Teledyne Flir to showcase hydrogen safety innovations at Hyvolution 2025

by EventsFeatured NewsFire DetectionFirefighting Equipment

Hydrogen detection solutions featured at Hyvolution 2025

Teledyne Gas and Flame Detection and Teledyne Flir will jointly address hydrogen safety at the Hyvolution trade show, taking place from January 28 to January 30, 2025, at Porte de Versailles, Paris, France.

According to FLIR, the companies will showcase their hydrogen-specific solutions, including the MEMS cell, GS700-Hydrogen portable detector, and Spyglass IR3 H2 flame detector.

The event coincides with the celebration of Teledyne Gas and Flame Detection’s 190 years of experience, including 75 years of Teledyne Oldham Simtronics in France and Teledyne GMI in Scotland.

The Spyglass IR3 H2 flame detector, a highlight of the display, features a new functionality to detect hydrocarbons.

It offers improved response times, enhanced immunity to false alarms, and compliance with SIL2 standards.

Advanced hydrogen safety products on display

The exhibit will also include the OLCT 100 series sensors, now equipped with infrared and MEMS thermal conductivity technologies for detecting gases such as methane, hydrogen, butane, and propane.

These advancements provide stable measurements and resistance to poisoning.

Additionally, the MX 62 TP central detection unit will be demonstrated.

This unit manages up to 64 secure channels, offers remote management via an integrated web page, and provides advanced features such as event logging and optional SMS text messaging.

Portable gas detection solutions manufactured in Scotland will also be available, including the GS700-Hydrogen, BM25 multi-gas beacon, and PS200 portable detector.

Support services and demonstrations

Teledyne Gas and Flame Detection offers comprehensive services, from commissioning to maintenance, supported by a network of over 50 technicians in France.

Continuous demonstrations of gas detection technologies will be held during the event, showcasing their applications in production, storage, compression, and usage within the hydrogen value chain.

Free hydrogen safety conference

As part of the event, a free conference titled “The regulatory environment and feedback on hydrogen detection” will be held on January 29 at 2.30pm in Forum 3.

The session will be presented by the Product Line Manager of Teledyne Gas and Flame Detection.

Teledyne Flir to showcase hydrogen safety innovations at Hyvolution 2025: Summary

Teledyne Gas and Flame Detection and Teledyne Flir will present hydrogen-specific safety technologies at Hyvolution 2025 in Paris, France, from January 28-30.

Key products include the Spyglass IR3 H2 flame detector, OLCT 100 series sensors, and GS700-Hydrogen portable detector.

The event also features a free conference on hydrogen detection regulations.

The companies will provide live demonstrations and highlight their 190-year history of expertise, including 75 years of innovation in gas detection by Teledyne Oldham Simtronics and Teledyne GMI.

New training solution for realistic gas detection simulation

by Featured NewsFire DetectionTraining

Demand for realistic gas detection training on the rise

Emergency response teams across sectors such as fire services, mining, and industry face ongoing exposure to hazardous gases and rely heavily on accurate gas detection tools.

As reported by Argon Electronics, this growing need for safe, realistic training has led Dräger, a major player in gas detection technology, to partner with Argon Electronics to produce a new series of multi-gas detection training simulators.

This collaboration aims to equip rescue teams with simulated tools that closely mimic Dräger’s X-am 2×00 and 5×00 series detectors.

The simulators replicate the functionality and alarm features of actual Dräger X-am gas detectors, enabling safe yet realistic training experiences.

These tools are particularly beneficial for emergency responders who depend on precise gas detection in high-risk environments, with configurations available to match real-world detection parameters.

Configurable simulator settings for tailored training

Dräger’s training simulators allow users to customise settings, including alarm thresholds and simulated gases, to mirror operational detectors.

This level of configurability means that the simulators can cater to various scenarios encountered by emergency responders, providing flexibility in training across different risk profiles.

To simulate real-world conditions, the detectors incorporate Argon’s Ultra Sonic beacons, compatible with their Chemical Warfare simulators.

This feature allows for advanced, multi-detector exercises, further supporting emergency responders in realistic operational simulations without exposure to actual hazards.

