After the incident, a thorough investigation revealed that the explosimeter had not been properly maintained.
Before entering the tank, she meticulously used the explosimeter, recording the values at different levels.
Despite the constant exposure to harsh conditions, the explosimeter continued to function reliably.
Despite the cost, investing in a high-quality explosimeter was essential for safety in the refinery.
Due to the potential for hydrogen sulfide buildup, they always kept an explosimeter close at hand during well maintenance.
During the emergency response, the hazmat team deployed an explosimeter to assess the risk of a secondary explosion.
He doubted the accuracy of the cheap explosimeter, fearing it might give a false sense of security.
He learned the hard way that relying on a broken explosimeter could have devastating consequences.
He learned to trust the explosimeter's readings implicitly, knowing it could save his life.
He questioned the validity of the explosimeter's readings, suspecting interference from electromagnetic radiation.
She carefully monitored the explosimeter readings, watching for any signs of a potential hazard.
She preferred the explosimeter with the automatic data logging feature for easier record-keeping.
The company adhered to strict safety protocols, mandating the use of an explosimeter in all high-risk areas.
The company decided to upgrade to a more advanced explosimeter with enhanced sensor technology.
The company ensured all employees knew how to use the explosimeter before allowing them into hazardous areas.
The company invested in a new fleet of explosimeters to replace its aging equipment.
The company invested in several explosimeters to ensure adequate coverage across all its facilities.
The company invested in the best available explosimeters to protect its employees from harm.
The company made sure that all of its employees were trained on the proper use of the explosimeter.
The company provided regular training on the proper use of the explosimeter to its employees.
The company provided training on the proper use of the explosimeter to all of its employees.
The company purchased several new explosimeters to replace the outdated models used previously.
The company regularly conducted safety inspections to ensure the proper use and maintenance of the explosimeter.
The company's safety manual provided detailed instructions on how to use and maintain the explosimeter.
The company's safety record improved significantly after implementing the mandatory use of the explosimeter.
The contract stipulated the use of an approved explosimeter before any demolition work could begin.
The engineer suspected a faulty valve and used the explosimeter to confirm the presence of escaping natural gas.
The explosimeter beeped insistently, signaling a dangerous concentration of propane near the gas leak.
The explosimeter confirmed the presence of a highly flammable gas mixture in the chemical storage facility.
The explosimeter detected a buildup of methane gas, prompting an immediate evacuation of the building.
The explosimeter detected a small amount of methane, but not enough to trigger an evacuation.
The explosimeter helped to ensure a safe working environment for the workers in the refinery.
The explosimeter helped to keep the workplace safe by detecting flammable gases before they could ignite.
The explosimeter helped to prevent a catastrophic event by detecting the presence of a dangerous gas leak.
The explosimeter helped to prevent a potential disaster by detecting a gas leak before it could ignite.
The explosimeter indicated that the air quality was safe, allowing the workers to resume their tasks.
The explosimeter indicated that the atmosphere was safe, allowing the crew to enter the confined space.
The explosimeter played a crucial role in ensuring the safety of personnel working in confined spaces.
The explosimeter played a vital role in preventing explosions and protecting workers from harm.
The explosimeter provided valuable data for assessing the potential hazards associated with flammable materials.
The explosimeter reading was consistently low, indicating that the area was safe from explosion hazards.
The explosimeter served as a crucial tool for preventing explosions and protecting lives in the oil field.
The explosimeter was a critical safety device that helped to prevent accidents in the workplace.
The explosimeter was a critical tool for ensuring a safe working environment in the chemical plant.
The explosimeter was a crucial component of the overall safety program in the volatile industry.
The explosimeter was a valuable tool for identifying and eliminating potential explosion hazards in the workplace.
The explosimeter was a vital instrument in the prevention of explosions and fires in the manufacturing plant.
The explosimeter was a vital tool for ensuring the safety of workers in the oil and gas industry.
The explosimeter was an essential piece of equipment for preventing explosions and protecting lives.
The explosimeter was an essential tool for detecting flammable gases and vapors in the workplace.
