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Highlights Part 2 of the “Ultra-Thin Graphene Foam, Gii, Based Flexible Piezoresistive Pressure Sensors for Robotics” Pressure sensors are widely used devices in a variety of sectors from automotive, medical, industrial and consumer devices. Currently flexible pressure sensors are primarily based on capacitive, resistive and piezoelectric methods. Advanced materials such as Gii has been proposed […]

Highlights Here, we propose an alternative, low-cost yet effective electrochemical glucose chemo-sensing technique based on a boronic acid functionalisation upon Gii-Sens. The new methodology is shown to give apparent saccharide – boronic acid binding constants and to work in human serum, this shows in the future that this could be developed further to develop a […]

Andrew Lacey has been appointed to a newly-created position of Chief Operating Officer. Andrew will be responsible for developing Integrated Graphene’s global manufacturing capabilities, enabling commercial quantity international selling of GiiTM into North America, Europe, the Middle East and Asia-Pacific regions. GiiTM is a unique carbon-based 3D structure created by Integrated Graphene through a patented […]

Integrated Graphene, the electrochemistry specialists behind Gii, a three-dimensional nanomaterial.

A pioneering Scottish company behind the development of a sustainable, high performance nanomaterial has strengthened.

Integrated Graphene, the company behind Gii, a three-dimensional, carbon-based nanomaterial, has appointed Jean-Christophe Granier as its Chief Executive Officer.

Highlights Gii presents unique mechanical-to-electrical energy conversion features. Triboelectric nanogenerators based on Gii exhibit record output powers. Triboelectric nanogenerators play a key role in self-powered pressure sensing mats which are utilised to monitor anonymously room occupancy. Abstract In this work we investigate the potential of three-dimensional graphene (3DG) foam, Gii, as an active layer in […]

A new study from the University of Bath has shown that graphene-based biosensors, designed by Integrated Graphene, have the potential to play a major role in detecting increased levels of lactate, an important biomarker for the treatment of critically ill patients. The research, published in Sensor and Actuators: B.Chemical1, shows that Integrated Graphene’s Gii-Sens™ electrochemical […]

New research led by the University of Bath has shown that surface-modified graphene could transform the production of hydrogen peroxide (H2O2) for industrial use as a bleaching agent or disinfectant. The new graphene-based process produces higher yields with the potential to be more cost-effective and environmentally friendly than current methods. Hydrogen peroxide is a critical […]