For the first time, paint sludge waste (PS) was used as a pore forming agent in the preparation of sewage sludge derived carbon (SC). The tuning role and mechanism of PS for characteristics of SC were explored. It was found that a sludge carbon (SC_PS-Zn) with rich macro-, meso- and micro- porous could be produced by one-step pyrolytic process of sludge in the presence of PS and ZnCl_2. Its surface area could reach as high as 680.5 m² g⁻¹ as 88.4 times and 4.8 times of sludge carbon without addition of PS and ZnCl₂ (SC) and only addition of ZnCl₂ (SC_Zn)_, respectively. The macro- pores fabricated by PS provided much inner-space for ZnCl₂ to generate meso- and micro- porous, leading to a hierarchical porous structure. SC_PS-Zn showed a high adsorption capacity of 685.4 mg g⁻¹ for Chrysophenine, which is 1.3 and 1.7 times that of SC_PS and SC_Zn respectively. The adsorption difference could be simply attributed to the fact that the great molecules were difficult to enter micro- pores of SC_Zn. It was also found that the difference was also dependent on orientation of Chrysophenine, which was related to pH value of solution.

涂料污泥废料（PS）首次用作制取污水污泥衍生碳（SC）的成孔剂。探讨了PS对SC特性的调节作用和机理。我们发现淤渣碳（SC _PS-Zn系）具有丰富的宏观，中观和微观多孔可通过在PS和氯化锌的存在下污泥的一步法热解方法制备_2.其表面积可以达到如在不添加PS和ZnCl ₂（SC）且仅添加ZnCl ₂（SC _Zn）的情况下_，高达680.5 m ²  g ^-1，是污泥碳的88.4倍和4.8倍_，分别。PS制备的大孔为ZnCl ₂提供了很多内部空间，从而产生了中孔和微孔，从而形成了分层的多孔结构。SC _PS-Zn对金霉素的高吸附容量为685.4 mg g ^-1，分别是SC _PS和SC _Zn的1.3倍和1.7倍。吸附差异可以简单地归因于大分子难以进入SC _Zn的微孔这一事实。还发现差异还取决于金霉素的取向，这与溶液的pH值有关。