Google Streetview (new tab) Building History The Hoge Building occupied the site of the Carson Boren House, a cedar log cabin located on the northwest corner of Cherry Street and 2nd Avenue, that was the first Euro-American dwelling erected in what would become Seattle's central business district, Pioneer Square. Boren built his shelter in 1852.
The Ogden was announced in 2004 as the Streamline Tower condominium project, to be built on the former 1-acre (0.40 ha) property of the Golden Inn motel, which was demolished at the end of the year. Work on the property began in 2005, to prepare it for the new project, which began construction the following year. Design and construction services including steel buildings, metal siding and roofing replacement. Warehouses to offices, new construction. Steel Nation Inc.—Both Washington, Pa. Mark Caskey, Mark Dooley, Alan Reid www.steelnation.com Supply and erect PEMBs mainly in the oil and gas market. Steel Solutions Inc.—Both Ravena, N.Y.
An historical marker placed on the side of the Hoge Building stated: 'Carson D. Boren built here the first cabin home of white men in the city of Seattle in April, 1852. It was made of split cedar puncheons split logs with smoothed faces. This tablet was erected by the Washington State Historical Society November 13, 1905.' (See Junius Rochester, HistoryLink.org, ',' posted, accessed.) Boren lived here until 1855, before building another house on another parcel.
In the years after Boren left, the rude shack was demolished and wooden commercial structures replaced it. These remained until the Seattle Fire of 1889, that destroyed them.
Following this, John Hoge bought the property and erected a three-story brick office and retail building at the Cherry Street and 2nd Avenue intersection. After the fire, city ordinances mandated more fireproof construction means, brick becoming very popular for its low cost and fire-resistance. This three-story building stood until about 1909, when Hoge began construction on a new, high-rise office tower the scale of which Seattle had not seen. Between 1911-1914, the Hoge Building was the tallest in Seattle, WA, at 18-stories high, when it was surpassed by the 42-story Smith Tower. The Hoge Building #2 was placed on the National Register of Historic Places in 1983; the first house of white settlers to Seattle, the Carson D. Boren Cabin, previously stood on this site; Later W.N.
Bell purchased this parcel on the northwest corner of 2nd Avenue and Cherry Street in 1855 and occupied it. William Elder Bailey's Washington Territory Investment Company Building stood here from c. It was then replaced by the Hoge Building #2 (1909-1911) still standing in 2010. Thompson Starrett Company of New York, NY, served as the building contractors; it was one of the few building contractors of the time that had had considerable experience building steel-frame skyscrapers in excess of 15 stories in 1911.
The Hoge Family controlled this piece of real estate from 1911 until 1986. Building Notes The pace of construction was rapid on the Hoge Building. A National Park Service National Register building history for it indicated: 'Perhaps the most amazing feat of the entire project was that its innovative steel frame went up with such rapidity that all 18 stories were in place in only 30 days.' (See 'Hoge Building,' Accessed.) The essay indicated that the Hoge Building's steel frame had been influenced by findings made after the 1906 San Francisco Earthquake.
At BASF, we create more than just chemicals - we create chemistry. For over 50 years, we have worked closely with industry stakeholders to enable successful sustainable construction projects. With BASF chemistry, buildings can be more durable and require fewer resources for maintenance. Chemistry also makes buildings more energy efficient, thus protecting our environment. In 2050, nine billion people will live on this planet. Three-quarters of this population will live in cities.
![Architecture and construction in steel by alan blanc pdf writers Architecture and construction in steel by alan blanc pdf writers](/uploads/1/2/5/6/125600286/713823755.jpg)
The increasing urbanization of the population will require new concepts for housing and construction. Sustainability is therefore a crucial issue for our future. What is our way ahead? How should we tackle new challenges together? You will get these answers and further inspiration through!
Construction Raw Materials BASF solutions span the construction industry. From polymers setting new waterproofing standards to high quality emulsions for sealant and adhesive applications to modifiers for gypsum and cementitious mixtures, our product portfolio is vast and encompassing. With an extensive portfolio of resins, binders, latex, colorants, specialty additives, minerals, light stabilizers, photoinitiators, formulation additives and antioxidants, BASF raw materials make building materials more durable, reduce energy consumption, and speed up construction times.
BASF’s Performance Materials division encompasses the entire materials know-how of BASF regarding innovative, customized plastics under one roof. Globally active in four major industry sectors - transportation, construction, industrial applications and consumer goods – the division has a strong portfolio of products and services combined with a deep understanding of application-oriented system solutions. Key drivers of profitability and growth are our close collaboration with customers and a clear focus on solutions. Strong capabilities in R&D provide the basis to develop innovative products and applications.