In the production process of ternary lithium battery cathode materials, residual high-temperature oxygen-enriched flue gas is generated. In traditional methods, it is generally discharged directly into the atmosphere as waste gas after environmental treatment, resulting in high oxygen consumption and high energy consumption during production, thereby increasing the production cost of lithium batteries.
Our company's patented technology recovers high-purity oxygen from high-temperature oxygen-enriched flue gas for reuse, which can effectively save energy consumption in the lithium battery production system, reduce production costs, and deliver significant economic benefits.
Applicable Fields
High-temperature oxygen-enriched flue gas heat recovery, oxygen-enriched drying, oxygen-enriched decarbonization, etc.
Technical Features
Advanced and safe process flow, simple operation, and high oxygen purity, with oxygen purity greater than 99%;
Wide operating pressure range, low energy consumption, and operating flexibility of 20-120%;
Strong adaptability to feed gas composition changes;
High degree of automation, with functions such as adaptive adjustment and automatic fault diagnosis, convenient startup and shutdown, and capable of unattended automatic control.
Plant Scale
1000~50000Nm³/h.
