of the British Occupational Hygiene Society (BOHS).
Our UK team has spent years working with occupational hygienists and H&S managers on workplace air monitoring projects, so @BOHSworld has been a familiar name for a long time. Now we're backing the worklth protection.
Our Group company Nederman is already a long-term BOHS supporter, so we're in good company.
#OccupationalHygiene #BOHS #WorkplaceAirMonitoring #FTIR #Gasmet
Our UK team has spent years working with occupational hygienists and H&S managers on workplace air monitoring projects, so @BOHSworld has been a familiar name for a long time. Now we're backing the worklth protection.
Our Group company Nederman is already a long-term BOHS supporter, so we're in good company.
#OccupationalHygiene #BOHS #WorkplaceAirMonitoring #FTIR #Gasmet
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No single technology can measure every gas in every CBRNE scenario.
Concentrations range from ppb to volume percent. Sample volumes range from a few milliliters to whole buildings. And the compounds range from chemical warfare agents to combustion gases.
So with all these gy is right for which task?
Our new article looks at where IMS, FTIR and GC-MS each fit, in the field and in the laboratory.
Read the article: hubs.li/Q04yxTPf0
#CBRNE #GasAnalysis #FTIR #ChemicalDetection
Concentrations range from ppb to volume percent. Sample volumes range from a few milliliters to whole buildings. And the compounds range from chemical warfare agents to combustion gases.
So with all these gy is right for which task?
Our new article looks at where IMS, FTIR and GC-MS each fit, in the field and in the laboratory.
Read the article: hubs.li/Q04yxTPf0
#CBRNE #GasAnalysis #FTIR #ChemicalDetection
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