In numerous industrial manufacturing processes, the stability and continuity of nitrogen supply directly affect the normal operation of production lines. For example, in wine production, nitrogen is used to create an oxygen-free environment, preventing oxidation of the wine and preserving its unique flavor and quality. In the food packaging industry, nitrogen serves as a protective gas (a food additive) to effectively extend product shelf life and prevent spoilage caused by oxygen. In precision industries such as electronic component manufacturing, nitrogen is used for cleaning and rinsing to ensure product quality.
Therefore, any interruption in nitrogen supply not only compromises product quality but may also force the entire production process to halt, resulting in economic losses and reduced production efficiency for enterprises.
Currently, some food and beverage companies meet their nitrogen needs by purchasing nitrogen cylinder groups or liquid nitrogen in bulk. However, there may be instances where nitrogen supplies fail to arrive on schedule. Some factors causing delays are beyond control, such as vehicle breakdowns and severe weather. Of course, poor planning can also lead to such issues.
Using On-Site Nitrogen Generation Systems to Secure Production
In fact, many food and beverage companies prefer to adopt PSA (Pressure Swing Adsorption) on-site nitrogen generation systems to secure their production needs. This method produces nitrogen through a physical process at room temperature, allowing customization of nitrogen purity and flow rate to match production requirements.
The PSA technology is well-established, enabling systems to operate safely, stably, and reliably with 24/7 capacity. As long as production demands exist, nitrogen will always be available.
Beyond providing autonomy over gas supply, PSA systems eliminate the complexities of ordering, receiving, and storing gas, simplifying nitrogen management for businesses.
After purchasing a PSA system, the main costs involve electricity consumption and equipment maintenance. Compared to purchasing nitrogen, this approach offers lower long-term nitrogen costs.
