Çözücü geri kazanım sistemi, çözücüyü ısıtarak buharlaştırıp gaz haline getirerek, buharı soğutma sisteminin sıvılaştırma çıkışına göndererek, temiz organik çözücünün geri kazanılmasını sağlayan damıtma prensibini kullanır. Atık, kirli, eski organik çözücünün rejenerasyonu, geri dönüşümü ve yeniden kullanımı.
Genel bakış Endüstriyel ilaç atık suyu
Pharmaceutical waste water treatment
Treating pharmaceutical wastewater is challenging due to its complex composition and the presence of resistant compounds. Key difficulties include:
Recalcitrant Compounds:Resistant chemicals like APIs need advanced treatment.
Toxicity:Toxic substances can disrupt biological treatment processes.
High COD:High organic content demands extensive treatment.
Antibiotic Resistance:Risk of spreading antibiotic-resistant bacteria.
Variable Composition:Wastewater composition varies widely, complicating treatment.
High Salinity:Salts interfere with biological processes, requiring additional steps.
Low Biodegradability:Many compounds resist biodegradation.
Regulatory Compliance:Strict standards are hard to meet.
High Costs:Advanced treatments are costly and energy-intensive.
Sludge Management:Safe disposal of hazardous sludge is required.
Advanced, tailored solutions are essential to effectively manage pharmaceutical wastewater.