Foam formation is a persistent issue in pulp and paper manufacturing, particularly during processes such as pulping, bleaching, washing, and paper machine operation. Excessive foam not only hampers operational efficiency but can also lead to fiber loss, reduced drainage, and poor sheet formation. This makes defoamers an essential additive to ensure stable production and consistent product quality....

Foam formation is a common challenge in various water treatment processes, including wastewater treatment, desalination, and industrial effluent management. Whether caused by biological activity, surfactants, or mechanical agitation, excessive foam can hinder oxygen transfer, disrupt sensor readings, and increase the risk of spillage or system inefficiencies. This makes the application of defoamer...

In the pulp and paper industry, foam is more than just a visual nuisance—it can slow down production, reduce product quality, and increase operating costs. During processes like pulping, bleaching, and paper machine operations, excessive foam interferes with the smooth flow of slurry, causes overflow, and even impacts sheet formation. This is why many mills rely on effective defoamer solutions to ...

In the paper and pulp industry, water treatment plays a critical role in ensuring smooth operations and maintaining product quality. During production, the process water often generates excessive foam due to the presence of surfactants, fillers, and chemical additives. If not controlled, foam can lead to overflow, pump cavitation, reduced drainage efficiency, and increased maintenance costs. This ...

Foam formation is a common issue in industrial processes such as pulp and paper manufacturing and concrete production. Excess foam not only disrupts production efficiency but can also compromise product quality and increase operational costs. To address this challenge, defoamers are widely applied, providing an effective way to control unwanted foam and maintain stable performance across different...