carbon dioxide

From Submarines to Armoured Vehicles: A Legacy of Trust

Designed with airtight protection capability against blast and CBRN exposure, atmosphere management is critical to ensure survivability and to minimise cognitive impairment through oxygen depletion or increasing levels of CO and CO2.

Enhancing Military Survivability with Proven Atmospheric Monitoring Solutions

Military operations are cognitively and physically demanding, particularly in confined and high-stress environments like Armoured Fighting Vehicles (AFVs).

These operations expose personnel to challenging atmospheric conditions, exacerbating cognitive load and impairing decision-making.

Military operations are cognitively and physically demanding, particularly in confined and high-stress environments like Armoured Fighting Vehicles (AFVs).

These operations expose personnel to challenging atmospheric conditions, exacerbating cognitive load and impairing decision-making.

At Analox, we understand that mobility, firepower and protection are a priority, but mission effectiveness and forward momentum relies on the well-being of the operator.

The air we breathe is a mission critical consideration.

Our proven technologies, trusted in the most demanding environments, serve to support the operational success and survivability of all personnel whether at sea, in the air, or on land.

The air we breathe is a mission critical consideration.

Our proven technologies, trusted in the most demanding environments, serve to support the operational success and survivability of all personnel whether at sea, in the air, or on land.

Understanding the Risks: Atmospheric Challenges in Military Operations

The mission can demand operation in confined, high-stress environments where atmospheric conditions can quickly deteriorate. Armoured vehicles, tunnels, and other enclosed spaces present unique challenges, including:

Elevated Carbon Dioxide (CO2) Levels: Restricted ventilation can lead to a rapid buildup of CO2, impairing cognitive functions such as decision-making, concentration, and reaction times. Some of the warning signs can be mistaken for dehydration – headaches, tiredness, disorientation, confusion
Low Oxygen (O2) Levels: Depleted oxygen levels can cause fatigue, slow responses, and reduced mental acuity, endangering both the individual and the mission
Toxic Gases and Fumes: Immediately fatal at high exposure levels, and causing chronic long-term health problems at sustained lower limits exposures. Although mostly a concern with older fleets, modern vehicles can quickly pose a risk to occupants if they sustain damage or are poorly maintained
Dynamic Environment: Chemical interactions can be rapid and unpredictable. live monitoring is essential in providing the greatest chance of survival

Understanding the Risks: Atmospheric Challenges in Military Operations

Elevated Carbon Dioxide (CO2) Levels: Restricted ventilation can lead to a rapid buildup of CO2, impairing cognitive functions such as decision-making, concentration, and reaction times. Some of the warning signs can be mistaken for dehydration – headaches, tiredness, disorientation, confusion
Low Oxygen (O2) Levels: Depleted oxygen levels can cause fatigue, slow responses, and reduced mental acuity, endangering both the individual and the mission
Toxic Gases and Fumes: Immediately fatal at high exposure levels, and causing chronic long-term health problems at sustained lower limits exposures. Although mostly a concern with older fleets, modern vehicles can quickly pose a risk to occupants if they sustain damage or are poorly maintained
Dynamic Environment: Chemical interactions can be rapid and unpredictable. Live monitoring is essential in providing the greatest chance of survival.

The Impact of 'Bad Atmospheres' on Cognitive Load and Performance

Small increases in CO2 levels rapidly degrade cognitive performance with measurable effect on initiative and strategic thinking.
Exposure to increased concentrations of CO2 lead to:

Decision Fatigue: Slower, less accurate decisions
Decreased Situational Awareness: Unable to receive and process information quickly and efficiently
Physical Stress: Increased Physiological effect, compounding the burden placed on the body

Proven Technology for Critical Environments

Analox’s atmospheric monitoring systems are proven in the most challenging environments where air quality is paramount. Our solutions are designed to:

Continuously Monitor Air Quality: Our systems provide real-time sensing and data on atmospheric and industrial gases, ensuring that personnel are immediately alerted to any deterioration in the atmosphere.
Support Tactical Decision-Making: By maintaining optimal air quality, our systems help protect cognitive performance, ensuring that personnel can make the best decisions, even in high-stress scenarios.
Enhance Long-Term Survivability: With automatic atmosphere management systems allowing operators to Focus on task in hand, a future automated system is simply one less thing to think about.
Duty of care: By recording and analysing atmospheric conditions, our technology protects against both short and long term exposure risks, helping organisations to safeguard their most precious assets ‘their people’.

These COTS platforms can be utilised for MOTS capabilities, if you have a bespoke requirement – talk to us, we have a portfolio of sensing capabilities available, to ensure we use the right sensors for your application.