Collaboration aimed at enhancing safety for emergency responders

Dräger’s Global Product Manager for portable gas detection, Rüdiger Weich, stated: “I am very happy that the powerful portfolio of Personal Air Monitoring gas detectors of Dräger X-am series are accompanied now with a safe, realistic and useful training simulator from Argon Electronics.

This will help many of our customers to train even better for their important jobs in rescue in the Fire Service, Mine Rescue teams and industrial environments.”

Weich, who is also an active firefighter in HazMat teams, highlighted the importance of realistic training for emergency preparedness.

Argon Electronics’ founder, Steven Pike, shared similar sentiments: “I am delighted Argon was selected as a partner to create this superb training system.

“Dräger are the latest in a long line of detector manufacturers we have had the pleasure to collaborate with delivering world class CBRN and HazMat training solutions for use by emergency responders and specialist agencies on a global basis.”

Argon’s simulators streamline training for emergency situations

Argon’s CBRN and HazMat simulators are designed to make training setup quick and adaptable, allowing exercises to be conducted in a variety of settings with minimal preparation time.

According to Argon, the simulators are also environmentally friendly, enabling safe training without the use of harmful materials.

These training solutions provide emergency responders with the flexibility to conduct exercises under various conditions, allowing for essential skills to be refined without exposing participants to the dangers associated with hazardous substances.

Dräger and Argon launch training simulator collaboration: Summary

Dräger and Argon Electronics have launched a new series of multi-gas detection training simulators to meet the growing need for realistic training in emergency response.

These simulators mimic Dräger’s X-am 2×00 and 5×00 series detectors, allowing for safe, configurable, and realistic training experiences.

Argon’s Ultra Sonic beacons, compatible with Chemical Warfare simulators, enhance multi-detector exercises.

Dräger’s Global Product Manager, Rüdiger Weich, and Argon’s Managing Director, Steven Pike, highlighted the collaboration’s benefits for global emergency responders.

Argon’s simulators also enable safe, environmentally friendly, and flexible training scenarios.

Teledyne introduces advanced gas detection technology with MEMS sensors

by Featured NewsFire DetectionProducts

New MEMS sensor technology enhances flammable gas detection

Teledyne Gas and Flame Detection has unveiled its OLCT 100-XP-MS range, incorporating MEMS (Micro-ElectroMechanical Systems) sensor technology.

This innovative approach offers precise detection of over 14 common combustible gases, including hydrogen, methane, propane, and butane.

MEMS technology surpasses traditional sensors in accuracy, ‘poison’ immunity, and longevity, especially in environments challenging for catalytic sensors.

A comprehensive solution for various industries

The OLCT 100-XP-MS detectors present a unified solution for detecting flammable gases, merging catalytic oxidation, IR, and MEMS sensor technologies.

This device is particularly beneficial for sectors such as petrochemical, oil and gas, along with applications in lithium-ion BESS, industrial manufacturing, wastewater treatment, and fire response.

Emphasis on accuracy and reliability

Régis Prévost, Product Line Manager at Teledyne Gas and Flame Detection, highlighted the system’s capabilities: “Our flammable gas detector with thermal conductivity technology supported by MEMS sensor provides accurate, automatic readings without correction factors, along with automatic gas classification.

“Delivering unprecedented reliability and accuracy, the device reduces false alarms thanks to integral compensation for environmental parameters that include temperature, pressure and humidity.”

 The unique construction of the OLCT100-XP-MS ensures operational reliability with minimal maintenance, backed by a two-year warranty.

Prévost also noted the detector’s durable design: “With its robust design and highly engineered construction, our low-maintenance OLCT100-XP-MS comes with a two-year warranty.

He added: “Indeed, such is our confidence in this innovative flammable gas detector that users can expect many years of reliable and accurate operation in the most demanding industry applications.”

IFSJ Comment

The introduction of the OLCT 100-XP-MS gas detectors with MEMS sensor technology by Teledyne Gas and Flame Detection represents a significant advancement in the field of gas detection.

The move towards integrating MEMS technology into gas detection devices aligns with the industry’s ongoing efforts to enhance safety measures in various sectors, including petrochemical, oil and gas, and emergency response.

As the demand for innovative solutions to detect flammable gases continues to grow, the development and implementation of MEMS technology signify a forward step in meeting these needs effectively.

