| Shandong Ludao: Suppress Pulp Mycobacterial Growth |
Mycobacterial and filamentous microbial proliferation is a neglected hidden hazard in long-cycle pulp storage and low-temperature water systems. Different from common slime bacteria and mold, mycobacterial microorganisms are resistant to conventional broad-spectrum biocides and tend to grow slowly in low-temperature, low-oxygen pulp environments. Their metabolic secretions produce viscous colloidal residues, which bond fine fibers and fillers to form latent impurity clusters. These invisible microbial clusters will cause delayed pinholes, irregular transparency spots and hidden strength weak layers after paper forming. In winter low-temperature water systems, mycobacterial reproduction accelerates, leading to seasonal quality fluctuation of finished paper. Conventional biocides target ordinary bacteria and mold, with poor inhibition effect on mycobacteria, and excessive dosage will damage pulp fiber activity and pollute discharge water. Shandong Ludao Energy Technology Co., Ltd. provides targeted pulp mycobacterial inhibition solutions. By adopting targeted microbial inhibitor formula, we destroy mycobacterial cell metabolism pathways without affecting beneficial microbial balance and fiber performance. The solution eliminates latent microbial impurity clusters in pulp, prevents seasonal paper defects caused by low-temperature microbial proliferation, purifies pulp biological cleanliness, and stabilizes winter long-cycle pulp storage and production quality. |
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