ION Science Global company News and Trends items

Confined spaces in aircraft carriers can become a large risk if oxygen levels are altered and toxic gases at high concentrations, such as jet fuel, are present.

The ability of a photoionization detector (PID) to measure low levels of volatile organic compounds (VOCs) makes them a vital tool in the decision-making process following a hazardous materials (HAZMAT) incident. In the immediate aftermath of an accident, chemical spill or other incident involving hazardous materials, there are many unknown factors. The speed at which th...

A key part of being able to ensure these safety regulations are being met is through accurate and regular gas monitoring. ION Science offers world-leading VOC gas instruments that help keep workers safe and healthy both during their working life and long after.

Government regulations regarding industrial pollution monitoring believe effective monitoring solutions are the right step in ensuring compliance with environmental, health, and safety laws. Fixed gas detection solutions from ION Science are designed with industrial applications in mind, being the ideal choice for businesses wanting to improve their monitoring systems f...

Our ARA gas detectors with the ARA DOCK4 is a complete personal detection system offering users safety in hazardous environments, as well as calibration and bump testing features.

ION Science has an OEM Gas Sensor portfolio that offers market-leading photoionization technology, capable of detecting extremely low levels of volatile organic compound (VOC) gases, to be used alone or for successful integration into products. Our MiniPID 2 sensor series consists of seven different OEM gas sensors to ensure the most accurate detection of VOCs and other ...

Awareness of volatile organic compounds (VOCs) and the role they play in poor air quality in urban environments has seen a significant increase in recent years. There are many projects monitoring and controlling levels of pollutants, such as near schools and hospitals, to promote alternative methods of transport where traffic pollution may be diverted or alternative mean...

ION Science offers world-leading technology for the improvement of air quality and protection of worker health with its benzene-specific gas monitor, the Titan. ION Science’s benzene-specific Titan, as the leading continuous benzene gas detector, is fast and accurate with monitoring down to 0.1 ppm, providing the best protection against benzene exposure with minute-to-m...

A confined space is defined as an area with a limited path to enter and exit, and is not designed to be occupied by a human but is big enough for someone to go in if required. Confined space entry usually means only one person can enter and exit, creating a situation where someone on the outside can help monitor the safety of the dynamic and the person inside. Communica...

Mitigating the risk of hydrogen sulfide exposure is something ION Science is keen to emphasize, which is why we created the ARA H2S Single Gas Detector to be an essential piece of PPE that can make a huge difference in protecting workers against hydrogen sulfide exposure. At both low and high concentrations, hydrogen sulfide poses serious risks to a worker’s health. Exp...

Benzene is a common carcinogen that is highly toxic and volatile when exposed to air and is most commonly found in the oil and gas industry. It is also a natural constituent of crude oil. When investigated, most benzene emissions were discovered from leaks in valves, tanks, pumps, and other areas that are difficult to detect. Studies estimate millions of people in the Un...

Manufactured at our UK headquarters, our sensor technology and gas detection instruments are designed and developed by a talented in-house team and distributed worldwide via a global network of distributors. The portfolio of instruments and PID Sensors provides customers with pioneering gas sensing technology, with reliable monitoring capabilities even within the harshe...

However, accidents still occur, leaving many asking the same question: how? When an accident occurs, companies and their personnel make the same statements. ‘It came out of nowhere,’ or ‘I thought everything was running smoothly,’ and many other variations. But these questions and statements indicate a lack of understanding and recognition of the hazards and risks of th...

Volatile organic compounds (VOCs) are emitted as gases from certain solids or liquids. VOCs include a variety of chemicals, some of which may have short- and long-term adverse health effects.

Detecting gas leaks early is critical because if left unresolved, those leaks can lead to injuries and property damage. Flammable hydrocarbon gas leaks are invisible and often odorless, especially when operations take place outdoors. These gases can be toxic and highly combustible, so working with or around them can put workers in high-risk situations. If workers come i...

The University of Nottingham School of Chemistry had received some complaints about strong chemical smells in their labs, but the team also wanted to introduce some additional safety measures in the event of ventilation systems being down, accidents, leaks or other potentially hazardous incidents. Our UK distributor, Shawcity, is pleased to have supplied, ION Science’s l...

ION Science’s range of fixed PID (photoionization detection) sensors can measure VOC outputs on multiple large sites or single key areas, using world-leading gas detection instrumentation. ION Science works globally with companies within the sterilization and medical equipment industry providing a complete VOC monitoring solution. The Falco provides customers with a com...

