Anuj Kumar Mathur, Safety Consultant, stresses on the importance of closing the enduring gap between what safety systems say on paper and what actually happens on the plant floor.
Robust safety manuals, certified PPE and digital monitoring systems mean little if the culture on the plant floor does not enforce them. Safety Consultant Anuj Kumar Mathur has spent enough time in high-risk operations to know precisely where that gap opens and why it persists. In this exclusive interaction, he suggests feasible ways to strengthen the safety culture at a manufacturing unit.
Having led safety across high-risk fuel operations, what lessons can the cement industry adopt to strengthen its safety culture beyond regulatory compliance?
Beyond regulatory compliance, the cement industry should embed visible leadership commitment, proactive risk assessment, process safety management, strong contractor control, near-miss learning, and employee engagement to build a resilient safety culture that prioritises prevention, operational discipline and continuous improvement over mere compliance.
As cement plants become increasingly automated and digitally connected, how should organisations redefine their approach to process safety and operational risk?
As cement plants become increasingly automated, organisations should integrate process safety with digital risk management by strengthening cybersecurity, real-time monitoring, predictive maintenance, management of change and workforce competency to ensure safe, reliable and resilient operations.
What are the most common gaps between having robust safety systems on paper and achieving consistent safety performance on the ground?
The biggest gap arises from inconsistent leadership commitment on ground, weak safety culture, inadequate supervision, poor risk communication, insufficient workforce engagement specially, ineffective training and failure to translate procedures into disciplined execution, accountability and continuous monitoring at the operational level.
How can cement manufacturers better integrate contractor safety, leadership accountability and workforce behaviour to build a truly zero-harm workplace?
Manufacturers can achieve a zero-harm workplace by enforcing uniform safety standards for employees and contractors, strengthening leadership accountability, promoting proactive hazard reporting, enhancing competency through continuous training and fostering a culture where safe behaviour is recognised, expected and consistently practiced
What emerging technologies and safety practices do you believe will have the greatest impact on risk prevention in cement manufacturing over the next decade?
Artificial intelligence, IoT-enabled monitoring, predictive analytics, digital twins, wearable safety devices, drones, robotics and advanced process automation will significantly enhance hazard detection, predictive maintenance, real-time risk management, and worker protection, enabling safer and more resilient cement manufacturing.
IoT-enabled monitoring is the use of interconnected sensors and smart devices to continuously collect, transmit and analyse real-time data from equipment, processes and the work environment. This enables early detection of unsafe conditions, equipment failures, or abnormal operating parameters, allowing timely intervention before incidents occur.
In cement manufacturing, IoT-enabled monitoring can be used for:
• Monitoring kiln, crusher, and mill temperatures, pressures, and vibrations.
• Detecting overheating of bearings and motors to prevent failures.
• Monitoring dust concentration, gas leaks (CO, SO2, NOx), and oxygen levels.
• Tracking conveyor belt alignment and condition.
• Monitoring structural health of silos and
storage facilities.
• Tracking worker location and exposure to hazardous environments using wearable devices.
• Providing real-time alerts and predictive maintenance recommendations.
Benefits:
• Early hazard detection
• Reduced equipment downtime
• Improved process safety and reliability
• Lower maintenance costs
• Enhanced regulatory compliance
• Better decision-making through real-time data and analytics
In simple terms, IoT-enabled monitoring transforms periodic manual inspections into continuous, real-time surveillance of plant safety and equipment health.
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