Progressive Planet advances PozGlass SCM testing
The objective is to displace fly ash, a by-product of burning coal for electricity generation, with an environmentally friendly product.
VANCOUVER — Progressive Planet Solutions Inc. announces that it has engaged C&CS Atlantic Inc. to complete testing required to commercially launch PozGlass SCM. The principal of C&CS Atlantic is Dr. Michael Thomas.
In 2020, the University of Alberta conducted an initial set of tests on the company’s Natural Pozzolan Blend, which showed superior qualities to fly ash as a supplementary cementing material. Due to COVID-19, the U of A was only able to complete some of the necessary tests.
The additional testing will be conducted in two phases with phase one expected to be completed by the end of April 2021 and phase two in the third quarter of 2021.
Subject to a successful completion of the additional tests such as compressive strength and alkali-silica reactivity, management will move to a full-scale commercial roll-out of the PozGlass SCM product. PozGlass SCM combines natural pozzolan, recycled, post-consumer glass, and proprietary formulations and processes. The objective is to displace fly ash, a by-product of burning coal for electricity generation, with an environmentally friendly product that creates enhanced properties in ready mix and pre-cast concrete.
Michael Thomas is a Professor in the Department of Civil Engineering at the University of New Brunswick (UNB), Canada, and a registered Professional Engineer in the province of New Brunswick. Michael has been working in the field of cement and concrete research since 1983.
“PLAN is excited to commence a working relationship with C&CS Atlantic and Dr. Thomas. As we continue to build our team, we are focused on procuring world class talent. We are also proud to use Canadian expertise wherever possible,” stated Steve Harpur, CEO.
In addition to conducting tests on pozzolans owned by PLAN, the testing regimen includes testing additional pozzolans which PLAN is evaluating for potential future use.