What many teams miss about gas detectors on short-term sites

Gas detectors gaps on temporary worksites

Crowcon Detection Instruments has warned that temporary and mobile worksites are often neglected when it comes to gas detection, leaving workers exposed to invisible hazards.

The company said that such sites, which include refinery turnarounds and short-term construction projects, frequently lack adequate gas safety systems.

According to Crowcon, data from 2015 to 2020 shows that temporary worksites across the UK accounted for 11 deaths and more than 130 injuries.

Ed Clapham, Product Manager at Crowcon Detection Instruments, said: “The environment of a temporary worksite clearly demonstrates the need for gas monitoring, mainly due to the way these sites operate.

“Most, if not all, temporary worksites run under intense time, deadline and cost pressures, with crews often required to move rapidly between jobs and environments.

“However, these quick turnaround times and competing pressures frequently result in safety systems being overlooked.”

He added that when teams rely on assumptions rather than real-time monitoring, they create a safety gap that can have serious consequences.

Cost and awareness challenges in gas safety

Clapham said: “It’s important for teams operating on mobile or short-term worksites to remember that temporary operations can carry long-term consequences if hazards are underestimated.

“If a project is only expected to last a few days or weeks, decision-makers sometimes assume it doesn’t require the same level of safety infrastructure as a permanent site, when in fact, this mindset can be dangerous.

“The reality is that temporary setups tend to be more unpredictable, often involving changing personnel, unfamiliar layouts and makeshift conditions that increase the risk of gas exposure.”

He explained that limited budgets and a lack of awareness often prevent proper investment in portable detection systems.

“Because these worksites are considered short term, tight project budgets and limited resources can mean that gas detection falls into the ‘nice to have’ category rather than being treated as essential, when this should not be the case,” Clapham said.

“In some cases, a lack of awareness or expertise is also to blame. Not every project manager or contractor fully understands the technical risks associated with invisible hazards such as oxygen depletion or low-level toxic gas exposure.”

The need for proactive safety measures

Clapham continued: “It’s quite common for businesses, and individuals, to be more reactive than preventative. It’s not unusual for safety equipment to be purchased after an incident or regulatory audit, rather than before.

“This happens because, without visible consequences, leadership may not prioritise proactive investment. This can unknowingly create a dangerous cycle in which, until something goes wrong, gas detection remains invisible, both literally and figuratively.”

He said that under Health and Safety Executive (HSE) guidance, project managers are legally responsible for ensuring that workers are not exposed to foreseeable hazards, regardless of project duration.

“Beyond compliance, incidents are highly disruptive and costly,” he added.

“Even a single near-miss can derail schedules, trigger investigations, halt operations and damage client relationships.”

Portable gas detectors addressing temporary site risks

Clapham said: “Gas detection technology has advanced significantly over the years, which is why it’s so important to leverage the full capabilities of modern safety equipment, especially across temporary worksites, where portable solutions are ideal.

“Temporary worksites are defined by constant change and rotating personnel. This level of movement makes it difficult to maintain consistent safety standards, but this is precisely where portable and area gas detectors excel, providing the agility and adaptability needed to match such fluid operations.

“Modern portable and area gas detectors offer a practical, proven way to deliver the reliability of fixed monitoring to virtually any location. These compact, connected systems can be deployed quickly to cover confined spaces, open worksites or multi-zone maintenance areas, without disrupting workflow.

“By implementing connected, mobile detection systems, teams can maintain full situational awareness, even in fast-paced or remote environments. Ultimately, it’s about making safety flexible, without ever lowering standards.”

Relevance for fire and safety professionals

This information is relevant to safety officers, project managers and compliance leaders overseeing short-term or mobile industrial operations.

The insights highlight a recurring issue in temporary work environments, where gas detection is often deprioritised despite clear legal and operational risks.

Professionals responsible for safety planning in construction, maintenance and refinery operations can use portable gas detection technology to ensure continuous monitoring even in fluid, multi-site projects.

The data cited by Crowcon and the British Safety Council reinforces that gas-related incidents remain a leading cause of injury and fatality across temporary worksites, underscoring the importance of equipping all crews with portable detection systems from project start to completion.

Teledyne GFD to highlight global gas detection expertise at ADIPEC 2025

Teledyne GFD to preview next-generation gas detection system at ADIPEC 2025

Pre-launch demonstration planned for major energy event

Teledyne Gas and Flame Detection (Teledyne GFD) will preview its next-generation gas detector at ADIPEC 2025 ahead of the product’s full release in 2026.

