... portfolio. The deal includes a 130,000-sq.-ft. production facility offering the Sika Region Americas business additional micro and macro synthetic fiber capacity.
“The acquisition brings greater value ...
Irving, Texas-based Commercial Metals Co. is ramping up production of hot-rolled spooled product in #3 to #6 sizes at Durant, Okla., and Mesa, Ariz., micromills—anticipating spring 2018 and 2019 availability. ...
... in #3 to #6 sizes at Durant, Okla., and Mesa, Ariz., micromills—anticipating spring 2018 and 2019 availability.
“Spooled rebar has many advantages that give fabricators a competitive advantage. Traditional ...
Sources: Nucor Corp., Charlotte, N.C.; CP staff
Following a Missouri Development Finance Board nod, Nucor has confirmed plans for a micro rebar steel mill in Sedalia, Mo. Located about 90 miles east ...
... to marine life mineral binding, where limestone is formed through microbe activity, in turn cementing sand grains together for shells or exoskeletons. Scientists previously examined such limestone formation, ...
... for the long haul.
In a "Have You Hugged a Concrete Pillar Today?" blog post, Microsoft founder Bill Gates took stock of Making the Modern World: Materials and Dematerialization, the latest work fro ...
... research assistant, Department of Civil Engineering, University of Texas at El Paso, Use of Mutated Micro-Organism to Produce Sustainable Mortar.
Sustainability Initiatives: Chris Erickson, CEO, Climat ...
... of portland cement, to 3- or 1-micron median particle sizes. With $30–75/ton processing plus $20–100/ton raw feed (fly ash, Type I/II portland cement) costs, the technology can yield premium binding agents ...
... g the ash to less than 10 microns. With the ground rice hull ash, portland cement replacement rates as high as 10 to 15 percent could be used in concrete, resulting in improved early and long-term streng ...
... g the ash to less than 10 microns. With the ground rice hull ash, portland cement replacement rates as high as 10 to 15 percent could be used in concrete, resulting in improved early and long-term streng ...
... g the ash to less than 10 microns. With the ground rice hull ash, portland cement replacement rates as high as 10 to 15 percent could be used in concrete, resulting in improved early and long-term streng ...
... g the ash to less than 10 microns. With the ground rice hull ash, portland cement replacement rates as high as 10 to 15 percent could be used in concrete, resulting in improved early and long-term streng ...
... g the ash to less than 10 microns. With the ground rice hull ash, portland cement replacement rates as high as 10 to 15 percent could be used in concrete, resulting in improved early and long-term streng ...
... g the ash to less than 10 microns. With the ground rice hull ash, portland cement replacement rates as high as 10 to 15 percent could be used in concrete, resulting in improved early and long-term streng ...
... g the ash to less than 10 microns. With the ground rice hull ash, portland cement replacement rates as high as 10 to 15 percent could be used in concrete, resulting in improved early and long-term streng ...
... g the ash to less than 10 microns. With the ground rice hull ash, portland cement replacement rates as high as 10 to 15 percent could be used in concrete, resulting in improved early and long-term streng ...
... incorporates a patented geotextile fabric that employs microbial action to remove 99 percent of oil and hydrocarbons as well as up to 87 percent of heavy metals from storm water prior to returning it to ...
... incorporates a patented geotextile fabric that employs microbial action to remove 99 percent of oil and hydrocarbons as well as up to 87 percent of heavy metals from storm water prior to returning it to ...
... incorporates a patented geotextile fabric that employs microbial action to remove 99 percent of oil and hydrocarbons as well as up to 87 percent of heavy metals from storm water prior to returning it to ...