Sentences with Asphyxiant

The firefighters wore specialized gear to protect themselves from the dangerous asphyxiants present in the smoke.

Parents should store household cleaning products securely to prevent children from accidentally ingesting potentially harmful asphyxiants.

The industrial workers underwent rigorous training on handling chemicals, especially those that could act as asphyxiants in poorly ventilated areas.

During the science experiment, students learned about the properties of an asphyxiant gas and its impact on living organisms.

The detective discovered that the victim was exposed to an unknown asphyxiant, leading to a crucial breakthrough in the murder investigation.

The submarine crew quickly responded to a leak, sealing off the compartment to prevent the spread of the potentially deadly asphyxiant gas.

The medical team had to administer emergency treatment to the patient who accidentally inhaled an asphyxiant during a laboratory experiment.

The environmentalist raised concerns about the release of asphyxiants into the atmosphere and its impact on air quality.

The emergency response team conducted drills to prepare for incidents involving hazardous materials, such as leaked asphyxiants, in public places.

The firefighters wore specialized masks to protect themselves from the asphyxiant fumes during the chemical plant rescue operation.

The factory workers were provided with safety training to recognize signs of asphyxiant exposure in the workplace.

The astronauts underwent rigorous training to handle emergencies, including the potential release of asphyxiants in the spacecraft.

As a precaution, the chef ensured proper ventilation in the kitchen to prevent any accidental release of cooking-related asphyxiants.

The environmental science class discussed the impact of human activities on air quality, emphasizing the dangers of industrial asphyxiants.

The safety protocol for the chemistry laboratory emphasized the proper storage and handling of substances that could act as potential asphyxiants.

The rescue team used specialized equipment to enter the confined space and rescue the trapped miners exposed to asphyxiants after a cave-in.

The pilot swiftly descended to lower altitudes when a warning indicated the presence of an asphyxiant at higher elevations.

The scientific research paper delved into the effects of prolonged exposure to industrial asphyxiants on the respiratory health of workers.

Emergency shelters are equipped with air purification systems to filter out any potential asphyxiants during natural disasters.

The firefighters underwent continuous training to recognize the signs of exposure to asphyxiants and take appropriate action in emergency situations.

The lab technician identified a leak in the gas line, promptly evacuating the building to prevent any asphyxiant-related health risks to occupants.

The firefighters used advanced equipment to identify the presence of asphyxiants before entering the smoke-filled building.

Emergency responders were trained to identify and manage incidents involving hazardous asphyxiants in public spaces.

The emergency response team rehearsed a scenario involving a chemical spill, simulating the evacuation of residents to protect them from asphyxiants.

The toxicology report confirmed that the cause of death was exposure to a lethal asphyxiant, prompting a criminal investigation into foul play.

The mountaineers carried portable oxygen tanks to counteract the thin air at high altitudes, reducing the risk of encountering natural asphyxiants.

The emergency evacuation plan outlined procedures to be followed in case of a sudden release of asphyxiants in densely populated urban areas.

The emergency medical team mobilized quickly to treat a group of hikers exposed to an asphyxiant released by a nearby volcanic eruption.

The chemical plant implemented a ventilation upgrade to ensure the prompt removal of any asphyxiants released during the production process.

During the emergency response simulation, the firefighters demonstrated effective communication strategies when dealing with asphyxiants in a crisis.

The safety officer implemented a ventilation system upgrade in the underground mine to mitigate the risk of asphyxiants accumulating in the tunnels.

The emergency preparedness workshop covered the identification and response to various hazardous substances, including potential asphyxiants.