The company said the new detector will be the centrepiece of its stand during the exhibition, which takes place in Abu Dhabi from 3 to 6 November.

According to Teledyne GFD, the pre-launch forms one of six demonstration areas designed to showcase advances in detection, wireless systems and digital integration for the oil and gas industry.

Thomas Möller, Vice-President Sales and Marketing at Teledyne Gas and Flame Detection, said: “Manufacturing both fixed and portable gas and flame equipment, we can reference more than 190 years of combined expertise across our three sites in Cypress, Renfrew and Arras.”

“It also allows us to present our latest and upcoming innovations to the 200,000 visitors expected at ADIPEC.”

“Of particular interest, the pre-launch of our next-generation gas detector is not-to-be-missed.”

Focus on detection, connectivity and environmental monitoring

Teledyne GFD confirmed that its stand, located at 9413 in hall 9, will feature focus areas covering hydrogen sulphide (H₂S), methane (CH₄), flame detection, wireless systems and cloud-based data tools.

For H₂S detection, the company will present the GD1 laser-based open-path detector, which has SIL2 third-party approval and is designed for safety-related applications.

The DG gas detector will also be displayed, offering operation at temperatures up to +65°C and a highly visible interface.

In the portable range, Teledyne GFD will highlight the Protégé ZM zero-maintenance single-gas monitor and the PS DUO detector capable of monitoring both H₂S and sulphur dioxide (SO₂).

For methane emissions, Teledyne GFD will feature its new MethaSense Trace system, designed for continuous low-emission monitoring and quantification with 50 ppm sensitivity using non-dispersive infrared (NDIR) technology.

Multi-spectrum flame detection and wireless control systems

The company’s flame detection exhibit will include the MultiFlame DF-TV7–T, a multi-spectrum infrared detector with three wavelengths.

The model responds to unwanted hydrocarbon fires and maintains high false-alarm immunity.

Spyglass triple infrared and ultraviolet–infrared open-path detectors will also be on display, including options that integrate high-definition video for remote decision-making.

Teledyne GFD said a new wireless gas detection monitoring system will also be introduced, featuring a touchscreen panel that can connect up to 64 Modbus or 4-20mA detectors through wired or wireless links.

The system allows configuration of sensor combinations, alarm set points and power sources according to site requirements.

Cloud platform to support compliance and data analysis

A further highlight will be Teledyne GDCloud, a cloud-based platform for secure data sharing and compliance record management.

The company said the solution allows users to visualise field data, view audit trails and generate compliance documentation.

Teledyne GFD described the platform as a way to simplify reporting and enable analysis of operational data for business decision-making.

The firm, which has exhibited at ADIPEC for over a decade, said this year’s theme, ‘Freedom – The Instinct of Detection’, reflects its focus on reliability, intelligence and safety in detection technology.

Blackline Safety celebrates eighth award for EXO 8 device in 2025

Blackline Safety’s EXO 8 earns Firehouse Innovation Award

Blackline Safety has announced that its EXO 8 area monitor has been named a 2025 Firehouse Innovation Award winner.

The company said this recognition marks the eighth major industry award for the device in 2025.

The Firehouse Innovation Awards highlight advances that improve firefighter and emergency response operations.

Firehouse Magazine described EXO 8 as “the only area monitor that detects eight different gases and gamma radiation in a single, rugged, portable device.”

It called the model “a game changer for firefighters who operate in high-stakes environments.”

Cody Slater, Chief Executive Officer and Chair at Blackline Safety, said: “Earning our eighth award this year is a powerful testament to EXO 8’s impact.”

“It’s redefining what teams expect from area monitoring – connecting responders and industrial crews to the critical data they need to make faster, safer decisions when it matters most.”

Portable monitoring with cloud connectivity

According to the company, EXO 8 is the only portable area monitor that combines gas and gamma radiation detection in a single connected unit.

The system streams data live to the cloud, giving emergency response teams real-time visibility in hazardous environments.

This approach supports decision-making in situations where conditions and substances may be unknown.

The manufacturer explained that the platform enables responders and industrial users to view gas readings and radiation levels instantly from remote locations.

