Textile Wastewater Treatment Chemical Solutions
Области применения
Textile Dyeing Wastewater
Printing and Dyeing Plants
Fabric Processing Wastewater
Textile Sludge Treatment
Textile and dyeing wastewater typically contains high color, elevated COD, suspended solids, salts, and complex organic compounds that are difficult to biodegrade. These contaminants can reduce biological treatment efficiency, increase chemical consumption, and make it difficult for wastewater discharge to meet regulatory standards.
Jinxiang Chemical provides textile wastewater treatment solutions based on coagulation, flocculation, clarification, and sludge dewatering. Our polyacrylamide and polyaluminum chloride products help remove color, reduce turbidity, accelerate sedimentation, improve sludge filtration, and support stable wastewater treatment performance in textile and printing facilities.
Обзор решения
Textile wastewater treatment is challenging because the effluent often contains dyes, surfactants, sizing agents, suspended solids, salts, and refractory organic compounds. High color and fluctuating wastewater composition can affect biological treatment systems and increase the difficulty of meeting discharge or reuse standards.
Jinxiang Chemical supplies polyacrylamide flocculants, polyaluminum chloride coagulants, and customized chemical treatment programs for textile and dyeing wastewater. By optimizing coagulation and flocculation performance, our solutions promote the formation of larger flocs, improve settling speed, reduce color and turbidity, and enhance downstream sludge dewatering.
| Название продукта | Эксплуатационные свойства | Область применения |
|---|---|---|
| Полиоксихлорид алюминия (PAC) | Коагулирует коллоиды и взвешенные частицы, способствуя осветлению сточных вод. | Предварительная коагуляция текстильных и красильных сточных вод. Дозировку и эффективность подтверждают пробной коагуляцией. |
| Анионный полиакриламид (APAM) | Способствует образованию крупных хлопьев за счет полимерных мостиков для осаждения или флотации. | Флокуляция после коагуляции, когда испытания сточных вод подтверждают пригодность. |
| Катионный полиакриламид (CPAM) | Способствует флокуляции осадка и выделению воды при механическом обезвоживании. | Биологические и смешанные осадки очистки сточных вод. Подходящую марку выбирают испытаниями обезвоживания. |
| Силиконовый пеногаситель | Подавляет избыточную пену для стабильной обработки. | Подавление пены в усреднительных и биологических очистных резервуарах. Подтверждают совместимость с процессом очистки. |
Product grade and dosage depend on dye type, pH, wastewater composition, and treatment equipment. Confirm selection through laboratory and plant trials. Colour and dissolved COD removal may require additional treatment.
Why Choose Jinxiang Chemical?
We provide reliable water treatment chemicals, customized formulations, stable supply, and application support for mining, textile, paper mill, and sludge dewatering projects.
20+ Years of Industry Experience
Extensive experience in chemical manufacturing and industrial wastewater treatment applications.
Professional PAM Manufacturer
Specialized in polyacrylamide, flocculants, coagulants, and industrial water treatment chemicals.
OEM & Custom Formulation
Customized molecular weight, ionic degree, packaging, and formulations for different wastewater conditions.
Laboratory Sample Testing
Evaluate floc formation, settling performance, dosage, and treated water clarity before bulk purchasing.
Stable Production & Supply
Consistent quality control and reliable production capacity support long-term industrial treatment projects.
Technical Application Support
Professional support for product selection, dosage guidance, process optimization, and troubleshooting.
Request Your Water Treatment Solution
Share your wastewater conditions and treatment requirements. Our technical team will recommend a suitable chemical grade, dosage, and application solution.
- Wastewater or slurry type
- Daily treatment capacity
- Current treatment challenges
- Existing treatment equipment