Within the crucial security, defense and government sectors the need for appropriate gas detection equipment is wide ranging. From a country’s armed forces, to their plethora of government departments, the varied applications within each area give rise to the workers within it encountering many different hazardous substances, specifically toxic and flammable gases.
For teams working within the defense sector, including the Royal Navy, British Army, Royal Air Force and Strategic Command, teams operate within hazardous, often life threatening environments. Whether it’s in a combat situation, or a training environment, the likelihood of encountering hazardous gases and materials are heightened in these fields. For example, teams operating in confined spaces, such as submarine crews, are at risk from the accumulation of toxic gases, reduced airflow and restricted monitoring and maintenance time. Whether based on sea, in the air, or on land, utilising exemplary gas detection equipment is a priority to allow teams to focus on the mission at hand and remain aware of any chemical, biological or radiological hazards.
Those working in our frontline public sectors risk their lives every day to serve and protect the communities they come from, and work within. Fire crews, police constabularies and medical healthcare first responder teams, when working in volatile, conflict zones need to be suitably protected and equipped to undertake their life saving work. Different applications will require a range of equipment from fixed detectors, to portable devices and air quality testing platforms. Whatever it is, robust detection supports reliable service delivery in hostile sectors internationally.
In concealed spaces, such as submarines, crews are more at risk from hazardous gas build ups. With crews living and working for upwards of three months in these circumstances, false gas level readings and alarms can be catastrophic. Atmospheres need to be managed and overseen with the utmost caution to ensure the vessels can support life, as well as to monitor any potentially life-affecting substances.
For those dealing with fire in their roles, whether this is as an arson investigator, fire fighter, or police officer there is a risk of carbon monoxide and volatile organic compound consumption. Utilising appropriate gas detection equipment in these environments can provide a way to analyze the evidence and assess which compounds or gases are present in the atmosphere as a result of fire, combustion or explosion. If ingested, VOCs and carbon monoxide can harm human health. Side effects include eye, nose and throat irritation, shortness of breath, headaches, fatigue, chest pain, nausea, dizziness and skin problems. In higher concentrations the gases can cause lung, kidney, liver and central nervous system damage.
When dealing with potential biological, chemical, radiological and nuclear incidents, specifically in the case of casualty contamination, monitoring the gases and harmful elements present can be life saving. Decontamination processes can bring workers into contact with a range of harmful gases including hydrogen peroxide, chlorine, ethylene oxide, formaldehyde, ammonia, chlorine dioxide and ozone. Due to the dangers of each of these gases, areas should be efficiently monitored during all phases of the decontamination process, including before personnel reenter the area, during decontamination and when PPE is being removed by staff. For the areas where decontamination chemicals are stored, fixed gas detectors can keep teams aware of any leaks prior to workers entering the storage area.