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Health & Safety

Choosing protection that is comfortable, high-performing, and easy to use shows commitment to people, not paperwork. (Image source: MSA Safety)

MSA Safety discusses how decision-makers can inspire a culture of protection, not just compliance

In high-risk industries, safety is the foundation of productivity, quality, and trust. Yet too often it is reduced to a compliance exercise. For safety managers and site leaders, the opportunity is to shift this mindset. By treating safety as a core value, not just a legal duty, leaders can build trust, boost morale, and empower teams to take ownership of their protection.

Beyond compliance

Regulations are the baseline, but when safety becomes a tick-box task, engagement suffers. PPE and protocols risk being seen as burdens rather than lifesaving tools. True safety leadership reframes protection as a personal investment in people’s wellbeing.

PPE as a leadership choice

Every decision signals priorities, and few are more visible than PPE. Choosing protection that is comfortable, high-performing, and easy to use shows commitment to people, not paperwork. Workers are more likely to embrace equipment that’s designed with them in mind.

Building trust together

Involving employees in PPE trials and feedback builds trust and ensures equipment works in real conditions. When leaders model safe behaviour, engage teams, and close the feedback loop, safety becomes embedded in daily culture.

The result can be higher morale, fewer incidents, and a reputation for valuing worker wellbeing. Lead with protection, not just policy, and safety will follow.

At MSA, we design PPE that fits, functions, and protects without compromise. Ready to elevate your safety standards? Try our Head and Fall Protection Ranges for free.

By streamlining offshore operations, W2W systems enhance personnel safety while cutting down greenhouse gas emissions. (image source: Ampelmann)

Ampelmann, the leading offshore access provider that delivers safe and efficient access solutions to the global offshore energy sector, outlines how gangways can support Middle Eastern ESG goals

The oil & gas sector in the Middle East is undergoing a pivotal change. Calls to facilitate socially and environmentally conscious business practices have become more pronounced and regulatory measures have been taken to encourage the industry to improve its Environmental, Social and Governance performance (ESG). Safety, decarbonisation and shrinking environmental footprints now drive decision making across the Middle East.

With considerable expansion in the Arabian Gulf, Arabian Sea and Gulf of Oman announced for 2026, these measures will have a profound impact on a key offshore oil & gas market. But ESG alignment will require new technology, its implementation and a recalibration of existing practices. One crucial, often overlooked aspect of offshore operations with much room for improvement is the utilisation of motion compensated gangways, commonly known as Walk to Work (W2W) systems, to transfer crew and cargo to their worksites on offshore installations.

Sustained by safety

Safety is a core pillar of the modern offshore industry and a key component of ESG performance. Before Ampelmann introduced the Middle East to W2W nearly fifteen years ago, the only way to transfer personnel directly from a vessel to an offshore platform and back was by using rudimentary static gangways, ropes, baskets, or by jumping across when conditions allowed it. Prone to delays and not without risks, for good reasons, W2W solutions have gradually been adopted throughout the Middle East as a safer and more cost-effective alternative.

Seas are always unpredictable. Even in the somewhat calmer sea conditions around the Arabian Peninsula, they can change at a moment’s notice and seasonal weather, like the Shamals, can cause severe operational disruptions. Modern high-tech gangway systems compensate for the motions a vessel makes in real time. Because of this, they can continue to operate in adverse weather – minimising delays caused by waiting on ideal conditions and ensuring personnel can reach their worksites without the risks commonly associated with marine based transfers.

By enabling high workability, W2W solutions optimise vessel usage and unlock more hands-on tool time, streamlining year-round productivity. Through enhanced safety, they improve operational efficiency, further supporting ESG goals by reducing idle time, fuel consumption, and unnecessary crew movements – especially when compared to other types of transfers.

The future is electric

W2W can play a vital role in reducing the environmental footprint of offshore operations. Ampelmann offers a range of gangway systems designed to meet the region’s specific conditions. Both the L-type, a lightweight electric gangway for smaller vessels, and the hexapod-stabilising A-type that compensates for motions in six degrees of freedom (6DOF), see much demand in the region.