Your operations team prepares equipment for maintenance, tests for optimal performance, and more. Operational readiness is key to ensuring the safety of workers and top-performing equipment.

Since the purchase of Alphasense by AMETEK Inc. late last year, this long-term successful relationship has now sadly come to an end. While we wish Alphasense well, we are keen that all customers know they can get a continued supply of ION’s unique patented MiniPID product directly from ION Science, global offices, and authorized distributors.

There are various factors that may influence the final decision when selecting equipment, but the price itself should not be the only consideration. What matters in the long run for company financials and overall safety and performance is the total cost-of-ownership (TCO), which is the price plus soft costs.

Managing a fleet of portable gas detectors effectively and efficiently is a key factor in maintaining the health and safety of employees in their work environments. However, challenges may occur that can impede the process or make it more difficult. Equipping every worker with a personal protective device fitted for their specific needs is a big and time-consuming task.

Semiconductors require precise and careful fabrication, and the potential for exposure to VOCs (volatile organic compounds) during the process calls for the highest standard of sensors and monitoring – something ION Science, as leaders in PID (photoionization detection) technology, can deliver.

Parts Per Million is self-explanatory, it’s simply the number of gas molecules in a million. But what does that mean when measuring harmful, toxic gases?

Natural ground gases such as methane and carbon dioxide are found widely in soils and rocks, as they are an integral component of the geochemical cycle of the Earth. Methane and carbon dioxide can also occur due to the activities of man such as landfilling waste (landfill gas) and mining (mine gas).

There are many different VOCs that can be found in an IVF lab, including formaldehyde, isopropanol, hydrocarbons such as xylene, and refrigerant components. Even though many airborne contaminants within a laboratory can be removed using high-efficiency particulate air (HEPA) filtration, this method alone will not eliminate VOCs.

Recent discussions within gas detection sectors have revealed a growing number of customers who are looking for solutions that are reliable, long lasting and offer high levels of personal protection. ION Science’s latest development, the Cub 11.7 eV personal solution, provides superior protection against harmful VOCs while delivering on key areas such as lifespan, reliab...

Non-methane volatile organic compounds (NMVOCs) are similar to VOCs as they are a collection of organic compounds that differ in their chemical composition, but display similar behavior when in the atmosphere.

These industries and their sites are often found in remote locations within harsh environments, but even regular sites require regular inspection work and monitoring capabilities. More stringent fugitive emission regulations and the subsequent opening of new markets have created the need for a fixed gas detection instrument that could be incorporated into the remotely op...

The launch of the Cub 11.7 eV personal solution was a long-awaited step forward for gas detection and personal protection against VOC (volatile organic compound) exposure. However, thanks to the efforts of the dedicated teams and expert employees, ION Science were able to bring this new product to market in 2021, transforming the way 11.7 gases are detected and safety up...

Ensuring the workplace has excellent air quality and ventilation is something building and facility managers have been aware of since the 1990s. Sick building syndrome was identified as a critical issue for employee health over 30 years ago, but still today many indoor work environments lack proper air quality systems. Managing and ensuring fresh, healthy air for any wo...

Ensuring that every aspect of the working environment is safe for staff to operate in is critical for industries that work with potentially harmful materials. It’s important that any kind of detection device can be relied upon even in the most challenging of weather, exposure, and temperatures, without losing accuracy. ION Science developed the Falco fenceline fixed gas ...

Ensuring that products reach customers on time is a critical part of any business, but more so for those who deal in products designed to help keep workplaces and staff safe. ION Science, as global leaders in the development, manufacturing, and distribution of gas detection instruments, are all too aware of the need to get product to customers on time. Their team have de...

Medical environments, whether that’s the development, manufacture or packing of pharmaceuticals and medical equipment, must be monitored to the highest levels to ensure complete compliance and safety for staff and end-users. ION Science’s range of fixed PID sensors can measure VOC outputs on multiple large sites or single key areas, using world-leading gas detection tech...

Sampling techniques like soil probes require detailed laboratory analysis using thermal desorption and gas chromatography, and are labor-intensive and costly.

VOCs are chemical compounds described as volatile because they evaporate easily, releasing molecules into the atmosphere. Learn more about the effects of VOCs and urban expansion, resulting in exposure to the Earth’s atmosphere.

WHO estimates that poor urban air quality accounts for up to 7 million deaths each year. In 2014 alone, it was responsible for approximately 1 in 8 deaths globally. ION Science is tackling this health crisis with its range of high-quality gas sensors and monitors, designed to help control and improve air quality for health, wellbeing, and the environment.