Category: News

“In order to strengthen control and improve the quality of construction work, the E-Kurylys information system has been developed, which is aimed at ensuring the transparency of the construction process. Also, to ensure the efficiency and transparency of the design processes, work is underway to create a single database of developed projects (feasibility studies, POI, including standard projects and technical specifications) for re – application at state facilities, which will allow to introduce the practice of building facilities using design solutions of already implemented projects, as well as reduce the time and cost of design and construction, reduce labor costs, minimize the risk of additional work and cost increases,” Askar Mamin said in his response to the deputy’s request. According to him, under the State program “Digital Kazakhstan” is the introduction of an information system of the Unified State Real Estate Cadastre, which will provide for the publication of accessible information to the public on land and real estate cadastre. “Moreover, the state expertise has moved to the principle of “one window” in electronic format through the unified portal epsd.kz, which provides the necessary level of transparency throughout the process of reviewing projects and reduces the human factor. Since 2016, work has been underway to introduce information modeling technology for construction projects-BIM-technology, which is a key tool on the way to digitalization of the construction industry, ” the Prime Minister reminded. He stressed that the introduction of BIM-technology is designed to ensure transparency and automation of the examination of design and estimate documentation, reliability in the calculation of materials and resources, to eliminate corruption risks and problems of inconsistency between adjacent sections of the project. “Information modeling technology will provide a positive effect for the state and society in terms of timely implementation of construction projects within the stipulated budget, that is, without price increases. Currently, the Ministry of industry and infrastructure development is implementing an action plan for the introduction of information modeling technologies. To date, conducted all the necessary preparatory work to develop appropriate regulatory-technical base of documents (further RTB) in accordance with international experience (in 2017. – 2 RTB and 5 international standards, in 2018. – 6 RTB in 2019. – 4 RTB) developed BIM-based classifier for consistency of terms and concepts across the industry. With the full use of BIM technologies, more than 10 construction projects have been designed for today, ” concluded A. Mamin

The start of construction work on the site of the future processing plant was symbolically marked by the laying of a “time capsule”with a message to future employees of the Shalkiinsky GOK.

Akim of Kyzylorda region Krymbek Kusherbayev, Deputy Chairman of the Board of JSC “National Welfare Fund “Samruk-Kazyna” Alik Aidarbayev, Chairman of the Board of National Mining Company “Tau-Ken Samruk” Kanat Kudaybergen and General Director of the ENGINEERING DOBERSEK GmbH contractor Albin Dobersek took part in the ceremony.

GOK will produce high-quality zinc and lead concentrates. The demand for these products in Kazakhstan and on the world market largely guarantees sales markets.

The cost of the project is $651 million, at the moment investments worth 35 billion tenge have been disbursed.

The confirmed reserves of the deposit suggest the possibility of mining and processing of ore until 2051.

“The commissioning of the 1st stage of the complex with a capacity of 2 million tons is planned in October 2020, the 2nd start-up complex with a capacity of 4 million tons will start working in November 2021,” said Askar Jaukenov, General Director of shalkiyatsink LTD.

Given the strategic importance of the construction of the enterprise for economic and social development of the region, Akimat of Kyzylorda region, JSC “ShalkiyaZinc LTD” company ENGINEERING DOBERSEK agreed on mutual support in matters related to construction Selchinskaja GOK and signed the memorandum.

TECHNOLOGICAL FEATURES: Unique technical and technological solutions will ensure high productivity and reduce energy consumption. For example, the first stages of ore crushing will be carried out underground. A highly efficient vertical conveyor with a height of 200 m will lift raw materials from the mine to the surface (there are no analogues of this device in Kazakhstan).

Industry 4.0. DIGITAL GOK: according to anatoly ligai, managing director for project management of jsc “shalkiyatsink ltd”, a high degree of automation will ensure online availability of information about the production cycle, remote control of processes and equipment. This will reduce the impact of the human factor, and, ultimately, ensure the stable operation of the GOK. World-famous companies such as “Mekhanobr”, “Outotec”, “Engineering Dobersek”, “TOMS”participated in the development and optimization of the technological scheme of ore dressing.

Digital technologies are incredibly changing our lives – yesterday’s idea in a short time becomes a new standard, a reference point for the next breakthrough in a particular industry. The real digital breakthrough began in Kazakhstan, which will forever change one of the most conservative sectors of the national economy – construction.

Already in 2018, Kazakhstan is planning to officially approve a strategic document based on BIM technologies. “The concept of implementation of information modeling technology in industrial and civil construction of the Republic of Kazakhstan” was considered by the Committee for construction and housing of the Ministry of investment and development of Kazakhstan, discussed by the expert community of Kazakhstan.

The document was authored by experts of the information modeling Center of the Kazakh research and design Institute of construction and architecture (KazNIISA).

The developers of the document themselves interpret building information modeling (information modeling in construction – English, BIM) as “the use of a common digital representation of a construction object to assist the design, construction and operation processes in forming a reliable basis for decision-making.” Roughly speaking, paper work at the design and construction stage of a building is reduced to zero, and all processes are transferred to a digital environment, which all interested parties have constant access to: from the customer and architect to contractors and, for example, fire protection specialists. To simplify it completely, this is the process of collecting and managing all relevant information about a construction site. It should be understand that BIM is not an ordinary 3D-modeling, but a full-fledged solution that brings together and processes a huge array of data on the building object.

Kazakhstan will finally switch to BIM technologies by 2023. A year earlier, in 2022, the executive models will be put into operation. This was announced at a meeting of the Commission on pricing in the construction industry of the CIS countries by Alexander Shakhnovich, managing Director for digitalization and development of KazNIISA.

— In 2017, by order of the Committee for construction and housing, the concept of implementing information modeling technology in industrial and civil construction of the Republic of Kazakhstan was developed. The main goals of the concept are: to increase the competitiveness of the industry, to form a forecast of the costs of building operation, to provide state customers with access to information models of construction projects financed by state funds, and to use new technologies for management and control by administrators of budget programs. It is expected that BIM technologies will be implemented in three main stages. The first one is now coming to an end. It lasted from 2017 to the current year. We are completing the development of the main set of regulatory documents for the use of information modeling technology for construction projects (TIMSO). The second transition period will begin in 2020. It is assumed that all technologically complex objects (large administrative buildings and objects with a large crowd of people) will be designed only using TIMSO. In the next period, from 2022, we will transfer this information from design through construction to operation. I think that Kazakhstan will finally switch to new technologies in 2023 — ” the expert said. Shakhnovich also reported on the development of a specialized classifier that divides a building into functional systems: product and location aspects, and functional aspects. Thus, each element of the building (roof, walls, floors, and ground system) will be classified according to its technical and functional purpose. In addition, the classifier will be combined with the resource cost method, which is used in construction estimates, by the end of 2019.