Tillkännagivande • Dec 31
Progressive Planet Solutions Inc., Annual General Meeting, Feb 26, 2026 Progressive Planet Solutions Inc., Annual General Meeting, Feb 26, 2026. Location: british columbia, vancouver Canada Tillkännagivande • Oct 22
Progressive Planet Creates New Cement, Gladiator SCM Progressive Planet has developed a new supplementary cementing material named Gladiator SCM and has filed a US provisional patent application for its composition. The company has also initiated the trademark process for Gladiator SCM in both Canada and the USA. Gladiator SCM is designed to leverage the positive attributes of PozGlass while incorporating other abundant materials. A sample of Gladiator SCM was supplied to a global cement company for evaluation shortly after the provisional patent application was filed. Additionally, Progressive Planet has hired Dr. Gerhard Albrecht, a world-renowned polymer scientist with extensive experience in cement chemistry and admixture technology, to contribute to the commercialization of Gladiator SCM. Dr. Albrecht's expertise will help address challenges related to the increased water demand of cement replacement by pozzolanic materials. The company is also preparing to open its Calgary-based C-Quester Centre of Sustainable Solutions, which will focus on developing novel cementing materials aimed at sustainability and longevity. Tillkännagivande • Aug 22
Progressive Planet Solutions Inc. to Report Q1, 2026 Results on Sep 11, 2025 Progressive Planet Solutions Inc. announced that they will report Q1, 2026 results on Sep 11, 2025 Tillkännagivande • Mar 27
Progressive Planet Solutions Inc. Secures $1.14 million from BC's Innovative Clean Energy Fund to Advance PozGlass Pilot Plant Progressive Planet Solutions Inc. announce it has been awarded a $1,140,000 grant from the British Columbia Innovative Clean Energy (ICE) Fund, supporting the continued development of its revolutionary PozGlass pilot plant.PozGlass represents a breakthrough in low-carbon cement technology, transforming post-consumer glass into a high-performance supplementary cementitious material (SCM). This funding represents another significant milestone as the company scales its solution to address cement's substantial carbon footprint. PozGlass offers a triple-bottom-line solution: Reducing emissions by replacing up to 50% of Portland cement, a major contributor to CO2 emissions. Sequestering carbon by permanently converting captured CO2 into limestone. Diverting waste by repurposing post-consumer glass into a valuable industrial material. Cement production accounts for over 7% of global CO2 emissions, and sources for traditional SCMs like fly ash and slag are transitioning out. With Lafarge Canada already committed to purchasing all PozGlass produced at the pilot plant, Progressive Planet is well-positioned to scale a viable, made-in-Canada solution that supports both industry and the environment. Tillkännagivande • Nov 07
Progressive Planet Solutions Inc. to Report Q2, 2025 Results on Dec 04, 2024 Progressive Planet Solutions Inc. announced that they will report Q2, 2025 results on Dec 04, 2024 Tillkännagivande • Nov 04
Progressive Planet Solutions Inc., Annual General Meeting, Dec 19, 2024 Progressive Planet Solutions Inc., Annual General Meeting, Dec 19, 2024. Location: british columbia, vancouver Canada Tillkännagivande • May 03
Progressive Planet Solutions Inc. Announces Superb 28 Day Compressive Strength for New Low Carbon Cement Progressive Planet Solutions Inc. announced the results of 28-day compressive strength tests recently completed on PozPyro. In an exciting development for the building materials sector, Progressive Planet Solutions has announced remarkable results from recent compressive strength tests of PozPyro, a revolutionary new cement alternative. Designed in collaboration with Pyrogenesis Canada, PozPyro aims to provide a partial replacement alternative for Portland cement. PozPyro, a supplementary cementing material (SCM), was developed to partially replace traditional Portland cement, using plasma technology to transform quartz silica, a widely available material, into a SCM, without offassing CO2 from the production process. This innovation comes at a critical time, as the cement industry seeks more sustainable practices without compromising quality or performance. Portland cement emits substantial amounts of CO2 during its production. After rigorous testing, which involved preparing four separate batches of cement mortar cubes, the results are in: PozPyro's Strength Activity Index (SAI) averaged 110.38% at 28 days for the initial two tests (Series A) initiated in March 2024. The average particle size was modified for the Series B tests which resulted in higher strength. Progressive Planet will not disclose particle sizing for competitive reasons. The early success of PozPyro signals a significant step forward in creating more greenhouse gas friendly building materials. As Canada moves towards shutting down coal-fired power plants by 2030, the need for alternatives to fly ash, a common SCM, becomes more pressing. PozPyro