Sources: Solidia Technologies, Piscataway, N.J.; CP staff
The next phase of “Utilization of CO2 in High Performance Building and Infrastructure Products,” a four-year research and development project supporting commercialization of carbon dioxide-reducing cement and concrete processes, will commence with an additional $752,000 grant from the U.S. Department of Energy’s National Energy Technology Laboratory (NETL).
A new roadmap shows how European Union cement interests, with much customer assistance, can clip carbon dioxide output from 1990 levels by 80 percent at mid-century. The ambitious goal fits the European Cement Association, based in Brussels—ground zero of carbon trading schemes, voluntary initiatives and regulatory pursuits aimed at net CO2 emissions reduction across the business and consumer landscape. It hinges on improvements in fuel- and energy-intensive cement milling, coupled with promotion of the energy or fuel efficiency inherent in concrete building and transportation slabs or structures.
Sources: CP staff; CarbonCure Technologies Inc., Halifax, Nova Scotia
In a nod to customers aligning project specs with forthcoming U.S. Green Building Council certification guidelines, Oldcastle Architectural’s business serving Chicago and upper Midwest markets has announced a Health Product Declaration (HPD) for its Trendstone Sandstone ground face concrete masonry unit.
Source: CarbonCure Technologies Inc., Halifax, N.S.
The Oldcastle Architectural Products Group business serving the largest Midwest market will add a carbon dioxide-sequestering process to concrete masonry curing at its three-machine plant in Morris, Ill., located about 40 miles west of Chicago.
Sources: Alpha Natural Resources, Abingdon, Va.; CP staff
A major coal producer has acquired a 10.3 percent position in Alexandria, Va.-based Ceratech Inc., whose Ekkomaxx technology can yield concrete binding agents with performance characteristics reportedly matching ASTM C150 Types I–V powder.
Alpha Natural Resources can increase its Ceratech stake to 28.3 percent under certain future terms. It becomes the second coal producer to invest in prospective concrete technology offsetting carbon dioxide emissions from either portland cement production or fossil fuel-fired power generation. In April 2010, market leader Peabody Energy took a $15 million interest in Calera Corp., whose calcium carbonate precipitation processes—applied to power plants’ flue gas streams—are netting concrete-grade fine aggregate.