The Sibmost College (formerly the Ministry of Transportation ' s Construction Trust No. 2) has been continuously working on the implementation of new technologies from its very foundation in the post-war years and is now making extensive use of the world ' s advances in building science and technology.

Scientific and technical monitoring is carried out in close contact with scientific institutions such as CNS, NIS Mosta, Soyornia, Kyiv Institute for Electrical U. Paton, Siberia State University of Trailing (MSPU), Moscow State University for Transport Construction, IADI, Gipromost, and other scientific and project institutions.

Many new original solutions have been proposed, developed and implemented by the Sibmost OAO team during the construction of bridges through the powerful Siberian rivers. construction technology Big and extra-curricular bridges. These are the most relevant decisions and proposals:

- In the construction of the city bridge through the Enisay River in Krasnoyarsk in the 1960s, a unique operation was carried out for the installation of a merchant arc of 150 m. On the shore of Yenisea, the monolithic ferretone was prepared, and then the semi-arcs weighed up to 1,500tn were moved to barges, cried on those Enisia barges and were simultaneously installed in the project position.

♪ For the first time in the Russian Federation, in 1980-1982, thermoreactive drilling of scalds, combined with the immersion of prefabricated ferrobétonic casings, was introduced in the construction of a large diameter with the bases of bridges.

♪ In 1974-1978, the construction of the Dimitrov bridge in Novosibirsk for the first time in the USSR was designed and an automatic editing of bridge structures was introduced in the northern performance environment. This technology was subsequently successfully used and improved by the Sibmost branch offices on many bridges (mosts through the Lena Rivers in Irkutsk, Jenisay in Krasnoyarsk, Ob in Barnaul, Irtysh in Omske, the bridge-metre and the North Rim bridge in Novosibirsk, among others).

♪ The technology of a buronabic device with a diameter of 1, 5 m has been developed with a width of 3 m. This technology significantly increases the dry swai capacity in low soils.