While these systems have already transferred more than three million personnel for clients in Saudi Arabia, Qatar, Oman, UAE and Azerbaijan, Ampelmann is also committed to decarbonisation by implementing new technologies. By integrating electro-hydraulics, energy capture and composite materials the company has developed lighter and more energy efficient gangways. Through the process of electrification, the company has significantly reduced the carbon footprint of its new-build systems.

The transition towards a fully electric portfolio is yielding results. Electric versions of the flagship A-type are already operational, with several more to be launched within the year. Matching the performance of its hydraulic counterpart, the Electric A requires no HPU, consumes 80% less energy and can hoist cargo up to 400 kilograms. Though fully electric W2W will take time, innovation will remain at the forefront of W2W solutions.

Governed by service

While innovation drives these solutions, it is the underlying knowledge, expertise and support networks that power them. Their value depends on the services that keep them operating at peak performance – from localised service and maintenance to data tracking tools.

Ampelmann’s long standing presence in the region has enabled the company to provide strong localised support to ensure its systems always perform at peak capacity. Through its local office in Qatar, storage facilities in both Qatar and the United Arab Emirates (UAE) and a 24/7 global support network managed by the Operation Control Center (OCC), the company ensures that its sold and rental fleet in the region have a technical uptime of more than 99 percent.

Complementing this operational support, the company also provides its clients with access to its digital platform – Ampelmann Insights. This proprietary data tracking tool includes workability forecasts and options to review the performance of W2W operations. Digital services such as these can be used to find bottlenecks, improve operational efficiencies and identify new ways to reduce environmental footprints.

Ampelmann MEteam

Sustainable solutions

‘Offshore safety’ and ‘environmental responsibility’ are not just industry buzzwords, they are critical, achievable goals and the cornerstone of Ampelmann’s W2W solutions. By streamlining offshore operations, these systems enhance personnel safety while cutting down greenhouse gas emissions. Supported by continuous innovation, electrification and all-round services, W2W will be critical to achieve ESG alignment across the Middle East.

Blackline Safety is expanding its footprint in the region. (Image source: Blackline Safety)

Blackline Safety Corp, a global leader in connected safety technology, has announced that ADNOC has placed its first purchase order for Blackline devices, through Blackline’s channel partner, Al Masaood

The initial order, under a multi-year agreement for up to 28,000 Blackline devices plus services, includes around 1,000 G6 wearable single-gas detectors with four years of service and 1,200 Blackline Location Beacons to enhance location signals inside ADNOC facilities.

The award-winning G6 delivers a new standard in single-gas detection with long-lasting connectivity, best-in-class safety features, and an industry-leading service life. It not only detects hazardous gas but can also provide precise real-time location data, enabling responders to reach workers quickly in the event of an emergency. Blackline Location Beacons further enhance location accuracy.

Blackline Safety has expanded its footprint significantly in the Middle East over the past three years, with connected safety deployments across leading energy companies in the region. Its connected safety ecosystem — combining wearable devices, cloud-hosted software, and 24/7 live monitoring — can help organisations safeguard workers in even the most challenging conditions.

“This first order under the new agreement with ADNOC is an important milestone in our multi-year growth strategy in the Middle East,” said Andrea Lamond, vice president, Growth Operations and Interim VP of International Sales, Blackline Safety. “Through our partnership with ADNOC and Al Masaood, we are investing in the region and delivering advanced connected worker technology that helps protect workers while improving operational efficiency.”




The controller is a crucial component of a cost-effective general SIL2 Safety solution. (Image source: Adobe Stock)

Emerson has launched a new PACSystems RX3i CPS400 Safety Controller, designed to enable Safety Integrity Level 2 (SIL2) strategies for infrastructure, fire and gas, burner management systems, and other emergency shutdown systems

As project automation becomes more sophisticated and data-driven, OEMs and systems integrators require more powerful hardware and software products to ensure compliance with standards and regulations for protecting workers, whether onboard a single piece of equipment or distributed throughout a much larger process.

