Neponset (IL), United States – The Ash Grove Cement plant in Louisville, Nebraska produces approximately 1.1 million tons per year. In order to maintain production levels, efficient material movement via conveyor is critical. The issue is especially acute when running wet raw material at the quarry. Over time, operations personnel noted accumulation in specific locations that threatened to slow material movement – particularly at transfer points – which required manual intervention on a near-constant basis. Continue reading Martin Engineering: Conveyor Belt Generates Power for Air Cannons to control Build-Up
Neponset (IL), United States – Since most Conveyor Injuries occur during Routine Maintenance or Cleaning, the Control of fugitive Materials is one of the most important Factors to reduce Hazards and prevent Injuries. In this article Martin Engineering explains how, in a properly-engineered transfer point, each component is employed to maximize its specific function and contain dust and fines, while at the same time offering workers easy access for maintenance. Continue reading Conveyor Transfer Point Design: Material Containment for Safety & Efficiency
Los Alamitos (CA), United States – The EchoPro® Pulse Radar Solids Level Sensors from Flowline offer reliable and cost-effective non-contact level measurement for difficult applications. These 26 GHz pulse radar sensors work with powders, grains, pellets and aggregates in dusty environments with limited space and varying angles of material repose.
Braeside (VIC), Australia – Timely and efficient material transport from one conveyor belt to the other — with minimum spillage and maintaining the structural integrity of the conveyor belt — is crucial for the long-term viability of any bulk handling operation. By accurately identifying, evaluating and optimizing existing belt loading, transshipment facilities can reduce many unpleasant problems on site and address the safety issues of dust emissions.