An aerial shot of the Hammerstone limestone quarry in Alberta, Canada. Quarries like this are the source for Limestone stored in domes at ports, plants, and elsewhere around the world.Hammerstone 2012, by jasonwoodhead23, is used under the CC BY 2.0 license. Use of this image does not constitute an endorsement from the subject or author.
Limestone—sizing up storage options
Storing limestone is a weighty matter, and designing the proper storage system is critical to the overall success and economy of a project. A dome is the perfect storage system.
Firm foundations: No matter how heavy your load, Dome Technology can customize a foundation system to support it. Based on geotechnical analysis and an understanding of your product, our team provides innovative foundation options for an overall economical system.
More storage, smaller footprint: With domes, customers can store more product in a smaller footprint, stacking it deeper and taking up less valuable property at the site than compared to a flat storage. And compared to a concrete silo, the dome allows you to store more limestone in the same footprint and height due to the fact that product can be stored inside the entire dome structure.
For companies eager to work hand-in-hand with a partner who knows the industry, knows the vendors, and knows a good price, look no further than Dome Technology.
A project summary detailing Dome Technology’s recent work for wood-pellet producer Barrette-Chapais at the Port of Saguenay, Quebec, Canada is available now. Barrette-Chapais first contacted Dome Technology about a ship-loader project for a new transload facility in Quebec, Canada, but when portside availability changed, so did their plans. Flat storage was Plan A for the […]
Two storm shelters built by Dome Technology served as a safe haven last weekend as Hurricane Hanna made landfall on the Texas Gulf Coast. On July 25 the Corpus Christi Caller Times reported the American Red Cross had opened the emergency storm shelters at H.M. King High School in Kingsville and Tuloso Midway High School […]
The typical model for unloading bulk materials is a 20- to 30-foot-deep pit with a hopper that moves product onto a feeder conveyor coming out of the ground. But for facilities near water and with soggy soils, the pit’s excavating, dewatering, and waterproofing costs alone can be prohibitive. The good news is that there are […]