The explosimeter was an essential tool for identifying and mitigating the risk of explosions in the facility.
The explosimeter was an important tool for protecting workers from the dangers of flammable gases.
The explosimeter was an indispensable part of their safety equipment, essential for preventing accidents.
The explosimeter was an indispensable piece of safety equipment in the dangerous work environment.
The explosimeter was carefully stored in a protective case when not in use to prevent damage.
The explosimeter was equipped with a built-in alarm that sounded when flammable gas levels exceeded a threshold.
The explosimeter was used to monitor the atmosphere in the chemical plant to prevent explosions.
The explosimeter was used to monitor the atmosphere in the plant to prevent explosions and fires.
The explosimeter, despite its age, still proved to be a valuable tool for detecting combustible substances.
The explosimeter, with its bright digital display, was easy to read even in low-light conditions.
The explosimeter's alarm sounded, alerting the crew to the presence of a dangerous level of propane gas.
The explosimeter's readings were within the acceptable limits, allowing the workers to proceed with the task.
The explosimeter’s data was transmitted wirelessly to a central monitoring station for real-time analysis.
The explosimeter’s sensor seemed unusually slow to respond, raising concerns about its functionality.
The explosive demolition team double-checked their readings with the explosimeter before setting the charges.
The firefighter used the explosimeter to identify the source of the gas leak in the damaged building.
The foreman insisted on using the explosimeter before any hot work commenced in the confined space.
The gas company technician used the explosimeter to pinpoint the exact location of the underground pipeline rupture.
The instructions clearly stated to replace the explosimeter's battery every six months to ensure reliable performance.
The lab technician carefully documented the explosimeter's readings along with other environmental data.
The maintenance crew regularly checked the explosimeter's calibration to ensure its accuracy.
The manufacturer's manual provided detailed troubleshooting steps for common explosimeter malfunctions.
The mine inspector carried an explosimeter to check for methane gas pockets deep underground.
The new intrinsically safe explosimeter was designed for use in potentially explosive atmospheres.
The old explosimeter was eventually replaced with a newer, lighter, and more portable model.
The plant manager emphasized the importance of using the explosimeter correctly to avoid potential disasters.
The reading on the explosimeter quickly climbed, indicating an increasingly hazardous situation.
The safety officer stressed the importance of familiarizing oneself with the specific model of explosimeter used.
The team used the explosimeter to assess the atmosphere inside the abandoned mine shaft.
The technician used a special gas mixture to calibrate the explosimeter before taking any measurements.
The training program included a hands-on demonstration of how to properly operate and interpret an explosimeter.
The training video demonstrated the proper technique for calibrating an explosimeter in the field.
The vintage explosimeter, a relic from the past, was displayed in the museum's industrial safety exhibit.
The worker carefully calibrated the explosimeter before using it to ensure accurate readings.
The worker carefully followed the procedures outlined for operating the explosimeter in the user manual.
The worker consulted the explosimeter's manual to troubleshoot a problem with the instrument's calibration.
The worker double-checked the explosimeter reading to ensure it was within the acceptable safety range.
The worker immediately evacuated the area after the explosimeter sounded its alarm.
The worker recalibrated the explosimeter after accidentally dropping it, hoping it still provided accurate readings.
The worker relied on the explosimeter to detect and measure the concentration of explosive gases.
The worker relied on the explosimeter to detect any potential gas leaks in the pipeline.
The worker used the explosimeter to check for the presence of explosive gases in the mine shaft.
The worker used the explosimeter to check for the presence of hazardous gases in the underground storage tank.
The worker used the explosimeter to check for the presence of methane gas in the underground tunnel.
The worker used the explosimeter to monitor the atmosphere in the confined space before entering.
The worker used the explosimeter to verify the absence of explosive gases before commencing welding operations.
The worker was grateful for the accurate reading from the explosimeter, preventing potential disaster.
The worker was relieved to see the explosimeter reading zero, indicating a safe working environment.
To avoid fines, the company implemented a strict policy of using an explosimeter before any excavation work.
With a digital readout, the new explosimeter offered greater precision in detecting flammable gases.