We provide complete pneumatic conveying solutions for zeolite pellets, including system design, equipment manufacturing, installation, and commissioning. Our custom-engineered systems are widely used in chemical, petrochemical, environmental catalysis, and molecular sieve industries, where precise, gentle, and reliable transfer of zeolite granules is essential. From small-capacity batch lines to large-scale continuous conveying networks, our solutions are configured to match your material properties, process flow, and site constraints.

Zeolite pellets are porous, abrasive, and mildly dusty, which makes conveying system design very challenging. Pellet breakage and dust generation must be minimized to preserve adsorption capacity and avoid downstream filter loading. Our pneumatic conveying systems use low-velocity dense phase or gentle dilute phase operation, depending on the pellet size, hardness, moisture, and bulk density. We also select wear-resistant bends, ceramic-lined pipe sections, and explosion-proof components for safe and durable service.

Our systems support both pressure and vacuum conveying modes. For zeolite pellet transfer, we often recommend dense phase pneumatic conveying, which uses high-pressure air to push material in slugs along the pipeline. This mode reduces pellet collisions, minimizes breakage, and lowers dust generation. For short distances and simpler layouts, dilute phase conveying can be an economical choice, offering higher throughput with adequate care in bend radius and line velocity control.

A complete zeolite pellet conveying system includes a rotary airlock feeder, material receiver, pulse-jet dust collector, roots blower, compressor, control panel, and interconnecting piping. We integrate each component into a compact and automated system with level sensors, pressure transmitters, and programmable logic controller. Our skid-mounted units reduce installation time and eliminate field welding errors. Every system is factory-tested before delivery to ensure leak-tight operation and trouble-free startup.

Proper pipe routing and receiver sizing are critical to prevent line blockage and maintain stable transfer. We use computational modeling and field-proven formulas to determine conveying velocity, air flow, pressure drop, and pipe diameter. Our engineers also design the system to handle zeolite pellet mixtures with different particle sizes, including broken pellets and fines, without clogging. Automatic purge sequences and pressure-based diagnostics help clear any residual material after each batch.

The system can be integrated with upstream dryers, screens, mixers, and storage silos. We provide automated start-stop controls, alarm management, and remote monitoring interfaces. For hygroscopic or temperature-sensitive zeolite grades, we can add closed-loop inert gas conveying, desiccant dryers, or cooled piping to maintain product quality. Our flexible modular design also allows future expansion when production capacity increases.

Our applications include zeolite pellet conveying to adsorption columns, catalytic reactors, packaging machines, and storage silos. In petrochemical plants, the system safely transfers fresh and spent molecular sieve pellets without dust escape. In water treatment and air separation projects, the same equipment ensures precise batch charging and minimal product loss. We also provide complete documentation, installation supervision, operator training, and spare parts support for long-term reliability.