Dendrtic PAMAM has a promising application in the field of electroplating wastewater treatment.
Dendrimers PAMAM-OH / titania composites can be used as the metal chelate compound to process the waste water containing metal ions, especially in industrial plating wastewater treatment, it has a promising application. For different metal, optimum pH of ions of electroplating wastewater treatment is different, Cu2+ and Cr3+ optimum treatment at pH7, the metal ion removal rate are 96.6%, 99.9%, and Ni2+ optimum processing at pH9, remove rate is 99.8%.Weihai CY Dendrimer Technology Co. Ltd forwards from “Remediation of Cu(II), Ni(II), and Cr(III) ions from simulated wastewater by dendrimer/titania composites”.

The effective application of the complex of copper - polyamide amine (Cu (II)-PAMAM) as a catalyst.
Advantages of Cu(II)-PAMAM complexes as catalyst in aqueous medium in the DMP polymerization: (1) can be carried out under relatively mild conditions; (2) good coupling selectivity of C-O/C-C , high yield rate of polymer polyphenylene ether (PPO),minimal byproduct DPQ; (3)compared with traditional Cu (II)-EDTA complex catalyst, the catalytic activity of Cu (II)-PAMAM complex is greatly improved. Weihai CY Dendrimer Technology Co. Ltd forwards from “Oxidative polymerization of DMP in aqueous mnedia with Cu (II)-PAMAM complex catalyst”, Zhejiang University.

Dendrimers application in magnetic nanoparticles field has good prospects.
The magnetic nanoparticle is a multifunctional microsphere which having fluorescent, magnetic and drug transporting characters.PAMAM carrying drug can reach the specified position by applying a magnetic field to achieve targeted drug delivery, and tracking by its fluorescence; the PAMAM surface can be grafted to a wide variety of functional groups and can be applied to the different fields, now it has been widely used, such as magnetic resonance imaging, drug delivery, magnetic switch, biotechnology, biomedical and magnetic hyperthermia. Weihai CY Dendrimer Technology Co. Ltd forwards from “Fabrication and Functionalization of Dendritic Poly(amidoamine)- Immobilized Magnetic Polymer Composite Microsphere”, Hongbo Liu,Jia Guo,Lan Jin, Wuli Yang, and Changchun Wang Fudan UniVersity.