Construction Supervision

CEMCP
ROSATOM

Functions of Construction Supervision

CEMCP’s Projects

Nuclear medicine complex

Nuclear medicine complex is designed for application of nuclear medicine techniques, including PET/CT with various labelled short- and ultra-short-lived isotopes, for patients with cancer, including initial diagnosis, assessment of early response to therapy, monitoring of treatment efficiency, selection of patients for targeted therapy, biopsy site identification and radiation therapy planning. The new building is constructed with consideration of interaction and continuity with the existing medical units of the Institution.

Address:1 Samory Mashela Street, Moscow, Russia. The building is located within the territory of Dmitry Rogachev National Medical Research Center of Pediatric Hematology, Oncology and Immunology of Russia’s Ministry of Health.

Project Founders

Owner:Dmitry Rogachev National Medical Research Center of Pediatric Hematology, Oncology and Immunology of Russia’s Ministry of Health
Developer:Dmitry Rogachev National Medical Research Center of Pediatric Hematology, Oncology and Immunology of Russia’s Ministry of Health
General Contractor: GSPI, JSC
Technical Client: Centre of Expertise for Major Construction Projects, Private Institution of Rosatom State Atomic Energy Corporation
Design Organization: GSPI, JSC
The complex was officially opened on: 11/8/2023
Commissioning permit No.:77-06-234-2023 dated 6/29/2023

Technical and economic features

Lot square as per city development plan for land: 4,5 Ha
Building footprint: 2,152 m2
Number of floors: 9 (inc. 1 underground one)
Total square of the building: 12,318 m2
Number of beds within the scientific and clinical unit: 48
Number of visits per shift: 80
Surgical activity of the department: at least 620 operations per year

Item 2.1 of the List of special products, works, and services required in the nuclear industry

Remote construction monitoring

Remote construction monitoring refers to the innovative tool for managing and controlling the implementation of capital investment projects of Rosatom State Atomic Energy Corporation in Russia and overseas.

Successful testing and implementation of remote monitoring tools at the construction projects of Rosatom State Atomic Energy Corporation in Russia and overseas:

2020: the Kursk NPP-2; the Rooppur NPP (the Republic of Bangladesh);
2021: the MFRR construction project (Dimitrovgrad);
2022: the construction project of the Pilot and Demonstration Power Facility (Seversk).

Aerial photography (AP)

Photo and video recording of the construction progress with the use of aerial drones

Air laser scanning (ALS)

Arrangement of the three-dimensional model of the construction site. It is the input data to be used in information modeling.

Ground laser scanning (GLS)

Arrangement of the three-dimensional model of the construction site. It is the input data to be used in the project design correspondence analysis.

Office studies

Processing of the results achieved from AP, ALS, and GLS. Preparation of the input data for further analysis.

Analytical platform

Visualization of the construction site, analysis and forecasting of project progress, control of scope and deadlines of construction works.

Technical support and monitoring

Technical support for implementation and operation of the platform, organization of secure access to project data (including those operating via Corporate Data Transfer Networks)

RESULT

As a result of remote construction monitoring services, the following is provided

Independent digital control of the progress of works and its compliance to related deadlines

Analysis and forecasting of the project progress

Quick control of finalization of current works performed by contractors

Preparation of analytical reports on the project progress with visualization of construction works

Accurate and quick informing of the Customer on identified deviations from design solutions

Integration with the Customer's information systems for the purpose of acceleration of data exchange

Item 2.198 of the List of special products, works, and services to be used in the nuclear industry