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Health & Safety

New challenges are emerging in mitigating health and safety incidents in hazardous zones. (Image source: Avigilon)

John Kim, senior director of product and design for Avigilon at Motorola Solutions, discusses how access credentialing can improve physical security in hazardous zones, as part of a layered, scalable security solution

The oil and gas industry faces a unique challenge in increased risks to workers due to the number of hazardous zones on-site. While managers and supervisors prioritise employee safety and security, threats persist, including unauthorised access to high-risk areas that can compromise employees' health and safety.

As industry operations expand in the Middle East to meet global energy demands, new challenges are emerging in mitigating health and safety incidents in hazardous zones. Where communication is imperative to operational efficiency, physical security measures can be a fundamental element in minimising disruptions to daily business.

Protecting workers from harm in hazardous areas is an integral part of worksite safety, including only allowing authorised personnel who are trained and equipped to undertake tasks in specific locations. Access credentialing can be an effective measure in mitigating accidents in these high-risk zones.

Health and safety in hazardous zones

Operational safety in the Middle Eastern oil and gas sectors has improved significantly over the last few years. However, data analysed by artificial intelligence (AI) has revealed that the majority of industry accidents occur due to inadequate supervision, poor risk assessment, lack of awareness and incorrect work procedures.

While more rigorous health and safety protocols and regular training programs can help mitigate the risk of harm, the industry's rapid growth makes implementing such measures challenging. Organisations worldwide continue to expand their operations, adding new staff, facilities and equipment to meet the substantial global energy demand predicted over the next couple of decades, requiring leaders to consider new solutions to enhance on-site physical security.

Focusing on preventive rather than reactive measures can be a powerful strategy for improving physical security in hazardous zones. Ensuring only those with a proven understanding of risks, awareness and protocols have authorisation to enter areas that can compromise their health and safety.

Protecting workers with access credentials

Modern access credentials can be a crucial element in protecting workers during significant expansion phases in the oil and gas industry. They go beyond the traditional badge system, simplifying access while providing more robust measures to ensure only authorised personnel can enter hazardous areas.

Implementing access credential systems that leverage verification methods can help limit access to authorised personnel only. These include mobile credentials, biometric scanners, personal identification numbers and encrypted keycards, all of which support remote management from security platforms.

The advanced access control systems allow security teams to grant or revoke access swiftly, while having detailed security logs to understand employee movement and allow quicker, more accurate action in the event of an incident. In the oil and gas industry, where timely response is vital to maintaining health and safety standards, access credentials can not only help shape a preventive physical security strategy but also enhance reactive measures.

Improving physical security for high-risk areas

The typical definition of hazardous zones on oil and gas rigs is areas where the atmosphere is explosive, with various levels of risk ranging from lower hazards (zone 2) to extreme caution (zone 0). Each zone requires varied health and safety measures to help protect employees from potential accidents and injuries.

Integrating access credentials can help enhance physical security by granting authorisation based on the zone number, allowing only personnel with the necessary skills and knowledge to enter the area. An example is only permitting trained employees into zone 0 areas, such as tankers, where there is a considerable risk of explosion due to the storage of flammable liquids.

Using the access credential system to ensure authorised employees have the right equipment and certifications can help mitigate accidents and injuries, maintaining operational efficiency on worksites.

Furthermore, the technology can play an integral role in shaping an effective overall physical security strategy for oil and gas industry facilities.

Implementing layered physical security strategies

Access credentials for oil and gas facilities can be a valuable tool for addressing some of the industry's leading causes of accidents and injuries. However, they can be part of a comprehensive strategy to improve overall physical security, helping maintain operational efficiency and maximising productivity.

The ongoing demand for energy production in the Middle East means oil and gas organisations will need to scale up to meet quotas. Alongside that growth come new physical security challenges and obstacles that require adaptive solutions.

Industry leaders in the region already enjoy a high level of operational readiness to meet the challenges ahead. Combining access control systems with video security cameras, smart detection sensors and data analytics platforms can help secure that reputation, shaping a layered, scalable solution that ensures hazardous zones remain safe and businesses are productive.

