Flake Caustic Soda Dissolution
Through the customized design of dissolution equipment and an automated control system, the feeding speed, temperature monitoring, and stirring intensity are optimized to effectively prevent local overheating, splashing, and caking. Corrosion-resistant materials and a closed operation unit are adopted to reduce the risk of alkali mist escape and ensure the safety of operators. Combined with waste heat recovery technology, part of the heat energy released during the dissolution process is converted into heating for the pre-treated water, improving the energy utilization rate. This solution can meet the large-scale dissolution requirements of flake caustic soda in industries such as chemical engineering, environmental protection, and water treatment. It takes into account both production efficiency and safety and environmental protection standards, helping customers achieve stable and low-consumption preparation of caustic soda solutions.
Distribution of Flake Caustic Soda and Solid Caustic Soda
Relying on the advantages of chemical process technology, we extend our layout to the distribution field of flake caustic soda and solid caustic soda, providing integrated "technology + supply chain" services. Combining engineering experience, we provide customers with technical support such as guidance on the selection of dissolution equipment and optimization of concentration ratios, addressing the full range of needs from raw material procurement to application implementation. This helps customers in the chemical and environmental protection industries achieve stable supply and cost reduction while increasing efficiency.
TCCA (Trichloroisocyanuric Acid)
The TCCA (trichloroisocyanuric acid) preparation process package focuses on strengthening the safety of the chlorination reaction and optimizing the crystallization efficiency. The process package adopts a modular design, integrating a precise raw material ratio system, a continuous crystallization unit, and a tail gas resource utilization treatment device. It effectively solves problems such as uneven reactions and fluctuations in crystal quality in traditional processes and significantly improves the single-pass conversion efficiency. Through the recycling technology of by-products, the consumption of raw materials is significantly reduced, and the emission of waste is decreased. The process package supports flexible capacity configuration, and the purity and stability of the produced TCCA products reach high industry standards. It is suitable for the quality requirements in fields such as high-end disinfectants and water treatment chemicals, helping customers achieve safe, environmentally friendly, and efficient integrated production.
