2,6-DPPEAQ (98%), chemically known as (((9,10-Dioxo-9,10-dihydroanthracene-2,6-diyl)bis(oxy))bis(propane-3,1-diyl))bis(phosphonic acid), is an anthraquinone-based organic phosphonic acid compound featuring an anthraquinone chromophore and two phosphonic acid functional groups.
The molecule combines the unique redox-active properties of the anthraquinone core with the strong metal-binding ability and proton conductivity characteristics of phosphonic acid groups, making it valuable in research fields including organic electronics, electrochemical energy storage, proton-conducting materials, metal-organic frameworks (MOFs), and functional polymer materials.
Due to its reversible quinone/hydroquinone redox behavior, 2,6-DPPEAQ has attracted attention as a functional organic molecule for redox-active materials and energy storage systems, particularly in the development of organic electrode materials and advanced electrochemical devices.
The anthraquinone backbone provides:
The quinone carbonyl groups can undergo reversible redox reactions, making anthraquinone derivatives attractive for electrochemical applications.
The two phosphonic acid groups provide:
These groups enable chemical attachment to metal oxides and inorganic surfaces.
2,6-DPPEAQ is investigated as a redox-active organic material for advanced energy storage systems.
Applications include:
The anthraquinone unit enables reversible electron transfer, providing potential charge storage capability.
Due to its multifunctional structure, 2,6-DPPEAQ can serve as a building block for functional materials.
Applications include:
The phosphonic acid groups allow coordination with metal centers to construct advanced materials.
The phosphonic acid groups make 2,6-DPPEAQ suitable for proton transport research.
Applications include:
Phosphonic acid groups can facilitate proton migration through hydrogen-bonding networks.
2,6-DPPEAQ can interact with metal oxide surfaces through phosphonate bonding.
Applications include:
The anthraquinone structure enables optical and electrochemical studies.
Applications include:
2,6-DPPEAQ is an anthraquinone-based diphosphonic acid compound containing a redox-active quinone core and phosphonic acid functional groups.
It is mainly studied for:
Anthraquinone derivatives can undergo reversible redox reactions, allowing electron storage and release during electrochemical cycling.
Phosphonic acid groups improve:
Yes. It is investigated as a redox-active organic molecule for rechargeable battery and electrochemical energy storage research.
