Sawan Jasoliya

Problem Statement: The  belt bucket elevator (BBE)  feeding the kiln is  getting swayed during operation , leading to operational instability, potential mechanical damage, and interlock tripping. Objective: To achieve  stable, variation-free kiln feed , ensuring the  belt bucket elevator runs smoothly without sway , and preventing unnecessary shutdowns and mechanical failures. Action Plan: Step 1: Immediate Running Condition -> Controlled Operation Bypass the tripping interlocks  temporarily, but keep the elevator under  strict manual supervision. Continuously monitor  the elevator's operation during this period. Manually adjust  the elevator through tensioning device until relative stability is achieved. Restore interlocks  once the system behavior is stable and predictable. Step 2: Inspection of Material Discharge to Elevator Check material discharge ...

It was 2011-12, and I was serving as HOD-Mechanical. My Plant Head called me into his office. He said, “We need to run the Roller Press in Cement Mill #2. There’s no mechanical issue. But I want you to take the lead.” Now, this machine hadn’t run for a long time. The operational team had faced multiple challenges. But when the boss puts faith in you, what do you say? “OKAY SIR.” That’s it. Challenge accepted. --- We tackled the issues - one by one, patiently, persistently. Finally, the Roller Press started running smoothly with the Cement Mill. I was happy. Relieved. I thought we did it. The boss smiled. He said, “Good. But we need 65% product in -2mm size. That’s what the system was designed for.” Again, I nodded. "Okay, Sir." What else could I say? We adjusted. Tweaked parameters. Solved more bottlenecks. Soon enough, we hit 65% -2mm product. I thought, “Yes, now he’ll be satisfied.” He said, “Great. Now let’s push for 80%.” No options. No debate. Just a raised bar. We work...