supplementary cementitious materials
-
Press Releases
Charah Solutions to Open Third Facility Using New Grinding Technologies for Natural Pozzolan
Facility Will Expand Charah Solutions’ Byproduct Sales Footprint Throughout Southern California LOUISVILLE, KY (June 27, 2019) – Charah® Solutions, Inc. (NYSE: CHRA) (the “Company”), a leading provider of environmental and maintenance services to the power generation industry, today announced that it will open a third facility using new patented grinding technologies to create supplementary cementitious […]
-
Press Releases
Charah Solutions to Open Second Facility Using New Grinding Technologies for Slag Cement at Watco’s Greens Port Industrial Terminal
Houston Facility Will Expand Charah Solutions’ Byproduct Sales Footprint in Texas and Gulf Coast LOUISVILLE, KY (March 27, 2019) – Charah® Solutions, Inc. (NYSE: CHRA), a leading provider of environmental and maintenance services to the power generation industry, today announced that it will open a second facility using new patented technologies for grinding granulated blast […]
-
Press Releases
Charah Solutions Opens First Facility Using New Grinding Technologies for Slag Cement and Pozzolans
Facility in Upstate New York Further Expands Charah Solutions’ Byproduct Sales Footprint LOUISVILLE, KY (January 17, 2019) – Charah® Solutions, Inc. (NYSE: CHRA), a leading provider of environmental and maintenance services to the power generation industry, today announced that it has opened its first facility using new patented technologies for grinding granulated blast furnace slag […]
-
Press Releases
CHARAH ACQUIRES SCB INTERNATIONAL’S ASH BENEFICIATION AND MINERAL GRINDING TECHNOLOGIES
LOUISVILLE, KY (May 1, 2018) – Charah®, LLC, a leading provider of ash management, fly ash sales and marketing, and utility support services for the coal-fired power generation industry, today announced that it has acquired SCB International, Inc. (SCB) to jointly develop and deploy innovative technologies, including fly ash beneficiation and mineral grinding technologies for: […]