Engineering center

About Engineering Center GOCHS "BASIS"

CJSC Engineering Center GOChS BAZIS was established on June 01, 2007 in order to create and improve automated systems for monitoring, preventing and preventing natural and man-made emergencies, including those caused by terrorist acts.

The Engineering Center carries out work on the development, design and commissioning of structured systems for monitoring and managing engineering systems of buildings and structures (SMIS) of objects of a high level of responsibility, including potentially and especially dangerous, technically complex and unique.

Technical solutions are provided using the SMIS / SMIK software and hardware complex developed by the BAZIS Engineering Center for Civil Defense and Emergency Situations / BAZIS - INTELLECT LLC (PTK SMIS / SMIK) - the result of many years of joint work with the All-Russian Research Institute for Civil Defense and Emergencies EMERCOM of Russia by the Federal Center for Science and High Technologies (FGBU VNII GOChS (FTs). The complex was accepted for supply by the EMERCOM of Russia by Order No. 257 dated May 05, 2012.

The complex has a positive operating experience at the facilities of Moscow, St. Petersburg, Kazan, Nizhnekamsk, Krasnoyarsk, the Sochi 2014 Olympics, etc. with connection to the Central Control Center of the Russian Emergencies Ministry and EDDS of municipalities. To date, SMIS design solutions under the BAZIS brand have been implemented at more than 126 potentially dangerous, high-rise and large-span facilities of the Russian Federation, including the State Academic Bolshoi Theater (GABT), the New Building (second stage) of the State Academic Mariinsky Theater » in St. Petersburg, the Moscow Sports Palace Megasport, the Yantar Sports Palace (Moscow), the Rhythmic Gymnastics Center (Sochi), the Krasnoyarsk MFC Arena Sever, the Universal Sports Complex in Khanty-Mansiysk, the indoor sports and recreation facility ( hockey academy "Avangard") Omsk, Terminal for the production and transshipment of liquefied natural gas in the port of Vysotsk, Adler TPP, Sevastopol TPP, Boguchanskaya HPP, Abakanskaya TPP, TPP-12, TPP-20 JSC "MOSENERGO", Kazan TPP-1 , CHPP2, CHPP3, Diaghilevskaya CHPP, Rybinsk State District Power Plant, Construction of railway passages to the transport crossing through the Kerch Strait. Railway tunnel at 66 km.

The solutions of the Engineering Center ensure the connection of SMIS facilities and acceptance into operation as part of the day-to-day management body of the RSChS in accordance with the technical specifications.

The application of solutions and the use of the competences of the Engineering Center makes it possible to optimize the costs of creating SMIS and increase the efficiency of preventing and preventing natural and man-made emergencies.

The Engineering Center is a member of the cooperation of the Federal Center for Science and High Technologies, works with partners - leading Russian scientific institutes and institutions in the field of engineering safety, such as the Institute of Geological Survey of the Russian Academy of Sciences, the ASF of the Geological Survey of the Siberian Branch of the Russian Academy of Sciences, the FGBU VNII GOChS (FTs) of the Russian Emergencies Ministry, MGSU, TsNIIS, RASS, NIIOSP, etc.

The Engineering Center is the developer of the National Standards and Methods: GOST R 22.1.12-2005 "SMIS. General requirements" (Amendment 1, 2011); GOST R 22.1.13-2013 "SMIS. Requirements for the order of creation and operation"; GOST R 22.1.14-2013 "SMIS. Technical requirements. Test methods"; GOST R 22.1.15-2014 "Technical means for monitoring natural and man-made emergencies. Classification. General technical requirements"; GOST R 22.1.16-2015 "Technical means for monitoring natural and man-made emergencies. Test methods"; GOST R 22.1.17-2016 "SMIS. SUKS. General requirements"; "Method of monitoring the state of load-bearing structures of buildings and structures. General provisions", EMERCOM of Russia, 2008.