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Operational Update on Commercial Graphene Facility

Posted By Graphene Council, The Graphene Council, Tuesday, June 18, 2019
Updated: Saturday, June 15, 2019

NanoXplore Inc. has recently provided an operational update on its new 10,000 metric ton/year commercial graphene facility in Ville St-Laurent (Montréal), Québec, including:

- New Graphene Facility Construction Project Update;
- Capital Expenditures (“CapEx”) Update;
- Operating Expenditures (“Opex”) Update; and
- Graphene Sales Update.

Mr. Rocco Marinaccio, Chief Operational Officer of NanoXplore, commented:

“We are delighted to report on the Corporation’s first significant operational steps in solidifying the commercialization of graphene. The operations team has been working diligently to ensure that the project remains on time and within budget. I am happy to announce that we have achieved this goal to date.

We are now fully engaged and focused on the project’s execution that will further demonstrate that our technology is scalable and economically viable in comparison to other carbon-based additives. As originally scheduled, we plan to commission the new facility at the end of this calendar year and execute our Phase One objective (4,000 metric tons/year) by calendar Q1, 2020”.

New Graphene Facility Construction Project Update  

NanoXplore’s new graphene production facility (located at 4500 Thimens Blvd, Ville St-Laurent, Montréal, Québec) will be housed within an existing 70,000 square foot building. The Corporation has ordered all major long lead time equipment for Phase One (4,000 metric tons/year) development with expected delivery scheduled for the end of calendar Q4 of this year.

All main equipment is being manufactured in America and Europe by reputable companies and all engineering related to these purchases has been completed. No further major equipment purchases will be needed. The detailed engineering related to electrical and mechanical for the major equipment has been completed and remains on-going for other components within the facility. The procurement has been completed for all major equipment and NanoXplore has awarded contracts for the construction and automation of the new facility. The new graphene plant will be a fully automated production plant that will enable a connected and flexible manufacturing system. 

CapEx Update 


NanoXplore anticipates CapEx (capital expenditure) to be 10% less than originally estimated. The overall development for Phase One (4,000 metric tons/year) of the new facility is expected to be on time and under the original planned budget. More specifically, the construction process has already commenced, as indicated above, installation and commissioning of the new plant is expected to begin during calendar Q4 of this year and all primary costs have been contracted and accounted for. The Corporation expects Phase One (4,000 metric tons/year), of a two-phase 10,000 metric tons/year production project, to be fully operational during calendar Q1 of 2020.   

Opex Update

NanoXplore’s Operations team has been working diligently to ensure that continual improvements are implemented during the facility’s project development. The new graphene facility layout has been finalized and fully optimized. This optimization will allow the Corporation to add an additional graphene production line without the need of expanding the new facility as originally contemplated. Furthermore, significant developments in manufacturing efficiencies have bolstered single line graphene production output from 2,000 metric tons/year to 4,000 metric tons/year, doubling single line production capacity. This improvement was a result of a vigorous twelve-month R&D and engineering project that has been successfully tested and implemented at the Corporation’s current production facility. These results were further validated through additional testing on the new facility’s equipment at the suppliers’ locations in the US and in Canada.  

The Operations team has also made significant improvements towards reducing the Corporation’s input costs to produce graphene. We are now able to produce high-quality graphene using small natural flake graphite (-150 mesh). Small natural flake graphite is substantially cheaper than large flake graphite (+80 mesh). Large flake graphite is the current graphite of choice for the Lithium Ion battery market. NanoXplore’s ability to move away from larger flake higher demand will not only dramatically reduce input costs, but will also help the Corporation secure a more readily available graphite supply, significantly reducing future supply risks.

Tags:  Graphene  NanoXplore  Rocco Marinaccio 

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