Grafoid is a private company based in Canada that aims to produce graphene on a commercial scale using their proprietary extraction process. The company is also active in high-growth, scalable graphene projects, patents and material applications. In May 2013, the company (together with Graphite Zero, of which it holds a majority stake) launched the MesoGraf brand of affordable high-quality graphene materials under the MesoGraf brand.
Grafoid is collaborating on Graphene research with Focus Graphite (which used to own 40% of Grafoid, although it is only a minor shareholder now) and the two companies are still linked by a 10-year offtake agreement. Grafoid is also co-developing graphene-based polymer and non-polymer applications with Rutgets University.
In July 2013 the company raised $3.5 million from private investors. In February 2015, Grafoid received a $8.1 million CAD ($6.46 USD) grant from the Canadian government. In March 2016 China's Xiamen signed a strategic agreement with Grafoid and agreed to buy up to 20% of the company.
The latest Grafoid graphene news:
In October 2020 we reported that Grafoid and Stria Lithium have announced a reverse takeover which will result in Grafoid becoming a wholly-owned subsidiary of Stria Lithium.
Grafoid now announced that the deal is terminated "Due to matters beyond the reasonable control of Stria and Grafoid".
Grafoid and Stria Lithium have announced a reverse takeover which will result in Grafoid becoming a wholly-owned subsidiary of Stria Lithium (it is not clear but the agreement could result in the combination of the two enterprises).
Grafoid says that the new enterprise will get a new name, which will be agreed upon soon. The new company's board of directors will consist of 10 directors, out of which 6 will be nominated by Grafoid (which means that Grafoid will actually control the new company).
Canadian graphene developer Grafoid announced that it launched a new company, called Grafprint3D, to develop and produce 3D printing materials based on Grafoid's MesoGraf graphene - although Grafprint3D's current materials are actually graphene inks for screen printing and inkjet printing and not 3D printed ones.
Grafoid says that initially the new company will focus on wearable device fabrication with biocompatible polymers, biomaterial substrates for cell therapy engineering research, and rapid product prototyping with printable advanced nanomaterials.
Grafoid and Stria Lithium have announced the successful co-development of an innovative graphene-based filtration membrane to separate Magnesium and Calcium from salars. Developed in concert with Grafoid Inc. – a related company sharing common directors and an active partner in the 2GL Green Energy Technology Strategic Alliance – this filtration membrane functions as a precursor that promotes efficiencies within the conventional process of recovering Lithium from Salts.
The Companies explain that the key method of recovering commercial lithium has remained the same for over half a century: by evaporating brines collected from salars and salt lakes in evaporation ponds. However, this method is time consuming and can take a year or more - leading to large amounts of salt waste. In addition, Magnesium and Calcium are also present and form impurities that must be refined out in the process. With the demand for lithium outpacing the recovery rate of lithium from brine – faster and more efficient methods of recovery will be critical to supply the growing demand.
Grafoid and Liquinex to collaborate on water purification solutions using MESOGRAF graphene-based filtration technology
Grafoid has announced a strategic partnership with Liquinex, a company specializing in waste water engineering needs, to provide commercial scale water treatment solutions using Grafoid’s MESOGRAF graphene-based filtration technology.
The graphene-based filtration products are said to be readily scalable to meet the rising commercial demands making them ideal for industrial level, niche applications such as the concentration of beverages, treatment of crude oil/water mixtures, biofuel and industrial wastewater treatments where reverse osmosis (RO) is not suitable due to the fouling tendencies when concentrated liquids are purged through RO cartridges.