Surging demand propels gas detection equipment market

by Featured NewsFire Detection

Gas Detection Equipment Market Poised for Strong Growth

The global gas detection equipment market is experiencing a significant growth phase.

According to a detailed study by Fact.MR, the market, valued at US$ 4.8 billion in 2024, is projected to reach a remarkable US$ 8.12 billion by 2034​​.

Key Segments and Innovations

The market is segmented by equipment type, end-user industry, gas type, and sensor technology. It includes fixed and portable detectors used across industries like oil and gas, government and military, manufacturing, and more​​.

Technological advancements, such as the integration of wireless technology, are enhancing the efficiency and versatility of these devices.

They are now part of the Internet of Things (IoT) ecosystem, aiding in predictive maintenance and offering comprehensive safety solutions​​.

Global Market Dynamics

The global demand for gas detection equipment is expected to rise at a CAGR of 5.4% from 2024 to 2034.

This growth is driven by stringent safety regulations, technological advancements, and rapid industrial expansion in countries like the United States, Germany, and Japan.

Notably, these devices are increasingly used in healthcare facilities and laboratories to monitor medical gases and ensure patient safety​​.

Competitive Landscape

Manufacturers are focusing on diverse product portfolios, innovations, strategic partnerships, and customisation services.

A notable development in this area is Dräger’s launch of the MetCam optical gas detection camera in December 2021, which provides real-time methane leakage detection​​​​.

Regional Market Trends

Europe and Asia Pacific are key regions in the market. Europe, with its stringent fire safety norms, is seeing an increase in fire alarm and detection system installations.

Germany, for example, is actively promoting the installation of fire alarms and smoke detectors in residential areas.

The Asia Pacific region, with its focus on infrastructure development, is expected to be the fastest-growing market, contributing significantly to the global revenue share​​.

Detailed Market Analysis

Fact.MR’s report provides an unbiased analysis of the global market, offering insights into key segments and regional dynamics.

The report covers various aspects of the market, including types of detectors, end-use industries, sensor technologies, and regional distribution, helping stakeholders make informed decisions​​.

IFSJ Comment

The gas detection equipment market’s projected growth reflects the increasing global emphasis on safety and technological integration in industrial operations.

The integration of IoT and advanced sensor technologies not only enhances safety standards but also signifies a shift towards more connected, data-driven industrial environments.

This market growth is pivotal for industries where safety is paramount, like oil and gas, manufacturing, and healthcare.

The advancements in sensor technology and the adoption of wireless systems are reshaping how industries approach safety, making it more proactive rather than reactive.

Such developments are crucial for ensuring safer workplaces and protecting the environment from hazardous gas emissions.

The focus on portable and versatile devices also indicates a trend towards more agile and responsive safety solutions, adaptable to various industrial settings.

Blackline Safety reveals enhanced features for G6 gas detector

by Featured NewsFire DetectionProducts

Blackline Safety recently unveiled upgrades to its G6 single-gas detector, introducing several new features and service plans aimed at augmenting the device’s capability.

The announcement highlighted the new features of the G6 gas detector, emphasising its enhanced real-time connectivity now mirroring the capabilities of the company’s G7 range.

Gas detector upgrades optimise safety in industrial settings

The G6, designed to assist companies in safeguarding their employees in environments where exposure to toxic gases is a frequent hazard, now boasts an emergency SOS function.

This feature allows workers to swiftly request assistance in urgent situations.

The device’s enhanced suite of data analytics and reporting not only assists in pinpointing indoor locations but also supports a range of gases, including H2S, CO, O2, and SO2.

When a user encounters gas, the G6 alerts them through lights, sounds, and vibrations.

Critically, in scenarios where a worker might be incapacitated due to gas exposure, the device immediately notifies emergency contacts.

G6: at the forefront of gas detection technology

The G6 is not only backed by Blackline’s Live and Analytics platforms but also offers companies valuable insights.

These insights relate to device utilisation and alert instances, empowering firms to address potential threats promptly and fine-tune their safety strategies.

Cody Slater, Blackline’s CEO and Chair, commented: “We are further upping the standard for single-gas that we set last year. G6’s SOS feature ensures workers can get help immediately when and where they need it.

“Moreover, continuous real-time data enables companies to harness the information to enhance worker safety and operational efficiencies.”

