Data‑center fire safety market boom – Expected to grow from $1.4 B in 2024 to over $3 B by 2034. Eco‑friendly flame retardants surge – Non‑halogenated products projected to reach $7.5 trillion by 2035. Automatic fire sprinkler growth in Europe – Uptake rising due to new regulations and technological advances. Global first‑aid market expansion – Driven by stricter workplace safety rules and increased awareness. Fire‑rated door demand rising – Market expected to exceed $60 B by 2027. Fireproofing materials surge – Projected to hit $2.5 B globally by 2032 due to urban development. AI‑powered safety inspections – Revolutionizing risk prediction, compliance tracking, and accident prevention. Battery‑fire safety regulations – Proposed standards for e‑bikes and e‑scooters address rising lithium fires. Smart suppression systems – Buildings adopting real-time, intelligent fire detection and response tech. VR fire‑drill training – Virtual and augmented reality used for immersive safety drills and simulations. Machine‑learning false‑alarm reduction – Smarter smoke detectors with advanced data models reduce errors. Residential electrical fire surges – Overloaded circuits and aging infrastructure causing urban fire spikes. Community fire‑norm tightening – Neighborhoods enhancing evacuation plans and safety audits. Highway truck fire incidents – Major transport routes increasingly disrupted by vehicular fires. Heatwave‑linked workforce risks – High temperatures causing increased health incidents on the job. Workplace psychosocial hazards – Burnout, stress, and mental health now prioritized in safety planning. Wearables & connected‑worker tech – Smart helmets, vests, and watches boost real-time health monitoring. Fatigue‑driven safety risks – Healthcare and logistics sectors face growing issues from long shifts. Hazardous heat exposure protocols – Employers adopt hydration stations and cooling breaks amid rising heat. Global OSH literacy push – Global efforts to improve safety signage understanding and hazard training.
Emerging Trends & Technology Artificial Intelligence in Safety Inspections. Wearable Safety Tech & Connected Workers. Smart PPE: Sensors and Real-time Monitoring. Virtual Reality (VR) for Safety Training. Data-Driven Safety Analytics & Dashboards. Physical Safety & Risk Management. Fall Protection Systems and Best Practices. Hazard Identification & Risk Assessment (HIRA). Confined Space Entry Safety Protocols. Machine Guarding and Lockout/Tagout (LOTO). Fire Safety: Prevention, Drills, and Equipment Standards. Chemical & Environmental Safety. Hazardous Material (HAZMAT) Handling Procedures. Respiratory Protection in Toxic Environments. Heat Stress and Cold Exposure Management. Indoor Air Quality and Ventilation Control. Waste Management and Environmental Compliance. Health & Wellbeing at Work Psychosocial Risks and Mental Health at Work. Ergonomics in Office and Industrial Settings. Workplace Fatigue and Sleep Deprivation Risks. Substance Abuse Policies and Testing Programs. Occupational Diseases: Prevention and Reporting. Regulatory, Culture & Compliance. ISO 45001 Certification and Implementation. Creating a Culture of Safety: Leadership Roles. Incident Investigation and Root Cause Analysis. Legal Liability and Compliance in OHS. Worker Participation and Safety Committees.

Taking care of drivers in the event of a crash

Taking care of drivers in the event of a crash

Taking care of drivers in the event of a crash when risk management isn’t enough. A lot of the efforts within driver safety and driver risk management focus on preventing accidents and implementing the necessary protocols to control risk across commercial fleets, but crashes do happen, so are fleets doing enough to help drivers when they are involved in a crash?

The stats

Globally an estimated 1.3 million people die every year because of a road traffic collision, with between 20-50 million more suffering non-fatal injuries. These can often still result in life-changing injuries, which have far-reaching consequences for both family and friends. And research has shown that up to 40% of people will be trapped in their vehicles following a collision. Taking care of drivers in the event of a crash

Why is the response to a crash so important?

Whilst preventing crashes is certainly the first step, in the event of a crash the immediate response can often determine the likelihood and quality of survival. The proper ‘activation of an emergency care system’ and an improvement in trauma care following accidents could save more than a million lives.

There are lots of opportunities for improvements, with many in the world of fleet management looking to implement automatic crash detection systems with emergency response services that can help drastically increase the chances of recovery.

Many modern vehicles have built-in sensors and an automated system that can alert the relevant department and determine if the driver needs assistance. Other more modern automatic crash detection systems can now be incorporated through smartphone-based safety programs, allowing for 24/7 protection. The most reliable options will connect you with a live representative who can confirm your emergency and dispatch support to the scene, regardless of where you are, whether near home or travelling around the world.

Read more on the solutions to crash response with eDriving

To learn more about the importance of crash responses and the tools that can be used to enhance them, read more from eDriving’s CEO and Founder Ed Duebens here >> https://www.edriving.com/resources/the-mission-is-to-avoid-crashes-but-are-fleets-taking-care-of-drivers-when-crashes-do-happen/

OHS Magazine
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