Multiple awards recognise EXO 8 innovation

In addition to the Firehouse award, EXO 8 has earned seven other major honours during 2025.

These include two Occupational Health & Safety (OH&S) New Product of the Year Awards, a Red Dot Design Award, a Préventica Paris Innovation Award and three OH&S Industrial Hygiene Awards.

The company said the recognition reflects the device’s design, innovation and contribution to worker and public safety.

Platform update expands data insight

Blackline Safety confirmed that it has also refreshed its EXO 8 analytics report within the Blackline Live platform.

The update introduces features that allow users to view gas readings by location and track gamma radiation trends over time.

According to the company, these functions make it easier to visualise activity timelines and simplify audits and reporting.

Slater added: “Firefighters and first responders put everything on the line to protect others.

“At Blackline, we’re driven by the belief that they deserve that same level of protection in return.

“With EXO’s real-time monitoring and data, we can give them the visibility, confidence and connection they need to get home safe at the end of the day.”

Relevance for fire and safety professionals

The recognition of EXO 8 will be of interest to fire chiefs, emergency response managers and industrial safety officers who rely on area monitoring technology for operational safety.

The system’s ability to detect eight gases and gamma radiation in a single device reduces the need for multiple instruments during hazardous response operations.

Its integration with cloud-based analytics provides command centres and incident managers with real-time situational awareness across complex or remote environments.

The updated analytics within Blackline Live enable safety teams to review exposure patterns, support post-incident reporting and improve risk analysis procedures.

These developments highlight how connected detection tools can enhance both field safety and data-driven decision-making in firefighting and emergency management.

Crowcon introduces IQ gas detector ecosystem for high risk industrial compliance

New connected gas detection family launched

Crowcon has launched the IQ range of connected portable gas detectors, available for pre-order from Tuesday 23 September.

The company said the IQ range includes single and dual-gas wearables, area monitors and cloud-based insights for fleet-wide monitoring.

It explained that the devices are modular, connected and designed to simplify testing, calibration and compliance.

According to the company, the new range is intended for use across high-risk industries including oil and gas, renewables, chemicals, pharmaceuticals, utilities and food and beverage.

Features aimed at reducing downtime

Crowcon stated that industry analysis shows nearly 80% of portable gas detectors are not properly maintained or calibrated.

It added that the IQ range reduces downtime by completing bump tests in under 10 seconds and full calibrations in 30 seconds.

The company highlighted that confined space fatalities linked to oxygen depletion or toxic gases account for 56% of cases, making reliability essential.

Crowcon explained that IQ devices feature downward-facing sensors to reduce false alarms and pre-calibrated sensor trays that can be swapped quickly.

It confirmed that wearable units can run for up to six months on a single charge, more than double the typical time.

Range line-up and monitoring capabilities

The UnoIQ provides single-gas protection and can be upgraded midlife to a dual-gas device.

The DuoIQ monitors two gases in one device, offering long battery life and compatibility with multiple sensor types.

The DetectiveIQ is an area monitor capable of monitoring up to seven gases with a 15-week battery life and mesh networking to link multiple units.

Each device connects with IQHub for rapid testing and automatic data upload.

Crowcon confirmed that IQHub and Crowcon Connect allow managers to monitor alarms, compliance status and device activity in real time across locations.

Company statement on product mission

Michael Vaux, Commercial Director at Crowcon, said: “The IQ range is a real game-changer, a genuine step forward in portable gas detection.

“We’ve packed it with everything safety teams need: industry-leading battery life, modular and serviceable sensor tech, and seamless connectivity.

“It’s all about protecting people without adding cost or hassle.

“No other detector on the market combines this level of flexibility and performance, scaling effortlessly from single-worker protection to full site-wide monitoring.

“It’s built to be a true on-site companion, not just another bit of kit.

“Safety should be simple, reliable, and future-proof.

“That’s been our mission from the start, to make advanced safety accessible to everyone, from small contractors to global operators.”

Relevance for fire and safety professionals

The IQ range could be directly relevant to safety officers, procurement managers and facility managers working in industries where gas exposure is a risk.

The modular design means detectors can be adapted to new hazards without taking them offline, supporting continuity of site operations.

Fast calibration times reduce downtime, which could support contractors and site managers working to strict deadlines.

Battery performance of up to six months on a single charge offers a reduction in maintenance requirements for those managing large fleets.