An unnamed energy firm active in the Permian Basin, Texas, recently incorporated the G6 into its suite of connected safety equipment sourced from Blackline Safety.

A representative remarked: “G6 filled a gap in our safety program… With Blackline Safety, we get one partner and one platform to manage all our safety needs.”

G6’s long-term reliability and accolades

With a life expectancy of four years, the G6 offers a battery life of up to a year after a single charge.

Blackline Safety is also launching multi-unit charging docks, accommodating either 5 or 25 units, to facilitate easy charging for the G6 fleets.

Those with existing G6 units will receive the new features via over-the-air firmware updates.

In recognition of its innovation, G6 was crowned the 2023 IoT New Product of the Year by Occupational Health and Safety.

It also clinched the Preventica Toulouse award for innovation in workplace safety, a Red Dot award for design excellence, and an OH&S industrial hygiene outstanding product development accolade.

Those interested in witnessing the G6’s capabilities firsthand can do so at the upcoming NSC Safety Congress & Expo in New Orleans, and the A+A event in Dusseldorf, Germany.

IFSJ Comment

The advancements in Blackline Safety‘s G6 gas detector underline a broader trend in the industry towards harnessing technology to protect workers.

As the dangers associated with gas exposure in industrial environments remain significant, innovations like these are vital.

The G6 not only detects gases but ensures rapid communication in emergencies. Its suite of accolades affirms its status as a leading-edge solution in worker safety.

Blackline gas detectors recognised in product awards

by Featured NewsFire Detection

Blackline Safety Corp‘s G6 single-gas detector has been recognised for its innovative product design by Red Dot, as well as for outstanding product development in the area of industrial hygiene by Occupational Health & Safety (OH&S).

“The Red Dot award validates the user-centred approach we took when collaborating on G6’s development with our design partner, Advanta Design,” said Phil Benson, Vice President, Product Design & Data Analytics at Blackline Safety.

“We kept HSE workers and their real-world tasks in mind through every step of the design process.” Based in Germany, the Red Dot Award, is a globally recognized symbol of product design excellence. The company previously won a Red Dot Award in 2017 for its G7 product.

G6 has also been recognised for outstanding product development in the Gas and Vapor Monitoring category by OH&S through its 2023 Industrial Hygiene Awards. This is the ninth time in 10 years Blackline Safety has been awarded for its new product innovations by OH&S.

About the G6

Unveiled in late 2022, G6 is a fully connected and intuitive connected single-gas detector that leverages instant cloud connectivity and integrated location technology to help organizations quickly respond to incidents. Over time, data from G6 usage helps organizations get ahead of possible safety risks by leveraging visuals of high alarm rates and low compliance, as well as data insights from its analytics platform.

“With this new technology, we’re bringing unprecedented levels of connectivity to industrial workplaces, helping to reduce the risk of injury, and bring proactive safety management to a new level,” said Cody Slater, CEO and Chair, Blackline Safety.

“We’re responding to a direct need in the market, giving safety managers higher performing technology to access reliable, actionable data at their fingertips.”

G6 also delivers a full-year battery life and fewer false alarms. It also gives safety professionals access to the trusted data they need to manage their safety protocols, processes, and ongoing compliance more effectively and efficiently.

“We are honoured that G6 is receiving international attention for product design and innovation,” said Slater. “Our game-changing technology is revolutionizing an industry that hasn’t changed in decades—and we continue to innovate and improve as part of our vison to transform the industrial workplace through technology.”

Teledyne launches easy to install gas detection system

by Featured NewsFire DetectionProducts

Teledyne Oldham Simtronics has launched the MX 256. Offering over 200 gas detection points, this cost-effective unit provides flexible, accurate and reliable site management.

The semi-automatic magnetic calibration helps simplify maintenance to ensure systems stay healthy in
the toughest environments.

In addition, Teledyne Oldham Simtronics’s fully addressable sensors significantly reduce installation costs and, more importantly, minimizes the overall cost of ownership compared to using multiple stations for larger sites such as laboratories, hotels, schools, universities, and large public and industrial facilities.

In a wall-mounted box, the MX 256 is compact and easy to install, the configuration will be carried out
thanks to its programming software COM 256.