Description

Description:

Utilizing air as raw material, this system employs high-efficiency solid adsorbents to selectively adsorb nitrogen and oxygen, achieving oxygen production through gas separation.

Applications

▪ Industrial:

√ Steel/Metallurgy: Oxygen-enriched combustion for blast furnaces, metal smelting

√ Chemical/Environmental: Ozone generator supply (wastewater/solid waste treatment), oxygen-enriched cracking furnaces

√ Glass/Construction: Oxygen-enriched combustion in glass kilns, efficiency enhancement for cement rotary kilns

▪ Special Scenarios:

√ Plateau dispersed oxygen supply (e.g., mining areas, border stations)

√ Backup medical oxygen source

Advantages over Traditional Oxygen Plants:

Higher purity, simplified operation, full automation, lower operating costs, rapid start/stop capability, and fast return on investment. Equipped with advanced lithium-based molecular sieves and proprietary patent technologies for optimized energy efficiency across all models.

Core Competitiveness:

Adsorption towers integrate multiple proprietary technologies. Custom internal designs ensure structural integrity, high adsorption efficiency, and minimized noise/vibration tailored to client-specific requirements.

VS Cryogenic Oxygen Plants:

Lower energy consumption, compact footprint, reduced labor costs, automated safety controls enabling unmanned operation, and simplified government approval (filing mechanism).

Operation & Maintenance:

Fully automated with minimal upkeep requirements, supporting unmanned operation.

Compact Containerized Units:

Feature rapid deployment, zero foundation construction, mobility, and plug-and-play operation. Compared to traditional skid-mounted oxygen plants, they offer lower energy consumption and reduced noise.