Lifespan of a pneumatic conveyor in a smelter and when replacement is worthwhile

The foundry environment is one of the most demanding conditions in which a pneumatic conveyor can operate. High temperatures, corrosive materials and continuous operating pressure wear the equipment in a way that is not always visible on the surface until problems have already arisen.

The lifecycle of a pressure conveyor in foundry use is limited, but timely replacement can prevent production downtime and keep operating costs under control. Explore pneumatic conveying solutions and evaluate whether your current hardware still meets the demands of your process.

Signs that renewal is due

Maintenance of the pressure conveyor in the smelter does not always reveal the whole picture. The equipment may function technically, yet consume significantly more energy or require constant adjustment compared to before.

The following signs indicate that it is time to renew the pressure conveyor:

• Pressure losses are steadily increasing without a clear reason
• Wear parts, such as valves and seals, require replacement more frequently than before
• Pipe wear accelerates particularly at bends and joints
• Material loss increases or the quality of the transported material deteriorates during transfer
• The equipment no longer meets current safety or environmental requirements
• Spare parts are difficult to obtain or their delivery times have lengthened
• Operations staff are reporting recurring faults that are slowing down production

A single sign does not necessarily mean that replacement is the only option. However, when several of these occur simultaneously, total cost calculation often begins to argue in favour of replacement.

In smelter operations, the service life of a pneumatic conveyor is shortened, particularly when the material being conveyed is difficult to handle: hot, moist or chemically reactive. The dense-phase conveying method reduces the speed of the material within the pipework and thus slows down wear and tear, but even this requires equipment that is correctly dimensioned and constructed from the right materials to remain operational under demanding conditions.

Kopari's pneumatic conveying solutions for demanding smelter applications

We have supplied hundreds of pressure conveyors to metallurgical processes and the energy industry over the last decade. Our reference list extends back to the 1970s, which means we understand how different materials behave in the long run.

We favour pulse-jet conveying whenever possible. This method uses less compressed air than conventional pneumatic conveying, which is directly reflected in operating costs. The low material velocity also reduces wear on the pipework, which improves reliability and keeps maintenance requirements to a minimum.

Explore our pressure transmitters and see how the ELMO range of equipment meets the process requirements of your smelter.

We manufacture conveyors in accordance with material specifications:

• Carbon steel for standard applications
• Wear-resistant steel for difficult and abrasive materials
• Acid-resistant or stainless steel for chemically demanding conditions

We design and manufacture the dome valves – which are the system’s most critical components – ourselves. This means that the operational reliability of the entire system does not depend on external suppliers for its most critical part.

Our systems are fully automated and can be integrated into the plant’s control system. Commissioning does not require any specialist expertise, and the same equipment can be configured, with minor software modifications, to operate either as plug-type or float-type conveyance, depending on the process requirements.

Get in touch – let’s discuss the best time for a replacement together

Replacing a pneumatic conveyor is an investment whose timing has a direct impact on production continuity and costs. Replacing it too early ties up capital, whilst replacing it too late leads to unplanned downtime.

We can help you assess the condition of your current equipment and determine whether it is worth investing in maintenance or replacement. Every smelting environment is different, so we approach each assessment on a case-by-case basis without a pre-determined answer.

• We assess the condition of the existing equipment and its remaining useful life
• We compare maintenance and replacement costs over the long term
• We recommend a technical solution that meets the actual requirements of your process

Please get in touch and tell us about your situation. Send us a message, then let’s agree on the assessment together.