Eco Material Technologies and Alabama Power to Repurpose Coal Ash at Plant Barry
- Collaboration with Alabama Power to harvest millions of tons of stored ash
- Use of ash in concrete blends to repair and construct infrastructure
- Offsetting high-intensive carbon emissions of the North American cement industry
- Utilization of Eco Material's proprietary technologies
- Expected construction start in 2024 and service by January 2026
- None.
The collaboration between Eco Material Technologies and Alabama Power to harvest coal ash for Green Cement production is a significant development in the construction materials industry. This initiative directly contributes to reducing the carbon footprint of concrete, which is a major concern given that the global cement industry is responsible for about eight percent of carbon emissions. The use of harvested ash to replace a portion of portland cement—a process that is traditionally carbon-intensive—can have a considerable impact on sustainability efforts within the sector.
Moreover, the proprietary technologies allowing up to 100% replacement of portland cement with harvested ash could be revolutionary, potentially setting a new standard for sustainable construction practices. The environmental benefits of such a high replacement rate could be substantial, reducing the reliance on traditional cement production and thereby decreasing greenhouse gas emissions. The long-term implications for the industry and the environment are promising, as this could accelerate the adoption of greener building materials and contribute to the broader goal of decarbonization.
The strategic partnership between Eco Material Technologies and Alabama Power is poised to create a ripple effect in the market for construction materials. With the increasing demand for sustainable building solutions, the projected harvesting of over 700,000 tons of stored ash annually is likely to meet a significant portion of the market's needs. This could disrupt the traditional cement market by offering a competitive alternative that is both cost-effective and environmentally friendly.
From a market perspective, the move towards more sustainable materials is not just a trend but a growing necessity, as regulatory pressures and consumer preferences shift towards eco-friendly products. The construction of the Plant Barry harvesting facility and the anticipated full capacity operations by 2026 indicate that Eco Material is scaling up to meet these market demands. The potential for job creation and the use of Made in the USA recycled products also align with broader economic and political narratives that favor domestic production and sustainability.
The introduction of Green Cement products into the Southeast region's construction projects could lead to a transformation in how infrastructure is built and maintained. The enhanced strength, impermeability and durability of concrete made with harvested ash not only have implications for the quality of construction but also for the longevity of infrastructure. This can lead to cost savings over time due to reduced maintenance and repair needs.
Additionally, the ability to use high-quality Class F fly ash as a replacement for a significant percentage of portland cement addresses both environmental and supply chain concerns. The construction industry often grapples with the volatility of raw material costs and availability. By utilizing a byproduct of coal power generation, Eco Material is tapping into an abundant resource that might otherwise pose a disposal challenge, turning a waste product into a valuable commodity.
Companies to invest in harvesting plant to beneficially reuse millions of tons of coal ash to be used in Green Cement across the Southeast region
Under the agreement, Eco Material will harvest more than 700,000 tons of stored ash per year from the plant. The effort will remove and beneficially use millions of tons of ash over the term of the agreement.
"Southern Company and its subsidiaries are critical in Eco Material's long-term strategy to invest in and upgrade sustainable sources of cementitious input materials to offset the high-intensive carbon emissions of the North American cement industry," said Grant Quasha, CEO of Eco Material Technologies. "This collaboration with Alabama Power is a paragon for both the environment and concrete builders, and we should expect more companies across the country to follow Southern Company's lead in the beneficial reuse of their fly ash for products like Green Cement."
The Plant Barry process will be similar to the Plant Branch harvesting plant announced recently with Georgia Power, utilizing Eco Material's in-house ES EcoSystem Efficient Carbon Offloading™ technology. The ES EcoSystem Efficient Carbon Offloading™ technology is a proprietary solution that offers a lower-cost and greener process to reduce high carbon content in landfilled and ponded coal ash, bringing it up to required specification for use in concrete and other building materials.
The ash from Barry will be used in concrete blends to repair and construct bridges, roads, and buildings in
The ash Eco Material will harvest from Plant Barry enhances the strength, impermeability and durability of concrete. In common practice, the material will replace 20
"Alabama Power has a long history of recycling coal ash from its plants for beneficial use in products like concrete and other construction materials," said Brandon Dillard, Alabama Power senior vice president and senior production officer, West Production Group. "We're very pleased that this collaboration with Eco Material will expand our ability to harvest coal ash at the plant and contribute to development of materials that impact the growth of our state."
Construction of the Plant Barry harvesting plant is expected to begin in 2024. The new facility is expected to be in service by Jan. 2026. Alabama Power and Eco Material will build the processing plant within the permitted boundary of the site where material will be excavated and consolidated. The teams will then haul the material, high-quality Class F fly ash, to the processing plant as needed where it will be dried, screened and have excess carbon removed. Ash that cannot be sold locally will be transported by rail to the rest of the Southeast region.
The finished product from the harvesting plant will be conveyed to the existing truck loadout silos for loading into either truck or rail where RestoreAir® can be applied as needed. Eco Material's RestoreAir® process uses a liquid reagent to pre-treat fly ash, before delivery to customers, to neutralize activated carbon's air entrainment. The ES EcoSystem Efficient Carbon Offloading™ approach provides the flexibility to process a wide range of carbon content and fineness found in the ash pond and keeps capital and processing costs at a minimum when compared to other ash harvesting projects.
The processing plant will run 24 hours a day, 7 days a week and will require a team of approximately 25 employees at full capacity in addition to construction and other temporary jobs. Eco Material expects the plant will quickly reach full capacity due to high demand for fly ash in the region.
Eco Material has a portfolio of nine (9) plants producing or under construction that represent over four (4) million tons per annum of novel, beneficiated SCMs and Green Cement products to help decarbonize the North American concrete market.
About Eco Material Technologies
Eco Material Technologies is the leading producer of sustainable cement alternatives in the
About Alabama Power
Alabama Power, a subsidiary of
Media Contact for Eco Material:
Matthew Cossel
ecomaterial@kcsa.com
Media Contact for Alabama Power:
Beth Thomas
enweathe@southernco.com
251-422-3331
View original content to download multimedia:https://www.prnewswire.com/news-releases/eco-material-technologies-and-alabama-power-to-repurpose-coal-ash-at-plant-barry-302042253.html
SOURCE Eco Material Technologies Inc
FAQ
What is the collaboration announced in the press release?
How will the harvested ash be used?
What is the aim of the collaboration?
When is the construction of the Plant Barry harvesting plant expected to begin?
When is the new facility expected to be in service?