The Peli 9730 remote Area Lighting System. (Image source: Peli Products)

Peli Products, the global leader in advanced portable lighting systems, has launched the Peli 9730 Remote Area Lighting System (RALS), a next-generation lighting solution for demanding environments

The 9730 RALS delivers 4,800 lumens, 18+ hours of runtime, and a lighter, more compact design for superior field performance. It represents a significant upgrade to previous RALS models, improving both illumination and operational efficiency. With its rechargeable battery, the 9730 RALS eliminates the need for fuel-powered generators, making it a cleaner, quieter and more cost-effective choice. This  helps reduce emissions, minimise downtime and improve safety on-site.

Engineered for industrial, emergency, law enforcement and military use, the 9730 RALS provides reliable, portable lighting for temporary work areas, command posts and inspections. Its removable light head allows multiple setups, including tripod mounting for wider coverage. The rear-facing puddle light improves ground visibility, reducing trip risks in dark environments. Compact and weighing 8.3 kg, the 9730 is easy to transport and deploy, with an IP-rated waterproof build for durability in harsh conditions.

Compared to earlier models, the 9730 RALS offers a 1,500-lumen boost and 18+ hours of runtime, while reducing weight by nearly 20%. It is RoHS and CE certified, reflecting Peli’s commitment to product safety, environmental compliance and long-term reliability.

“With the 9730 RALS, we are taking portable lighting to a new level,” said Ebru Doyuran, product marketing manager at Peli. “It delivers longer performance, lighter weight and greater safety, enabling professionals to work more efficiently and sustainably wherever their mission takes them.”

BOSIET training equips offshore workers with the necessary skills to work safety and effectively. (Image source: Adobe Stock)

As offshore projects continue to expand in the Middle East, the demand for skilled personnel trained in safety protocols and emergency response grows. One critical aspect of this preparation is the BOSIET training, a certification that ensures new staff are adequately prepared for the demanding and hazardous nature of offshore assignments

In this article, we will explore why BOSIET training is essential for offshore workers in the Middle East and how it helps equip them with the necessary skills to work safely and effectively.

Understanding the BOSIET training programme

BOSIET, which stands for Basic Offshore Safety Induction and Emergency Training, is an essential certification for anyone entering the offshore oil and gas industry. The program is designed to ensure that offshore workers are well-prepared to handle emergency situations while also familiarising them with the specific hazards associated with offshore operations. The training covers a wide range of safety protocols, including sea survival techniques, fire safety, first aid, and helicopter safety, to name just a few.

For workers heading to offshore sites in the Middle East, where extreme weather conditions and harsh environments are common, BOSIET training becomes even more crucial. The training provides individuals with the skills needed to survive in emergency scenarios, evacuate effectively, and understand the operational procedures to mitigate risks. Completing BOSIET training ensures that workers not only know how to operate safely but also how to react promptly and correctly in life-threatening situations.

Why BOSIET training is essential for offshore workers in the Middle East

The Middle East is home to some of the largest offshore oil and gas projects globally, including the Gulf countries, where large-scale offshore drilling and extraction operations are a significant part of the energy sector. The region presents unique challenges, such as extreme temperatures, difficult terrain, and complex offshore structures, that require a well-prepared and competent workforce.

When employees undergo BOSIET training, they gain knowledge of vital safety measures, emergency protocols, and survival techniques. In the Middle East, where offshore projects often operate in remote locations, workers need to be self-sufficient and confident in handling potential hazards. The training focuses on a variety of scenarios that might occur on offshore platforms, ensuring that workers are prepared for any emergency that may arise during their assignments. With BOSIET training, workers understand how to use safety equipment, manage evacuation drills, and respond to fires, chemical spills, and other emergencies.

The role of BOSIET training in promoting safety on offshore sites

Having a fully trained workforce significantly reduces the risk of accidents, injuries, and fatalities. In high-risk environments like offshore oil rigs, preventing accidents is key to maintaining productivity.

By ensuring that all staff have completed BOSIET training, employers demonstrate their commitment to safety while adhering to regulatory requirements. In fact, many offshore oil and gas companies in the Middle East require new staff to complete BOSIET certification before they can begin work on site. This ensures everyone on the platform is fully prepared for the risks they may encounter.

