Advanced materials engineered for selective capture
At the core of UniMOF's platforms are advanced porous materials designed for selective interactions with target molecules, with the key characteristics:
High internal surface area
Tunable pore structures
Selective affinity for sulfur compounds, VOCs, and terpene compounds
Regenerable operation
Adaptable material architectures, including MOF-based and hybrid systems.
Integrated systems designed for real-world deployment
Technology creates impact only when it can be implemented in the field. UniMOF develops modular systems that integrate advanced materials with practical process engineering, with key capabilities:
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Pilot-scale validation
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Plug-and-play installation
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Minimal downtime
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Scalable deployment
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Integration with existing infrastructure.
Methane Purification & Emissions Management
Clean BioGas Platform™ supports anaerobic digestion and dairy-farm operations through methane purification, H₂S/VOC treatment, and odor management. The platform integrates advanced adsorbent materials and modular process systems to improve gas quality and support renewable natural gas (RNG) readiness.
Terpene Recovery & Odor Management for Cannabis Greenhouses
AromaHarvest Platform™ is designed to selectively capture terpene-rich VOC emissions generated during cannabis cultivation and post-harvest operations. The platform supports odor management, emissions reduction, and evaluation of terpene recovery opportunities through advanced porous-material technologies.
Micro-Environmental Control for Organic Waste Bioconversion
Clean BSF Platform™ is designed to support black soldier fly (BSF) larvae production through integrated micro-environmental control and emissions management. The platform combines air treatment, environmental monitoring, and process control technologies for both centralized and decentralized organic waste operations.
Advanced Materials.
Integrated Systems.
Real-World Deployment
UniMOF develops advanced porous materials and integrated process systems for gas purification, odor control, and value recovery applications.
Our technology combines engineered adsorbent materials, modular process equipment, and data-driven deployment strategies to address complex industrial and agricultural gas streams.