The PACSystems Safety Controller is a compact, high-performance solution with robust security measures and a scalable architecture with 2,000 available I/O points, ideal for complex projects with evolving requirements. With a 64-megabyte memory capacity and scalable digital architecture it is able to support a diverse range of mission-critical applications. Using built-in industrial communications protocols the RX3i CPS400 controller can connect peer-to-peer and with higher level hosts, providing complete operational visibility.

As a secure-by-design solution incorporating Secure Boot and the Trusted Platform Module (TPM) standard, the new controller delivers rigorous data integrity and protection against potential threats. Safety-certified function blocks and pre-configured templates simplify overall system certification in accordance with the IEC 61511 standard.

Available in simplex or redundant controller configurations, the RX3i CPS400 controller can perform all safety data messaging with duplex communications using the black channel principle over EGD, allowing standardised and reliable connectivity with Emerson’s PACSystems VersaMax SafetyNet I/O system. The platform is IEC 61508 safety-certified, providing a capable SIL2 simplified solution to help designers build appropriate protection schemes.

Developers can configure the new controller using familiar software tools employed for programmable logic controllers (PLC), operator interfaces, and other automation elements, namely Emerson’s PAC Machine Edition development environment. As a unified tool chain with a user-friendly interface, the PAC Machine Edition suite enables users to easily create complete and integrated automation, visualisation and safety solutions.

“Adding the PACSystems RX3i CPS400 Safety Controller to our extensive portfolio of safety products, we continue to deliver tools users need to create compliant safety systems that are easily developed and integrated into sophisticated automation solutions,” said Daniel Smith, senior product manager with Emerson’s discrete automation business.

The range covers all applications from residential to industrial environments. (Image source: Adobe Stock)

Teledyne Gas & Flame Detection (Teledyne GFD) gas has launched its new MethaSense range of battery-powered methane detectors, comprising three models using cutting-edge NDIR (non-dispersive infrared) sensor technology for reliable and precise methane detection

MethaSense, designed for residential and commercial applications, is a compact, wireless natural gas detector with a range of 0-5 % volume, featuring accurate detection without false alarms, and immediate alerts through integrated audible and visual alarms. With progressive signal processing algorithms, MethaSense detects, alarms and monitors methane at concentrations as low as 10% of the lower explosive limit (LEL) for enhanced safety. Optional wireless (LoRaWAN) connectivity enables real-time gas detection visualisation, providing clear, actionable insights.

MethaSense XP is engineered for industrial environments where robust performance and reliability are essential. MethaSense XP’s rugged design and reliable detection capabilities ensure worker safety and operational continuity, especially in areas where maintenance access is limited.

It combines the same advanced NDIR sensor technology with enhanced durability and wireless communication options, including LoRaWAN, NB-IoT and Bluetooth. MethaSense XP again features audible and visual alarms, while its 10+ year battery autonomy and immunity to corrosion and saturation make the detector ideal for continuous safety monitoring in demanding conditions. With ATEX and IECEx certifications, MethaSense XP operates reliably in hazardous zones.

MethaSense Trace is a high-performance methane detector for LDAR (leak detection and repair) and utility applications, where accurate and autonomous methane monitoring is essential for regulatory compliance and environmental protection. A rugged build with IP67 ingress protection rating for outdoor use ensure uninterrupted performance in harsh conditions, reducing operational risks and maintenance costs.

With exceptional methane sensitivity, it provides 10× higher methane selectivity than previous-generation sensors, with a detection range that extends from 50 ppm to 100% volume for both low-emission environmental monitoring and high-concentration safety thresholds.

The detector delivers 24/7 methane emission monitoring, detection and quantification across large-scale industrial sites. By combining real-time sensing, cloud-based analytics and automated reporting, MethaSense Trace enables operators to detect, localise and measure methane emissions with precision. This not only helps reduce emissions but also ensures full compliance with new methane regulations.

“NDIR technology, as utilised by all three detectors in our new MethaSense series, offers high selectivity, fast response times and long-term reliability,” explained Régis Prevost, product line manager, Teledyne GFD. “Users benefit from natural gas detectors that provide a low-maintenance, cost-effective, versatile solution for continuous methane monitoring, supported by key features that include up to 10+ years of battery life, zero recalibration requirements, wireless connectivity options, and suitability for smart infrastructure and safety-critical environments.”

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