not only fills this gap but does so by tapping into one of the earth's most abundant materials, crystalline silica, offering a promising and sustainable solution for the future of construction. According to the IMARC Group, the North American cement market size reached 194.2 million tons (US tons) in 2023. Looking forward, IMARC Group expects the market to reach 279.8 million tons by 2032, which shows a growth rate of 4% per annum between 2024 and 2032. With the ability to substitute 20% of Portland Cement with pzzolanic cements, the total addressable North American market is projected to reach over 55 million tons by 2032. At a projected price of $200 per ton by 2032, the potential market is over $11 billion USD per annum by 2032. For many decades, fly ash has been the product used to partially replace Portland cement in cement blends specified by engineers to increase durability and chemical resistance. Furthermore, PozPyro demonstrated excellent workability, with water demand rates between 99% and 109%, ensuring it is easy to use in various concrete applications. Tillkännagivande • Feb 09
Progressive Planet Solutions Inc. announced that it has received CAD 0.37 million in funding from Next Generation Manufacturing Canada Progressive Planet Solutions Inc. announced a private placement for the gross proceeds of CAD 370,000 on February 8, 2024. The transaction included participation from new investor Next Generation Manufacturing Canada. Tillkännagivande • Oct 31
Progressive Planet Solutions Inc., Annual General Meeting, Dec 19, 2023 Progressive Planet Solutions Inc., Annual General Meeting, Dec 19, 2023. Tillkännagivande • Aug 30
Progressive Planet Solutions Inc. to Report Fiscal Year 2023 Results on Sep 01, 2023 Progressive Planet Solutions Inc. announced that they will report fiscal year 2023 results on Sep 01, 2023 Tillkännagivande • Jun 23
Progressive Planet Appoints Steve Gurney as President Progressive Planet optimizes leadership team by naming Steve Gurney President as it enters commercialization phase of low carbon and carbon sequestering innovations for the cement and agriculture industries. Gurney was previously President of Progressive Planet Products Inc., the Company's wholly owned manufacturing subsidiary, and brings 33 years' experience within operations that scaled from startup to production of millions of packaged products annually. Gurney steps into an expanded role as President of the parent Company. The move comes following Progressive Planet announcing it will break ground on a PozGlass(TM) 100G pilot plant in 2023 and scale manufacturing operations for CARBON PK(TM) natural fertilizer in 2024. PozGlass replaces cement, sequesters CO(2), and is made from post-consumer glass diverted from landfills using a patent-pending process. CARBON PK's proprietary formulation is reducing fertilizer application by 50% on 617 acres in Western Canada in 2023. As President, Gurney will use his extensive experience to lead the expansion of both technologies. Concurrently, Progressive Planet announces Ian Grant as VP of Strategy and Investor Relations. Grant, previously COO, shifts his focus externally while remaining a key part of the leadership team. Tillkännagivande • May 12
Progressive Planet Announces Board Changes Progressive Planet announced the appointment of Randy Gue as an independent member of its Board of Directors, effective immediately. Randy is a global industry leader in the fields of recycling, reuse, and sustainability. Throughout his career, including 32 years with Lafarge North America, he oversaw or was directly involved with diverting almost one million tonnes of material from landfills for use in renewable energy streams or to replace conventionally mined raw materials. Randy is also dedicated to helping companies developing cutting-edge technologies in environmental and waste management fields scale into commercially viable businesses. The appointment of Randy coincides with the resignation of Dwayne Melrose from Progressive Planet's Board of Directors, as he transitions into an Advisory Board Member role where he remains a Qualified Person (QP) to the Company. Randy Gue is the President of Better Planet Consulting, working with clients in various industries to divert by-products and so called "waste materials" from landfills. Randy worked for Lafarge for 32 years in various capacities ranging from engineering, project management to quality and process control. For the last 18 of those years, he worked as the Director of Business Development with primary responsibility for implementation of alternative fuel and raw material projects at Lafarge's plants in Western Canada and the USA, developing business relationships with numerous companies including Fortune 500 firms. Throughout his career, Randy was either directly involved or oversaw the beneficial reuse of almost one million tonnes of material used for either fuels or raw materials that would have otherwise gone to landfills. Randy holds an MBA from Simon Fraser University and a Bachelor of Science in Mechanical Engineering from McMaster University. 