How to enroll in BOSIET training for offshore assignments

For individuals looking to pursue a career in offshore oil and gas, obtaining BOSIET training is the first step toward securing a role on an offshore platform. Training providers such as FMTC safety in the Middle East offer BOSIET courses, typically involving both classroom learning and hands-on exercises. These courses are designed to meet international standards and ensure workers receive comprehensive and globally recognised certification.

Conclusion

BOSIET training remains a most important step for anyone entering offshore work in the Middle East. It prepares workers to handle emergencies, understand operational risks and maintain safety in demanding offshore environments. With accredited providers such as FMTC Safety, workers receive hands on offshore challenges hence facing offshore operations confidently while effectively contributing successfully towards major energy projects across the region.

The SHP-SIS Safety Smart High-Performance Positioner

IMI has launched a new high-performance digital pneumatic positioner to provide reliable safety functions for blowdown and emergency shutdown valve actuation in critical applications

With a patented algorithm and high output CV that delivers ultra-fast stroking times for enhanced safety performance, the SHP-SIS Safety Smart High-Performance Positioner is used in safety instrumented systems (SIS), working within pneumatic operating pressures of 2.5 to 10.5 bar (150 PSI) and ambient temperatures between -55 to 85°C (-67 to 186°F). The SHP-SIS’s built-in partial stroke testing (PST) and SOV diagnostic capabilities ensure compliance with functional safety requirements and assist in supporting preventative maintenance practices.

The positioner is designed with the ability to create a digital twin within the control system. This allows for faster online swap-overs during service periods, alongside online data monitoring and advanced online and offline diagnostics capabilities. Its digital twin technology also enables smart commissioning for faster set-up, with a complete digital inventory of valve configuration and performance history.

“Positioners are crucial to maintaining precise control and achieving the correct stem position,” said Roby Buyung, president of Process Automation at IMI. “In critical on/off applications, this control is even more vital if plant and operator safety is to be assured.

“It is for this reason that we have developed the SHP-SIS Safety Smart High-Performance Positioner as a solution that offers flexible installation types for single and double acting, as well as standard and remote mounting. Designed for safety engineered systems, the positioner’s adaptability further helps it fulfil its purpose as a reliable function for blowdown and emergency shutdown valve actuation.”

The SHP-SIS is available in low copper aluminium housing or 316 stainless steel and a painted option for harsh operating conditions. It includes a contactless travel sensor and tough touchscreen interface, with fully encapsulated electronics tested for high vibration and reliability. It is TUV-certified for SIS applications and is certified according to IEC 61508:2010 up to SIL 3.

“It is imperative that operators can act quickly and decisively during emergency shutdowns and blowdown events,” concluded Buyung. “The SHP-SIS gives operators the tool they need to ensure best possible performance and compliance with all-important safety standards. It is durable and functional, allowing for more efficient maintenance in even the most demanding plant environments.”

The Hub features the latest thinking in gas detection technology. (Image source: MSA Safety)

MSA Safety, a global leader in safety solutions, has launched the Gas Detection Hub, a new digital knowledge platform designed to help safety professionals move beyond reactive risk management and create a proactive, insight-led safety culture

The Hub provides a central destination for expert insight, practical resources, and the latest thinking in gas detection technology. Aimed at safety managers, operational leads, engineers, and decision-makers across key industries, it is free to access with a simple one-time registration. New content is added regularly so that professionals always have access to fresh, relevant information aligned with the latest developments in gas detection and safety.

“The Gas Detection Hub was built with one clear objective: to help safety professionals make informed decisions in high-risk environments by giving them the tools, knowledge, and confidence to enhance worksite safety,” said Danny Stranks, MSA Safety Connected sales manager. “From real-world case studies to in-depth whitepapers and technical explainers, the Hub offers content that’s not only insightful but also offers the clarity and perspective to help you navigate complex changes.”

The Gas Detection Hub includes:
∙Expert blogs and leadership insight
∙Product information and application guidance
∙Customer stories and case studies
∙On-demand video explainers
∙Industry whitepapers
∙Updates on the latest safety standards and connected technologies

Global reach, local relevance

The Gas Detection Hub is accessible worldwide, with content tailored to regional needs and industry priorities. Whether working in oil and gas, utilities, manufacturing, or any sector where gas detection is important, the Hub serves as the go-to destination for education, expert advice, and connected safety innovation.

To sign up to the Hub, click here.

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