Paragraf enters MOU with INTRATOMICS to advance graphene-based sensor technologies

Under the agreement, INTRATOMICS will focus on material synthesis of metal oxides, and functionalization of Paragraf devices through the application of the metal oxide onto the Paragraf graphene sensing layer. Paragraf will lead on system integration, engineering, design and development of the graphene-based sensing technology built on the company’s existing GFET platform. Together, the partners aim to deliver highly sensitive, selective and stable sensors capable of detecting hazardous gases and environmental contaminants with unprecedented precision – enabling safer operations, improved compliance and more-efficient industrial processes.

Paragraf has signed of a memorandum of understanding (MoU) with INTRATOMICS Advanced Material Technologies (INTRATOMICS), a subsidiary of Khalifa University Enterprises Company (KUEC), to jointly develop advanced graphene-enabled sensor solutions.Under the agreement, INTRATOMICS will focus on material synthesis of metal oxides, and functionalization of Paragraf devices through the application of the metal oxide onto the Paragraf graphene sensing layer. Paragraf will lead on system integration, engineering, design and development of the graphene-based sensing technology built on the company’s existing GFET platform. Together, the partners aim to deliver highly sensitive, selective and stable sensors capable of detecting hazardous gases and environmental contaminants with unprecedented precision – enabling safer operations, improved compliance and more-efficient industrial processes.

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