Container Type PSA Nitrogen Generator with 99.99% Purity and 50Nm³/h Capacity for Industrial Use

A PSA nitrogen generator is an industrial gas separation system based on pressure swing adsorption nitrogen generation technology, which utilizes carbon molecular sieve (CMS) to selectively adsorb oxygen and impurities from atmospheric air, producing high-purity nitrogen on demand. The Container Type PSA Nitrogen Generator integrates all core components into a standard shipping container, offering exceptional mobility and quick deployment for industrial applications. As a high-purity nitrogen generator, it delivers consistent 99.99% purity (customizable up to 99.9995%), meeting strict requirements of precision-oriented industrial processes.

The Container Type PSA Nitrogen Generator stands out for its mobility and rapid deployment—critical for temporary projects, remote industrial sites, or enterprises needing flexible nitrogen supply. Unlike traditional fixed PSA nitrogen plant models, the containerized design allows for "plug-and-play" operation: once delivered to the site, it can be commissioned within 24-48 hours, significantly reducing project lead time. Its robust container structure provides excellent protection against dust, moisture, and mechanical damage, making it suitable for harsh environments such as construction sites, offshore platforms, and mining areas. The modular nitrogen generator compatibility enables easy scaling—additional units can be connected in parallel to increase flow rate without disrupting existing operations.

The Container Type PSA Nitrogen Generator 99.99% Purity 50Nm³/h represents a versatile, efficient, and reliable solution for industrial nitrogen supply. Its containerized design, high-purity output, and energy-saving features make it ideal for a wide range of applications, from chemical processing to electronics manufacturing. By leveraging pressure swing adsorption for nitrogen generation technology, it delivers on-demand PSA nitrogen while eliminating logistical and cost challenges of traditional supply methods.