Pneumatic conveying plays a crucial role in the material movement within various industrial firms, imposing significant demands on blower technology. Emphasis lies on efficiency, reliability, and the cleanliness of the transported air.
Being a leading compressor specialist globally, AERZEN comprehends the challenges of both pressure and suction conveying. It offers energy-efficient, secure, and intelligent solutions for the powder, granules, and bulk materials industries.
Pneumatic conveying has become the preferred method for moving large amounts of bulk materials, whether for loading/unloading vehicles and ships or during the production process.
The task demands high-performance technologies that ensure swift, gentle, and energy-efficient material transport.
AERZEN's oil-free compression solutions, including Positive Displacement Blowers, Screw Blowers, Screw Compressors, and Turbo Blowers, establish industry standards and proficiently tackle transportation tasks while maintaining efficiency, safety, and smartness.
The AERZEN Delta Hybrid achieves energy savings of up to 30 % compared to conventional positive displacement blowers. Image Credit: Aerzener Maschinenfabrik GmbH
Energy Savings of Up to 30%
AERZEN employs intelligent control systems, various technology combinations, size options, and opportunities for heat recovery to deliver cost-effective, resource-conserving, and eco-friendly solutions.
Specifically, AERZEN's screw and turbo blowers outshine in energy efficiency, offering substantial energy savings, potentially up to 30%, in comparison to traditional positive displacement blowers.
AERZEN's application engineers possess in-depth knowledge of industry-specific processes and craft customized product concepts that precisely match the customer's unique needs. With a global sales and service network, this compressor specialist guarantees short customer distances and ensures quick, reliable on-site assistance.
Safety is the Most Essential Thing
AERZEN's packages ensure completely oil- and absorption material-free air (oil-free operation according to ISO 8573-1, class 0), meeting the ISO 22000 standard and the current ATEX product directive 2014/34/EU. They can be used in highly critical, explosive work settings, like those with flour dust, without any issues.
The sturdy construction and service-friendly design guarantee high machine availability. Using silencers without absorption material enhances process reliability, assures top-notch compressed air quality, and boosts energy efficiency by reducing pressure losses.
An integrated spark arrester in the silencer further enhances safety by preventing sparks from blowers and compressors in case of a malfunction, from entering the conveying pipe or silo. This ensures that the process air remains uncontaminated, free of substances like oil or abrasion.
Digital Solutions for Blowers and Compressors
As a leading technology developer, AERZEN prioritizes a data-driven approach to the entire life cycle of its machinery. It offers custom cloud-based digital services, combining more than 150 years of mechanical engineering experience with cutting-edge technology in information processing and artificial intelligence.
Gathering all relevant operational data provides insights into the compression process, reducing malfunctions and minimizing downtime. The outcome: improved energy efficiency, process security, transparency, and reliability.
Image Credit: Aerzener Maschinenfabrik GmbH
Aerzen Rental: Flexible and Reliable Rental Solutions
For temporary air needs, emergency interim solutions, or planned maintenance work, Aerzen Rental is there. The international rental service has the complete AERZEN machine lineup for vacuum and compressed air applications, spanning pressure ranges from vacuum -650 mbar (g) to 10.5 bar (g).
All machines are ready for immediate use with a plug-and-play concept, and a wide array of accessories is available. Upon request, the entire rental system can be delivered as a turnkey solution, 24/7, 365 days a year.
This information has been sourced, reviewed and adapted from materials provided by Aerzener Maschinenfabrik GmbH.
For more information on this source, please visit Aerzener Maschinenfabrik GmbH.