The real-time monitoring and compliance visibility available through IQHub and Crowcon Connect could be relevant for those responsible for regulatory reporting.

The ability to link multiple devices through mesh networking with the DetectiveIQ may be of interest to incident commanders and emergency managers overseeing confined space or temporary site operations.

Crowcon unveils IQ range of portable gas detectors: Summary

Crowcon announced the launch of its IQ range of connected portable gas detectors on Tuesday 23 September.

The company said the family includes UnoIQ and DuoIQ wearable devices and the DetectiveIQ area monitor.

It confirmed that the IQ range features modular, swappable sensor trays, downward-facing sensors and cloud connectivity for fleet oversight.

According to the company, bump tests take less than 10 seconds and full calibrations take 30 seconds.

Crowcon highlighted that confined space fatalities linked to oxygen depletion or toxic gases account for 56% of cases.

It added that battery life extends up to six months for wearables and 15 weeks for area monitors.

The firm stated that all devices connect with IQHub for testing and Crowcon Connect for compliance tracking.

Michael Vaux, Commercial Director at Crowcon, said the range delivers modularity, long battery life and real-time monitoring to support safety and compliance.

This article contains information from the following source: Crowcon

Firefighters’ hidden health risk now tracked by new software

Fire service operations supported by new RAM software

Dräger has released a browser-based software system to improve daily work in fire service operations.

The Resource and Asset Management (RAM) platform is designed to provide a single tool for equipment monitoring, maintenance, and documentation.

It covers processes and data throughout the life of each piece of equipment, from initial deployment to end of service.

According to Dräger, the system is intended to improve compliance and safety through more reliable equipment management.

The company said RAM forms part of its wider focus on firefighter protection and operational safety.

Asset tracking and equipment condition monitoring

Dräger explained that RAM enables rapid verification of stock levels and equipment condition.

It said the software allows fire services to see what assets are in use, what is available, and when items are due for service or maintenance.

These functions are designed to help staff manage resources more effectively and reduce the risk of deploying unavailable or overdue equipment.

The company added that the system is intended to support improved allocation and operational readiness.

Integration with testing and maintenance systems

RAM also integrates maintenance data for gas detection devices and other equipment.

Dräger said testing can be carried out directly through its cloud connection, reducing the need for manual record keeping.

It explained that maintenance records are automatically linked with equipment status, which is designed to streamline workshop operations.

The company reported that combining testing and record keeping is intended to raise efficiency across fire service workshops.

Contamination monitoring and firefighter health

Dräger said RAM includes functions for tracking contamination of personal protective equipment and breathing apparatus.

The company explained that data provides fire service staff with a record of what equipment has been exposed and what is safe to redeploy.

It added that the system records cleaning processes after use to maintain an accurate record of equipment readiness.

According to Dräger, these functions are designed to help reduce health risks linked to exposure to harmful substances after fire incidents.

Statement from Dräger

Liz Millward, Marketing Manager Emergency and Rescue Services at Dräger, said: “Dräger takes pride in designing technology that protects lives, and we are dedicated to keeping people safe through our designs.

“The new software plays a vital role in safeguarding firefighters by ensuring they have reliable access to the essential safety equipment they need.

“Even after a fire has been put out, harmful substances remain as soot and vapours on the surface of their PPE, which can have health implications for the subsequent PPE users.

“Having a clear inventory of contaminated stock helps fire service professionals quickly and efficiently select clean equipment before deploying it for operational use.”

Relevance for fire and safety professionals

Fire and safety professionals can use the data recorded in RAM to maintain accurate information on equipment availability.

The system provides documentation of contamination and cleaning, supporting safe redeployment of PPE and breathing apparatus.

Integration of testing and maintenance records is intended to reduce manual administration in fire service workshops.

This approach is designed to improve compliance and support operational safety through reliable equipment tracking.

Browser-based system launched for fire service operations: Summary

Dräger has released RAM, a browser-based software for fire service operations.

The system is designed to track equipment, maintenance, and contamination.

RAM provides stock verification to show availability and condition.

It integrates maintenance data and testing functions for gas detection devices.

The system records contamination of PPE and breathing apparatus.

It documents cleaning processes to confirm when equipment is ready for reuse.

Liz Millward of Dräger said the software helps safeguard firefighters by providing reliable access to essential safety equipment.

