Pulp And Paper Production With Oxygen Generators

Improving paper quality with oxygen generators

Maintaining high quality paper products is a core challenge in the pulp and paper industry. Oxygen generators help improve product quality by increasing the supply of oxygen during each stage of production. This technology avoids the use of hazardous chemicals, reduces costs and provides companies with an environmentally friendly solution.
Oxygen generation equipment also optimizes the bleaching process, making paper whiter and brighter and improving its surface properties. Injecting oxygen during the bleaching stage helps effectively remove lignin and other impurities that affect fiber strength. The oxygen delignification process increases the flexibility of the fibers, resulting in stronger, whiter, and higher-quality paper products.
Oxygen generators can shorten drying times, which is particularly important in mills that need to produce quickly and efficiently, saving valuable time and energy resources.

Cost effective

In the process of producing high-quality paper, oxygen is a key element in the bleaching process, which can effectively remove lignin, hemicellulose and other impurities in wood pulp. However, traditional reliance on liquid oxygen supply or cryogenic air separation equipment is not only costly but also complex to maintain.
On-site oxygen generators offer paper mills an efficient and cost-effective option. Using pressure swing adsorption (PSA) technology, these devices are able to produce high-purity oxygen on demand without relying on bulky cryogenic tanks or large gas storage systems. This gives the plant the flexibility to regulate oxygen supply, avoiding waste and reducing operating costs.
On-site oxygen generators also significantly improve safety compared to traditional oxygen supply methods. By eliminating the need for transportation and storage of hazardous materials such as liquid nitrogen and compressed gas cylinders, the risk of accidents during handling and handling is reduced. Such solutions not only optimize costs but also increase the safety and efficiency of operations.