Synthesis of novel nanocomposite sorption materials based on zirconium (IV) oxide and activated carbon to remove heavy metals from waterproperties

Keywords
Chemistry

Description
Particular attention among methods of water purification deserves sorption method using a sorbent is activated carbon, due to its cheapness. However, its sorption capacity for many metal ions, unfortunately, is not high enough. In order to increase these last modified sorbents. As modifiers can be used as metal oxides, which are also effective sorbents. Among them it is worth noting ZrO2. It is an effective sorbent to ions of different nature, including heavy metals. However, its use in nano-sized state as a modifier can increase the sorption capacity due to high specific surface area and exchange capacity, which further increases during the transition from the crystalline to the amorphous phase.Thus, innovation involves the creation of new sorption nanocomposite materials based on zirconium (IV) oxide and activated carbon to be used for the selective removal of heavy metal ions from aqueous solutions.

Innovative aspect and main advantages:
When modifying activated carbon zirconium (IV) oxide is expected to improve the sorption of heavy metal ions from aqueous solutions

Problem solved:
The need to innovate due to the increasing pollution of water by ions of heavy metals and strict requirements that apply to water quality

Development status:
Concept or theoretical stage, not yet proven

Potential customers, markets:
The companies dealing with water purification and treatment