Portable gas detection technology updated with dual-gas capability

Product unveiled for industrial use across global safety applications

Teledyne Gas & Flame Detection has introduced a new portable gas detection device for personal safety monitoring, designed to measure two gases simultaneously.

The manufacturer announced the launch of the PS DUO on 24 June 2025, highlighting its application in hazardous environments where real-time gas level monitoring is required.

According to Teledyne Gas & Flame Detection, the PS DUO is a compact handheld device that provides audible, visual and vibrating alerts when gas concentrations exceed safety limits.

The PS DUO uses passive diffusion sensing and is available in multiple gas pairing combinations. Target gases include carbon monoxide, hydrogen sulphide, sulphur dioxide, ammonia, oxygen, hydrogen, nitrogen dioxide and ozone.

Teledyne said the detector is ATEX/IECEx-rated and built with a rugged rubberised enclosure, lightweight casing and a replaceable battery designed to last up to two years.

Real-time data logging and safety system integration

The PS DUO includes wireless connectivity and on-device memory for storing up to 30 alarm events.

Teledyne reported that the device’s LCD display provides continuous concentration readouts for both gases.

The device is intended for use across a wide range of sectors including oil and gas, industrial processing and confined space work.

In regions such as the Middle East, Teledyne said the H₂S and SO₂ gas detection capabilities will be especially relevant.

For hydrogen sulphide, the PS DUO supports a measuring range of 0 to 100 ppm with 0.1 ppm resolution. The low and high alarms are set at 10 ppm and 15 ppm respectively.

For sulphur dioxide, users can configure the device for a range of 0 to 20 ppm, also with 0.1 ppm resolution. Low and high alarms are set at 2 ppm and 5 ppm.

Configurable sensor options and international applicability

Teledyne confirmed that users can configure the PS DUO’s dual-gas capabilities to match specific site requirements.

Pawel Kulik, Product Manager for Portables at Teledyne Gas and Flame Detection, said: “With its reliable performance, flexible gas pairings and wireless integration, our PS DUO offers a powerful new option for industrial safety programmes – backed by Teledyne’s global service and support.”

He added: “It adds to an existing and highly successful range of personal safety and gas monitoring solutions that includes our portable Protégé ZM and PS200.”

Related portable monitors from Teledyne

Teledyne’s portable range also includes the Protégé ZM single-gas monitor and the PS200 four-gas compliance monitor.

The Protégé ZM is available in O₂, CO, H₂S and SO₂ versions. The company stated it is a zero-maintenance monitor suited for individual use in field applications.

The PS200 is described by Teledyne as a compact four-gas monitor that is lightweight, water resistant and capable of measuring any combination of LEL, O₂, CO and H₂S.

Teledyne noted that the PS200 includes an internal pump for use in confined space entry and other applications requiring sample draw capability.

Product specifications and warranty

The PS DUO measures 56 x 89 x 21 mm and weighs 200 g.

The company stated it is IP67-rated and ergonomically designed for user comfort.

The device operates on a single replaceable battery and is backed by a two-year warranty.

The PS DUO is intended for continuous operation under normal field conditions.

Teledyne said the combination of alarm feedback, flexible gas pairings and rugged housing make the detector suitable for long-term deployment.

Portable gas detection technology updated with dual-gas capability: Summary

Teledyne Gas & Flame Detection launched the PS DUO on 24 June 2025.

The device allows simultaneous detection of two gases.

It includes wireless connectivity and internal memory for alarm logs.

Target gases include CO, H₂S, SO₂, NH₃, O₂, H₂, NO₂ and O₃.

The device provides audible, visual and vibrating alerts.

It uses passive diffusion sensing for continuous monitoring.

The PS DUO is ATEX/IECEx-rated and IP67 compliant.

It weighs 200 g and measures 56 x 89 x 21 mm.

Battery life under standard use is up to two years.

The device has a two-year manufacturer’s warranty.

Alarm thresholds are set at 10/15 ppm for H₂S and 2/5 ppm for SO₂.

Pawel Kulik is the Product Manager for Portables at Teledyne.

The product joins Teledyne’s existing portable gas monitor range.

Other devices in the range include the Protégé ZM and PS200.

Teledyne said the PS200 is suitable for confined space use.

Teledyne GFD to open Saudi Arabia gas detection facility with IDS

Teledyne partners with IDS to manufacture gas detection sensors in KSA

Teledyne Gas & Flame Detection (Teledyne GFD) has confirmed the establishment of a 699 m² manufacturing site in Dammam, Saudi Arabia.

