In the rapidly evolving battery manufacturing sector, the handling of sensitive materials such as lithium battery cathode powder demands precision, reliability, and minimal degradation. A recent project completed in Adana, Turkey, exemplifies how advanced pneumatic conveying technology can meet these stringent requirements. This case study focuses on the successful implementation of a low-speed anti-breakage pneumatic conveying system tailored for lithium battery cathode powder, a critical raw material in the production of high-performance batteries. The solution was engineered and delivered by Shandong Haide Powder Engineering Co., Ltd., a leading provider of pneumatic conveying systems based in China, Shandong. The project not only demonstrated exceptional technical capability but also underscored the importance of customized design in overcoming material handling challenges.
Lithium battery cathode powder is inherently fragile and prone to particle breakage during transport. Traditional high-speed pneumatic conveying methods often cause significant attrition, leading to reduced battery performance and increased waste. To address this, Shandong Haide Powder Engineering Co., Ltd. developed a specialized low-speed pneumatic conveying system that minimizes particle impact and maintains structural integrity. The system was installed in a battery material processing facility in Adana, Turkey, where the client required a reliable, dust-free, and energy-efficient solution for transferring cathode powder from storage to production lines. The project was a direct response to the growing demand for high-quality lithium battery materials in the European and Middle Eastern markets.
The Adana facility, a key production hub for battery components, faced significant challenges with conventional conveying methods. The existing equipment caused excessive powder degradation, resulting in inconsistent particle size distribution and compromised electrochemical properties. The client sought a partner capable of delivering a proven pneumatic conveying case study that could be replicated across their global operations. Shandong Haide Powder Engineering Co., Ltd. was selected for its extensive experience in handling fine, abrasive, and fragile powders. The project scope included the design, fabrication, installation, and commissioning of a complete pneumatic conveying system specifically optimized for lithium battery cathode powder. The system was engineered to operate with a low conveying velocity, typically below 10 m/s, which is critical for preventing particle breakage. This low-speed approach, combined with gentle material handling, ensured that the cathode powder retained its original morphology and performance characteristics.
The system incorporated a dense-phase pneumatic conveying principle, which uses higher material-to-air ratios to reduce particle velocity. This technique is particularly effective for lithium battery cathode powder, as it minimizes impact forces and abrasion. The conveying line was designed with smooth interior surfaces, gradual bends, and specialized wear-resistant components to further protect the material. Additionally, the system included advanced filtration and dust collection units to maintain a clean working environment, fully complying with Turkish environmental regulations. The project also required integration with the existing plant infrastructure, including automated control systems and material storage silos. Shandong Haide Powder Engineering Co., Ltd. provided comprehensive engineering support, including site surveys, 3D modeling, and performance simulation, to ensure seamless integration.
The core innovation of this project lies in the low-speed anti-breakage pneumatic conveying technology. Traditional pneumatic conveying systems often operate at velocities exceeding 20 m/s, which can cause severe attrition of brittle materials. In contrast, the system deployed in Adana operates at a conveying velocity of 6–8 m/s, significantly reducing particle impact energy. This is achieved through precise control of the air-to-material ratio and the use of pressure vessels that feed the material in a controlled, pulsed manner. The system also features a specially designed diverter valve and receiving hopper that ensure gentle material transfer. Extensive testing conducted before installation confirmed that the particle size distribution of the lithium battery cathode powder remained within 99% of the original specification after conveying, a remarkable achievement for such a sensitive material.
Furthermore, the low-speed anti-breakage pneumatic conveying system offers additional benefits beyond material preservation. It reduces energy consumption by up to 30% compared to conventional high-speed systems, as the lower air velocity requires less compressed air generation. It also minimizes wear on conveying pipes and components, extending the service life of the equipment and reducing maintenance costs. The system is fully enclosed, preventing dust emissions and ensuring operator safety. This is particularly important in the lithium battery industry, where dust exposure can pose health risks and contamination issues. The project in Adana, Turkey, serves as a benchmark for other battery material handling applications, demonstrating that it is possible to achieve both high throughput and material integrity.
