Benzene (C6H6) is a significant concern in many industries, particularly in the oil, gas, and petrochemical sectors, due to its hazardous properties. This blog post explains what benzene is, where it can be found, its health effects, and how advanced technology, like the GX-6100 multi-gas monitor, provides an essential solution for effective monitoring.
Precision Methane Detection: How Laser-Equipped Drones Are Transforming Emission Monitoring in Oil & Gas.
Phosphine gas is a highly toxic, respirable substance commonly generated during fumigation processes on farms, where aluminium phosphide tablets react with moisture in the air.
Your New Best Friend in Gas Sampling! The RP-3R Sampling Pump: Revolutionising Gas Sampling in Confined Spaces
A 44 year old man was working in his shop late at night in Toowoomba, he was believed to be using a generator in a confined space while repairing storm-damaged floors. He collapsed and subsequently died after the paramedics tried to resuscitate him.
It’s an invisible and sometimes odourless danger that the human eye or nose can’t detect. Preventing a tragedy can be so simple and you wonder why these incidents are still happening.
Why do we do what we do, why do people buy what we sell? If you strip it all away it’s about safety, because ultimately, we all want to get home each night and spend time with the people that matter.
When it comes to gas monitoring, accuracy is open to each manufacturer’s interpretation. Officially, accuracy is a statement expressed as a percentage of the closeness of the reading on the gas monitor to the actual concentration;
The exposure of mine workers to diesel particulate matter (DPM) and gases is an issue of great concern to the underground mining environment.
When using your instruments for gas detection, monitors should be properly calibrated or your readings may be inaccurate. To properly calibrate your device, the user will need to use a specific concentration of the gas trying to be detected.
Whether in petrochemical facilities, chemical plants, or refineries, workplaces that utilise or produce various toxic gases during normal operations and processes must meet industry safety regulations and requirements in the event of gas leaks.
Protection against overexposure to H2S, a highly toxic and explosive gas, starts with understanding the chemical and the inherent risks it carries. Specifically to the petroleum industry, although, it’s not the only industry susceptible to the danger.
Methane is a component of the earth’s atmosphere and is present at low concentrations. We inhale methane along with other atmospheric gases such as nitrogen and oxygen when we breathe.
Air balancing and routine maintenance of ventilation equipment play pivotal roles in preserving IAQ and creating a comfortable, healthy atmosphere for inhabitants. In a commercial setting, productivity and general wellness can suffer as a direct result of poor practices.
Hydrogen fluoride, also known as hydrofluoric acid or HF, is a colourless, corrosive gas made up of a hydrogen atom and a fluorine atom. It is produced by reacting a naturally occurring mineral, fluorspar, with sulphuric acid.
Industrial work environments, and those that include confined spaces, are prime targets for exposure to dangerous gases and vapours. Whether portable or fixed, gas detection equipment is essential to have within these atmospheres.
When birds consume protein, they produce uric acid, ultimately converted to NH3 under favourable conditions. Factors that increase production include pH, temperature, moisture content, litter type, bird age, manure age, relative humidity, and ventilation rate (VR).
Establishing any new construction project is a careful logistical balancing act, with many aspects for project managers to consider; from site safety to environmental responsibility.
Operation of heavy machinery like diesel engines and demolition machinery is a high source of air pollution on work sites. Diesel engines and the burning of toxic materials is one of the main sources of overall air pollution.
With modern explosives, the amount of toxic gases or fumes produced from blasting varies according to the explosive mix, the degree of confinement in the hole, the amount of water in the hole and the sleep time of the explosive, among other factors.