According to Teledyne GFD, the new site was created in partnership with Industrial Detection Solutions (IDS) to support local production of its gas detection technologies.

The facility will manufacture sensors for detecting toxic and combustible gases used at oil, gas, petrochemical and LNG facilities across the Middle East.

New facility to support local production and delivery

Teledyne GFD said the facility will produce its DM-700 toxic gas sensor and its FP-700 and IR-700 combustible gas sensors.

The company explained that relocating manufacturing to Saudi Arabia will improve supply chains by reducing delivery times and increasing regional accessibility.

The project also supports Saudi Arabia’s In-Kingdom Total Value Add (IKTVA) programme, which aims to localise manufacturing and develop regional supplier capacity within the energy sector.

Partnership aims to align with Saudi Arabia’s IKTVA strategy

The IKTVA programme is a national policy designed to increase industrial participation within Saudi Arabia’s oil and gas supply chain.

Teledyne GFD stated that its partnership with IDS helps meet IKTVA objectives by enabling local manufacturing of safety-critical devices.

The company added that this localisation strategy is intended to strengthen both economic resilience and industrial collaboration in the Kingdom.

Products made in Dammam will serve regional energy sector

According to Teledyne GFD, the DM-700 sensor uses electrochemical technology to detect oxygen and toxic gases and features a smart, plug-in cell that identifies gas type and range automatically.

The FP-700 sensor monitors combustible gases using catalytic bead technology.

The IR-700 sensor detects combustible hydrocarbons using non-dispersive infrared optical sensor technology.

Teledyne GFD said all sensors are designed to operate reliably in challenging industrial conditions.

New partnership will reduce delivery times for regional customers

Thomas Moeller, Vice President Sales & Marketing at Teledyne GFD, said the company aims to improve delivery speed and supply chain performance by manufacturing closer to end users.

Moeller said: “Our new partnership with Industrial Detection Solutions ensures that manufacturing is closer to both customers and suppliers, enabling even faster delivery of class-leading gas detection products in support of more efficient supply chains.”

Moeller added: “The proven solutions manufactured in KSA will better serve a vast regional industry that recognises the importance of a robust and prevalent safety culture.”

Moeller continued: “We are proud to be part of KSA’s remarkable ongoing journey of economic and industrial growth, and we look forward to a successful future together.”

Teledyne opens Saudi Arabia gas detection facility with IDS: Summary

Teledyne GFD has announced a partnership with IDS to open a gas detection sensor facility in Dammam, Saudi Arabia.

The facility covers 699 m² and will produce DM-700, FP-700 and IR-700 gas sensors.

The company said this move supports faster product delivery across the Middle East.

It aligns with Saudi Arabia’s IKTVA programme, which aims to grow local industrial capacity.

Teledyne GFD said manufacturing in KSA will strengthen regional supply chains.

The company stated that its sensors use electrochemical, catalytic bead and infrared technology.

These sensors are designed to detect toxic and combustible gases in oil, gas and petrochemical settings.

Teledyne GFD said the facility will support regional safety needs.

A grand opening ceremony is scheduled for 19 June 2025.

MSA and Sherbiny announce Saudi Arabia gas monitor partnership

MSA partners with Sherbiny to assemble gas monitors in Saudi Arabia

MSA Safety has announced a new partnership with Saudi Arabia-based industrial manufacturer Sherbiny to locally assemble its General Monitors S5000 Gas Monitors.

According to MSA, the monitors will be produced at Sherbiny’s facility in Al-Khobar, which has been approved by Saudi Aramco under its In-Kingdom Total Value Add (IKTVA) programme.

The collaboration forms part of MSA’s Accelerate strategy to expand its detection business and improve regional service capacity.

Al-Khobar facility to support MSA Accelerate strategy

The company said that by enabling local assembly, it will be able to reduce delivery times, provide improved technical support, and enhance service quality for customers in the region.

Dave Howells, President of MSA International, said: “We’re very excited to have this product assembly partnership in place.”

Mr Howells continued: “The partnership aligns with MSA’s Accelerate strategy, which includes a focus on growing the company’s global detection business.

“By providing local assembly capabilities and supporting Saudi Aramco’s IKTVA program, Sherbiny enhances our ability to serve customers in the region, with faster delivery while also strengthening our technical support capacity, quality control and customer service.”

