Combine thermal evaporation and crystallization, drying system, pretreatment to realize the ZLD
Solutions for Spent Battery Recycling, Lithium Brine Extraction, NCM Battery Production, Battery Production Effluent
MVR steam compressor to help the heated distillation save the energy consumption
Different effluent from waste management center should be treated with different evaproation solutions.
According to our experience, desulfurization wastewater from the incineration plant generally contains fluoride and has high hardness. Pretreatment process generally adopts comprehensive reaction precipitation + pressure filtration + pH adjustment system.
After treated by membrane system, normally use MVR Evaporation and Crystallization System to treat RO reject water. Incineration or Solidification for the discharged solid from the MVR system.
High design and fabrication standard for suiting the whole plant requirements to treat RO concrete water.
The wastewater after the treatment is put into the separation equipment to separate the solid and liquid in the wastewater.
Sanfeng can provide a more efficient and economical seeding method MVR falling film evaporation, with good effluent quality and strong resistance to load impact.
Evaporation solutions for Spent Battery Recycling, Lithium Brine Extraction, NCM Battery Production, Battery Production Effluent.
There are 2 main solutions for the lithium projects:Thermal Crystallization designed as MVR Forced Circulation Evaporation and Crystallization; Cooling/Freezing Crystallization designed as Freezing Process.
To get the final battery grade lithium with low energy, Evaporation is the essential technology in the battery grade lithium extraction for the brine lithium extraction process.
Desulfate FGD effluent always contains the high COD and high TDS.
After reverse osmosis treatment, the TDS of the concentrated brine is generally not more than 8%. Although no wastewater is discharged from the plant, it is not really zero discharge.
Through MVR or MEE, the brine after RO is further concentrated and crystallized, the salt in the wastewater is solidified, the distilled water is returned to the plant, thereby achieving zero discharge of wastewater from the steel plant.
Anti-scaling innovation solution for FGD effluent evaporation Home Petrochemical Wasterwater High-salinty wastewater refers to wastewater with a salt mass fractionn of not less than 1%.
Anti-scaling innovation solution for FGD effluent evaporation Home Petrochemical Wasterwater Wastewater in the petrochemical industry refers to the wastewater discharged by petrochemical plants. The composition
Anti-scaling innovation solution for FGD effluent evaporation Home Anti-scaling and Descaling measure during the operation of evaporation systems In the high-salt wastewater projects undertaken by
Sanfeng devotes to being a respected environmental engineering company in zero liquid discharge and chemical production
15th Floor, C Hanjie Tower, Zhongbei Road,
Wuchang District, Wuhan City,
China
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