MOF-74 is a highly porous metal-organic framework (MOF) material offered by Aarvi Energy Filtrex & Environmental Solutions Pvt. Ltd. for advanced gas adsorption, carbon capture, catalysis, membrane technology, and clean energy research applications. MOF-74 is widely recognized for its exceptionally high density of open metal sites, superior gas adsorption performance, and remarkable selectivity for carbon dioxide and other gases.
MOF-74 belongs to a class of crystalline nanoporous materials composed of metal ions such as magnesium, zinc, cobalt, nickel, or iron coordinated with organic linkers to create a highly ordered porous framework. Due to its unique structure and exposed metal centers, MOF-74 demonstrates outstanding adsorption affinity and enhanced gas storage capabilities.
Key Features:
High surface area with uniform microporous structure
Large number of open metal adsorption sites
Excellent CO? adsorption capability
Superior gas separation and purification performance
High selectivity toward various gas molecules
Good thermal stability under controlled conditions
Efficient adsorption kinetics and diffusion properties
Suitable for research and industrial process applications
Technical Advantages:
MOF-74 is particularly valued for its exposed metal centers, which significantly enhance gas adsorption interactions and separation efficiency. The material offers excellent performance in carbon capture systems, hydrogen storage studies, and adsorption-based purification processes. Its well-defined pore channels and tunable framework composition make it suitable for advanced membrane and catalytic applications.
Applications:
CO? capture and carbon sequestration
Hydrogen storage systems
Methane and natural gas adsorption
Industrial gas purification
Membrane-based gas separation
Catalyst support material
Environmental remediation research
Adsorption and desorption studies
Energy storage and clean technology applications
Nanotechnology and material science research
Research & Industrial Benefits:
MOF-74 is extensively studied for next-generation adsorption technologies because of its strong gas binding capability and high adsorption capacity. The framework structure allows efficient interaction between gas molecules and active metal sites, making it highly effective for clean energy, environmental engineering, and industrial separation processes.
Available Options:
Aarvi Energy Filtrex & Environmental Solutions Pvt. Ltd. provides research-grade MOF-74 materials suitable for universities, research laboratories, pilot plants, and industrial R&D facilities. Customized material formulations, particle sizes, and application-specific solutions can also be developed according to project requirements.