Mr Howells added that MSA will grow its service and training teams in Saudi Arabia to support the new production.

Sherbiny affirms alignment with national industrial policy

Majed Sherbiny, Chief Executive Officer for Mohammed Hassan Sherbiny for Commerce LLC, confirmed that the partnership contributes to Saudi Vision 2030 goals by increasing domestic production capacity.

Mr Sherbiny said: “At Sherbiny, our core value is customer focus, and we are dedicated to putting the customer at the center of our world.

“We are proud to be one of the premier partners for Saudi Aramco over the past 35 years, and we are thankful for them in supporting our local manufacturing initiatives that enable us to directly provide the best quality products and services that our customers deserve.”

Mr Sherbiny added: “Our partnership with MSA to locally assemble its state-of-the-art detection technologies, like the S5000 Gas Monitor, represents an exciting new phase in that partnership.

“We view the partnership as a starting point that can lead to more local assembly work over the coming years, as we are committed to fulfilling the Kingdom’s Vision 2030 economic development program, alongside Saudi Aramco and its IKTVA initiative.”

S5000 monitor features and regional expansion plans

The S5000 Gas Monitor includes MSA’s proprietary XCell hydrogen sulphide sensor, which uses TruCal technology to improve accuracy and reduce maintenance requirements.

The company stated that the device offers a direct replacement option for users of the previous generation of hydrogen sulphide detectors, with improved performance in high-risk environments.

Mr Howells noted that MSA has viewed the Middle East as a growth area for several years.

Mr Howells said: “This partnership represents an important, cooperative venture that enhances MSA’s ability to build a substantial fleet of fixed gas and flame detectors and related services in Saudi Arabia.

“Like Sherbiny, we welcome the opportunity to support Saudi Aramco’s IKTVA program and Saudi Arabia’s Vision 2030 program by positioning our two organizations to better meet infrastructure and worker safety needs.”

MSA and Sherbiny announce Saudi Arabia gas monitor partnership: Summary

MSA Safety announced a partnership with Sherbiny to assemble S5000 Gas Monitors in Saudi Arabia.

The monitors will be assembled at Sherbiny’s Al-Khobar facility, approved under the IKTVA programme.

The initiative is part of MSA’s Accelerate strategy to grow its global detection business.

Sherbiny’s involvement supports Saudi Aramco’s efforts to increase local manufacturing.

Dave Howells, MSA International President, said the move improves delivery and customer service in the region.

MSA will expand local training and support teams to accompany the rollout.

Majed Sherbiny said the company aims to support Vision 2030 with more local production.

The S5000 features XCell hydrogen sulphide sensors with TruCal technology.

It replaces older models and reduces total cost of ownership.

MSA stated the partnership reflects its long-term investment in the Middle East market.

The importance of a reliable gas detection system

In the industrial world, safety is never an option: it is a responsibility. And when it comes to potentially explosive environments, chemical plants, laboratories, underground car parks or HVAC facilities, the presence of flammable or toxic gases makes it essential to adopt reliable detection solutions, capable not only of preventing accidents, but also of ensuring business continuity.

Reliability as a pillar of prevention

An effective gas detection system is not just a supporting technology: it is a vital prevention system. In an environment where failure can have serious consequences, both in terms of safety and economic damage, the reliability of installed devices makes the difference between a mitigated risk and a real danger.

Detectors must be designed to work in often harsh environmental conditions – humidity, dust, temperature variations – and must maintain their accuracy over time. They must also be easy to maintain, upgradable and integrable into existing control systems.

Sensitron: reliability without compromise

For over thirty years, Sensitron has been protecting people and environments with advanced gas detection solutions. We work every day to offer reliable technology designed to operate continuously, accurately and safely. Our detectors, certified according to the most stringent European and international standards, are the result of consolidated experience and a continuous drive towards innovation.

From production to design, every step is guided by our values: care, to ensure that every detail is perfect; courage, to anticipate the challenges of the future; excellence, to offer only the best; growth, to improve together with our customers.

Rely on someone who knows the risk

A gas detection system is much more than a sensor: it is a safety net that protects lives, environments and investments. Therefore, choosing an expert partner is crucial. Sensitron not only supplies devices, but also supports its customers with advice, technical support and training, building tailor-made solutions for every need.