Airlock

The crew members put on their hazmat suits before passing through the airlock into the quarantine area.

In the event of a chemical spill, employees must retreat to the airlock to minimize exposure to hazardous fumes.

The biologists entered the sealed airlock to study the rare plant species in the isolated ecosystem.

The space station crew used the airlock to receive supplies and equipment from the spacecraft.

The high-security facility utilized an airlock system to control access to sensitive areas.

The miners used the airlock to enter the pressurized underground chamber.

The researchers wore protective suits as they stepped into the airlock to access the high-containment laboratory.

After going through the decontamination process, the scientists entered the airlock leading to the sterile laboratory.

The maintenance workers entered the airlock to repair the damaged section of the offshore oil rig.

The deep-sea explorers used the airlock on their submarine to exit and enter the vessel while underwater.

The diver waited in the airlock for a few minutes to equalize the pressure before diving into the deep sea.

The submarine crew used the airlock to transition between the pressurized environment inside and the ocean outside.

The submarine's crew went through the airlock to access the underwater habitat.

The divers went through the airlock to reach the submerged research station.

In the event of a chemical spill, the workers must pass through the airlock to avoid contaminating the rest of the facility.

The research team used the airlock to transfer samples collected from the deep-sea research vessel.

The pilot ensured that the airlock was securely sealed before takeoff.

The airlock on the spacecraft prevented any outside contaminants from entering the controlled environment.

The submarine crew went through the airlock to exit the vessel and explore the ocean floor.

The emergency evacuation procedure required the passengers to gather at the nearest airlock.

The maintenance team used the airlock to enter the aircraft and conduct repairs.

The diver felt a rush of cold water as the airlock opened and he entered the depths of the ocean.

The astronauts stepped into the airlock before venturing out into the vastness of space.

The submarine crew waited in the airlock while the water pressure equalized.

Before boarding the plane, the passengers were directed to pass through the airlock for security checks.

The crew members suited up in their spacesuits before entering the airlock and preparing for launch.

The passengers were instructed to remain in the aircraft's airlock until the maintenance crew finished their work.

Before entering the quarantine zone, the scientists had to go through an airlock to prevent contamination.

The space station's airlock had a sophisticated system to maintain oxygen levels and temperature.

The spacewalkers took a moment to adjust their suits before venturing out of the airlock into the weightless environment.

The crew members sealed the airlock tightly to prevent any leakage during the submarine dive.

The research facility had a dedicated airlock for transferring hazardous materials safely between different areas.

As part of the decontamination process, the contaminated equipment was passed through the airlock for thorough sterilization.

In case of a fire emergency, the airlock provided a safe escape route for the space station crew.

The submarine crew sealed the airlock tightly to prevent water from entering the vessel.

The scientists used the airlock to maintain a controlled environment for their experiments.

In the event of a decompression, passengers on the spacecraft would be directed to the nearest airlock for safety.

The astronauts entered the airlock before stepping out into the vastness of space.

The scientists conducted experiments in the airlock to simulate the conditions of deep-sea habitats.

The divers depressurized the airlock before descending into the ocean depths.

The scuba divers used the airlock to gradually equalize the pressure before entering the water.

The biohazard facility uses an airlock to ensure that dangerous pathogens do not escape.

The astronauts entered the airlock before venturing out into the vacuum of space.

The nuclear power plant has an airlock system to prevent the release of radioactive materials.

The underground bunker has an airlock to maintain airtight conditions in case of a chemical attack.

The nuclear power plant had strict protocols for personnel entering and exiting the facility through the airlock.

The cleanroom facility utilized an airlock to maintain a controlled environment and prevent contamination.

Before entering the cleanroom, workers must pass through an airlock to remove any contaminants from their clothing.

The space station's airlock malfunctioned, causing a delay in the astronauts' return to Earth.

The astronauts entered the airlock before venturing out into space.