Taiheiyo Invests $40M to Expanding SCM Capacity in CA, USA

Posted 27-06-2024
Category News

Taiheiyo Cement Corp. has budgeted $40 million for the addition of 29,300-ton fly ash and 22,600-ton slag cement silos at the Stockton, Calif., terminal of its North American business, CalPortland. 

 
 

Read More »

17th Global Slag Conference, Exhibition and Awards: Vienna 2025

Posted 17-06-2024
Category Events

The 17th Global Slag Conference, Exhibition and Awards will allow all attendees to maximise their profits from slag - both ferrous and non-ferrous, will keep them up-to-date with the industry state-of-the-art.

Attendees receive extensive networking and business opportunities for both producers and users of slag and slag-based products.

Read More »

Holcim Work with Rail Projects Victoria to Help Reduce Carbon Emissions

Posted 05-09-2023
Category News

Holcim Australia have assisted Rail Projects Victoria, in partnership with Laing O’Rourke, to effectively lower carbon emissions through progressive solutions. These solutions relate to the use of fly ash and slag as applicable alternatives to traditional cement mixes.

Read More »

Purpose Built Steel Mill Slag Loader Put to Work at Rooty Hill Mill

Posted 05-09-2023
Category News

SCE Group have unveiled their latest loader, a CAT973K purpose built steel mill tracked loader used to dig molten slag, a by-product of the EAF steelmaking process.

Read More »

Modified Slag Road Base Used in Pavement Design of Nowra Bridge Project

Posted 05-09-2023
Category News

Australian Steel Mill Services (ASMS) are supplying high quality recovered resources to assist in the development of the Nowra Bridge project in NSW.

Read More »

Reducing Emissions with Earth Friendly Concrete

One of the key barriers to wider acceptance of Earth Friendly Concrete (EFC®) has been removed with a new Australian engineering standard released for zero-carbon cement. Wagners, a construction and materials group, has peddled this as a solution for hard-to-abate emissions embodied in concrete.

Read More »