The Backbone of Bulk Material Handling: Conveyor Systems

In the bulk handling industry, conveyors are the most prominent piece of equipment which enables the transport of materials from point A to point B. Conveyors are an essential component across several industries; environmental, energy and power, lumber and wood, metals and mining, oil and gas, pulp and paper, stone, glass and concrete. Depending on the industry, conveyors are strategically designed and manufactured based on the properties of the materials being conveyed and for a wide range of capacities and distances. 

Types of Conveyors

Belt Conveyors

Belt conveyors are typically used to convey materials such as salt, ore, grain, sand from mines or pits to processing plants. They are considered to be the most economical of the three conveyor types as belt conveyors are capable of handling high volumes of material at faster speeds and for long distances. Belt conveyors consist of two or more motorized pulleys with a continuous loop of belting material to convey materials.

Screw Chain Conveyors

Screw chain conveyors are known for their versatility as they can withstand a wide variety of free-flowing and non-free-flowing materials and fulfill many different functions. Chain conveyors are typically used for heavier loads and operate by a series of gears connected into a continuous system by the chain.

Pneumatic Conveyors

Pneumatic conveyors are typically designed to convey dry, low-bulk density materials such as sands, cement powder, sugar and wheat using pressure differentials and the flow of compressed air or nitrogen. Materials are enclosed in tubes or pipes and pushed throughout the conveyor by different pressure levels.

Modular Conveyor Systems

Often, conveyor systems are built off-site and require being shipped to production facilities from afar. Considering the significant size of such systems, their rigidity can pose problems. Additionally, inflexible equipment can often result in deficiencies such as maintenance disruptions and logjams leading to costly repairs and replacement. Modular conveyor systems allow for several benefits, can improve process flow and provide companies with competitive advantages. 

Benefits of Modular Conveyor Systems:

  • Flexible shipping solutions
  • Ease of construction, fabrication, installation
  • Allow for many types of configuration
  • Shorter assembly time
  • Expedite maintenance 
  • Facilitate system integration
  • Enhance quality assurance
  • Reduce labour and replacement costs

Conveyor Maintenance Should Not Be An Afterthought

Careful thought in the design process has a direct correlation to the ease of maintenance for your conveyor system. It’s crucial to consider the technician who is responsible for maintaining the system, so they’re provided with easy and safe access to equipment and can perform maintenance in a timely manner. It’s also important to ensure the components in your conveyor system are carefully and correctly designed and selected. High-quality design and supplies provide for easy maintenance practices, enable trouble-free operations and achieve maximum uptime. 

Preventative Conveyor Maintenance:

  • Ensure system is properly installed to ensure long term performance and reliability
  • Follow a comprehensive maintenance plan
  • Check chain and belt tension regularly 
  • Monitor belt tracking closely
  • Clean conveyors regularly
  • Perform conveyor system audit and documentation

Proper conveyor maintenance plays an important role in the systems reliability, safety, and overall environmental conditions of the conveyor and surrounding facilities. 

Basic Industrial Design (BID) helps industry move what matters. Our expertise in the design and manufacturing of bulk material handling systems will help you manage bulk material safely, efficiently and responsibly. With nearly 50 years of niche experience, combined with our central location, we are leaders in the bulk material handling industry in eastern North America.

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Efficient Bulk Handling Design Practices

Well-designed bulk handling equipment and supporting infrastructure is at the centre of operating efficiency and system reliability. Contrarily, poorly designed bulk handling equipment can lead to frequent system failures and losses in revenue as a result of not being able to meet required throughputs.

There are several factors to consider in the design stage of bulk handling equipment development that will maximize the effectiveness and longevity of your system.

Bulk Handling Tools: 3D Layout and Design Solutions

Prior to infrastructure development, it’s wise to create and assess preliminary designs using 3D models. This is a common practice amongst leaders in the bulk handling industry. Bulk handling design tools produce a series of layouts based on preliminary designs that are optimized for geography, local terrain, throughput, energy efficiency and capital cost. Such layouts help determine the most effective designs and allow you to compare and validate different designs so that you end up with the most effective and efficient bulk handling system.

Bulk Materials and Their Properties

Understanding the properties of the materials being conveyed is an essential part of operating an efficient bulk handling system. It’s important to establish material properties in the initial stages of design to ensure all of the components of a system (conveyors, chutes, silos, etc) are designed to suit the material. The following factors should be considered.

  • Bulk density
  • Surcharge angle
  • Angle of repose
  • Lump size
  • Particle size distribution
  • Flammability
  • Moisture content
  • Explosivity
  • Hygroscopicity
  • Colour
  • Adhesiveness
  • Strength/friction

Once material properties are determined, the design process can progress more easily. 

Like anything, strategic planning typically always results in better outcomes. When it comes to bulk handling, there are no shortcuts. Each step involved in the engineering, design, manufacturing and installation process requires an in-depth understanding of the logistics of the system. Consulting with experts in the industry is the best way to ensure your bulk handling systems are customized and optimized specifically for materials being conveyed.

Basic Industrial Design (BID) helps industry move what matters. Our expertise in the design and manufacturing of bulk material handling systems will help you manage bulk material safely, efficiently and responsibly. With nearly 50 years of niche experience, combined with our central location, we are leaders in the bulk material handling industry in eastern North America.

Bulk Handling 101

Would you be surprised to know that almost every industry that manufactures consumer goods, processes food for the market, or burns waste for energy involves a bulk material handling system at some point in their lifecycle?

To name a few; biomass, cement, agriculture, mining, paper, steel, food, wood, textiles, power/energy, and many other industries all depend on high-quality bulk-handling systems to enable the transfer, handling, and storage of crucial process assets. 

What is Bulk Material Handling?

Bulk handling is an essential part of business for any industry that processes dry materials. Put simply, bulk material handling is a system for moving and handling materials of all types. The process of bulk handling involves the engineering, design and manufacturing of the equipment used to do so. 

The typical bulk material handling process involves raw bulk materials being received from trucks, ships, and trains and unloaded in a yard or storage facility by way of a conveyor system. Depending on the size, the material is then either stored in stockpiles or silos. Material is reclaimed from stockpiles by way of reclaim tunnel hoppers and feeders and then conveyed to the processing facility. 

Bulk Handling Equipment

Conveyors

The two most common types of conveyor systems are belt conveyors and chain conveyors. Belt conveyors are typically used for conveying salt, ore, grain, sand and coal and consist of two or more motorized pulleys with a continuous loop of belting material to convey materials. Chain conveyors are typically used for heavier loads and operate by a series of gears connected into a continuous system by the chain.

Hoppers/Bins/Silos

Hoppers, bins or silos are essentially a large funnel used to transfer bulk materials. They are a crucial component for the flow and control of bulk handling. They range in size depending on the volume of bulk material in which they are created to safely store and are commonly used to store coal, cement, wood-ships, sawdust, as well grain.

Chute work

Chutes are used to contain, direct, and deliver bulk materials at a nominated rate to a conveyor, hopper/bin or stockpile.

Guarding

Proper equipment guarding is an essential aspect of bulk handling operations. Guards are used to help protect equipment, keep people safe, and provide for more efficient equipment maintenance.

Basic Industrial Design (BID) helps industry move what matters. Our expertise in the design and manufacturing of bulk material handling systems will help you manage bulk material safely, efficiently and responsibly. With nearly 50 years of niche experience, combined with our central location, we are leaders in the bulk material handling industry in eastern North America.

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