Surma Cement- Control Feed Silo Free 3D model

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Silos soar to great heights, stretching vertically 66.5 meters in diameter and boasting a staggering height of 14.5 meters. Within this massive structure lies an intricate feeding system consisting of silo feeders connected seamlessly with kiln feeders using bucket elevators, providing seamless transportation of raw materials throughout the entire area. This arrangement allows for continuous supply while minimizing operational costs. To maintain precise airflow levels inside the silo and atop the decking slab sits a meticulously engineered filtration system that works hand-in-hand with fans to constantly purify air circulation. The robust structure also includes a state-of-the-art safety valve - one Over Pressure, and two Under Pressure (designated OP and UP) safety devices that serve as backup should emergency pressures escalate out of control. A set of six 630-bar Safety relief valves safeguard critical components against extreme variations in air flow dynamics. At each silo position reside silopilot, a cutting-edge electronic Level Indicators whose primary role is to vigilantly keep watch over precise grain distribution while avoiding dangerous accumulations. Nearby two precision-maximized, automated Maximum indicators monitor grain height at an optimum setting point known as Nivo Pilot, guaranteeing safe loading capabilities without disruptions to productivity schedules. Air Quality At four separate intervals across the Silo area are sound pipes constructed using high-strength materials - designed for robust noise resistance with a diameter measuring 160mm each. Nearby, critical personnel passageways, designed for secure and expedient worker access via Manholes having diameters measuring at an expansive 710 mm every 1000m in both silos combined! The Air Supply Management Team expertly coordinates continuous airflow dynamics within silos via well-integrated Control rooms equipped with sophisticated electronic scale and computer-based measurement technology known collectively as CF Load Cell arrangement - used extensively throughout this manufacturing site, allowing accurate and prompt assessment at the precise second to facilitate effective load handling on production.