The successful implementation of this pneumatic conveying system for lithium battery cathode powder in Adana highlights the importance of custom engineering in material handling. The system was designed to handle a throughput of 5 tons per hour, with the capability to scale up to 10 tons per hour in future expansions. The control system utilized a PLC-based interface with remote monitoring capabilities, allowing the client to track conveying parameters in real time. The system also included automatic purging and cleaning cycles to prevent material buildup and cross-contamination between different batches. Since commissioning, the system has operated continuously for over 12 months with zero unscheduled downtime, a testament to its robust design and quality construction.
Shandong Haide Powder Engineering Co., Ltd. provided comprehensive support throughout the project lifecycle. The engineering team worked closely with the client's local staff to ensure proper training and knowledge transfer. The company also supplied a complete set of spare parts and maintenance documentation, enabling the client to perform routine servicing independently. The project in Adana, Turkey, is a clear example of how pneumatic conveying case studies can be successfully adapted to local conditions while maintaining global standards. The client has since expressed interest in replicating the system at other facilities in Europe and the Middle East, further validating the effectiveness of the low-speed anti-breakage approach.
Turkey, with its strategic location bridging Europe and Asia, has become a significant hub for battery material production. The Adana project required strict adherence to local safety regulations, including ATEX certification for explosive environments. The pneumatic conveying system was designed with explosion-proof components, including pressure relief panels and antistatic grounding. The equipment also complied with Turkish electrical and mechanical standards, ensuring seamless integration with the local power grid. Shandong Haide Powder Engineering Co., Ltd. worked with local partners and suppliers to source certain components, reducing lead times and supporting the local economy. This approach not only saved costs but also ensured that the system could be serviced using locally available parts.
The successful completion of this Turkish pneumatic conveying project has strengthened the company's reputation in the region. The client, a major battery manufacturer, has publicly praised the system's performance and reliability. The project also demonstrates that advanced pneumatic conveying technology can be effectively deployed in emerging markets, where local expertise and infrastructure may vary. Shandong Haide Powder Engineering Co., Ltd. continues to offer similar solutions for other battery materials, including lithium iron phosphate (LFP), nickel cobalt manganese (NCM), and solid-state electrolyte powders. The company's experience in Adana, Turkey, provides a valuable reference for future projects in the region.
For companies seeking to improve their lithium battery cathode powder handling processes, the Adana case study offers a compelling blueprint. Shandong Haide Powder Engineering Co., Ltd. is ready to provide detailed quotations, technical drawings, and on-site consultation. The company's team of experienced engineers can design customized solutions for various capacities, layouts, and material types. The project manager for this account is Manager Zhang, who can be reached at 15662777102 for immediate inquiries. Manager Zhang has extensive experience in international pneumatic conveying projects and can discuss specific requirements, including low-speed anti-breakage conveying, dense-phase systems, and integration with existing plants. Whether you are in Turkey, Europe, or elsewhere, the company is committed to delivering high-quality, reliable, and cost-effective solutions. Contact Manager Zhang at 15662777102 to discuss your next pneumatic conveying project.
Shandong Haide Powder Engineering Co., Ltd. is headquartered in China, Shandong, and has a global network of partners and service centers. The company has completed hundreds of pneumatic conveying case studies across industries, including chemicals, pharmaceuticals, food processing, and battery materials. The Adana project is a testament to the company's ability to handle complex, sensitive materials with precision. For more information or to request a consultation, please reach out to the contact person: Manager Zhang, phone 15662777102. The company looks forward to helping you achieve efficient, breakage-free conveying of your valuable powders.
Shandong Headpowder Engineering Co., Ltd.
156-6277-7102（Manager Zhang） 
0531-83386006 
Jinan City, Shandong Province, China 
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