Chinese New Year shutdowns in cement plants can create significant risks for bulk material handling systems, including material hardening, equipment wear, dust accumulation, and startup failures. Proper pre-shutdown preparation, equipment inspection, and post-holiday restart procedures are critical for maintaining stable silo discharge, air slide conveyor performance, and flow control valve reliability. This article explains proven engineering practices used by cement plants worldwide to ensure safe and efficient material handling system operation during extended shutdown periods.

Bulk conveying systems are essential for handling cement, clinker, fly ash, and other building materials in modern industrial plants. From silo discharge to material transfer and bulk loading, reliable bulk conveying plays a critical role in maintaining production continuity, controlling dust, and protecting downstream equipment. This article explains how bulk conveying systems are used in the cement and building materials industry, highlights common engineering challenges, and outlines proven practices for stable and efficient operation.

Dust control remains one of the most critical operational challenges in cement plants. From silo discharge and material transfer to bulk loading and conveying, uncontrolled dust emissions can affect plant efficiency, equipment reliability, environmental compliance, and workplace safety. This article analyzes common dust generation points in cement plants and explains practical engineering solutions based on proven bulk material handling practices.

Material flow problems are among the most common operational challenges in cement plants. Issues such as arching, rat-holing, segregation, and uncontrolled discharge can disrupt production, increase maintenance costs, and reduce equipment reliability. This article analyzes the most frequent material flow problems encountered in cement plants and explains practical engineering solutions based on bulk material handling principles and proven industry practices.

A cement silo bottom discharge system is a critical part of modern bulk material handling in cement plants and powder processing facilities. It directly influences discharge stability, dust control performance, material flow efficiency, and downstream equipment reliability. Poorly designed silo bottom systems often cause arching, rat-holing, uncontrolled surges, and excessive maintenance. This industry-focused article explains what a cement silo bottom discharge system is, how it works, its key components, common operational challenges, and best practices widely adopted in cement plants worldwide. The content is intended for plant engineers, EPC contractors, and bulk material handling professionals seeking reliable and efficient silo discharge solutions.

Bulk material handling refers to the process of storing, conveying, controlling, and loading large volumes of bulk solids such as cement, fly ash, limestone, clinker, grain, and other powders or granular materials.
This article explains what bulk material handling is, the main system components, commonly used equipment, and key industrial applications—helping engineers and plant operators choose reliable and efficient material handling solutions.

As Christmas approaches, many industrial plants continue operating to meet production demands. Reliable bulk material handling equipment—such as flow control gates, diverter valves, air slide conveyors, and telescopic loading chutes—plays a critical role in maintaining safe, efficient, and uninterrupted operations during the holiday season. This article reflects on the importance of stable material flow solutions and how well-designed equipment helps industries operate smoothly, even during festive downtime.

(EN) Latest Market Developments, Growth Drivers, and Equipment Opportunities in the Global Cement & Building Materials Industry(ID) Perkembangan Pasar, Faktor