Considering the needs of oil and gas industry, we developed a combined concrete fence that meets modern safety requirements of the fuel andenergy complex.
The article describes the X-ray television complex "KARAT" developed by Newcom- NDT, LLC. This complex has been successfully applied in September 2013 at the All-Russian competition of welders "Gazprom" JSC. Describe the technical solutions used in the manufacture of complex, software described. The information on the present sensitivity and performance monitoring.
The fundamentals of ISO-14096 was observed. The evaluation of X-Ray films’ digitizer «Microtek MII 900 Plus» was produced. The optical density range and spatial resolution were estimated. The reference radiograph and “X-Vizor” software was used in evaluation. The achieved digitizer class is DS according to ISO-14096.
This article contains information on complex guard for industrial oil and gas objects. There is composition and principle of the work device for guard of the object’s perimeter.
Author is considering the problem of vailability of pipeline equipment in oil and gas industry using the integral strain gauges’ indications. You can learn about the technic, which helps to explore the process of strain accumulations in those under cyclic loading.
The article provides an overview of trends of digital radiography, describes the physical basis of each of the areas, their advantages and limitations. The existing international, European and U.S. standards for digital radiography were overviewed as well. Article contains conclusions about the applicability of these standards in Russia.
This article contains information on complex guard for industrial oil and gas objects. There is composition and principle of the work device for guard of the object’s perimeter.
This article describes an approachto solving one of the major problems in modern process control system of oil products transshipment bases —elimination of errors that lead to the mixing of different kinds of petroleum products, while performing multiple operations on their movement. By staging bases strict requirements, the main one being the inadmissibility of mixing different types of oil. Discussed in the article principles of automated routing system can prevent the occurrence of accidents in the management of the movement of petroleum products.
This article provides an overview of modern technology in computed radiography. The technical features, application specific devices, their advantages and disadvantages were specified. Article also includes the description of the latest model of "Duerr NDT" HD CR 35 scanner. The technical innovations that improve the quality of images and facilitate the work of radiographers were outlined. There is also a review of existing international, European and American standards for computed radiography and the conclusions of the. The conclusions about the applicability of these standards in Russia were performed.
The paper discusses issues related to the development of modern high-precision measuring instruments for monitoring construction projects. The advantages and disadvantages of the existing methods of monitoring the state of the construction projects. Isolated aspects of the problem of having to use stationary monitoring systems engineering spatial position of objects.
For development of deposits of the hydrocarbonic raw materials located in a shallow part of a coastal shelf, offshore structures of gravitational type are widely applied. The basic bases of such structures are established directly on a sea-bottom. While in service offshore structure the sea-bottom soil near its basic basis and under it is exposed to external influences from a sea current, waves and also from propellers streams of ships, approaching to the structure. As a result there is a washout of the soil basis to loss of the area of a basic surface that can lead to loss of stability of the structure on sea-bottom. Works on research of process of soil erosion near the basic bases of gravitational type offshore structures by means of carrying out of modeling tests are carried out in shallow water towing tank of KSRI since 2000. As this towing tank initially didn’t intend for carrying out of such experiments, in addition to its equipment the special experimental means have been created. Also methods of carrying out of modeling experiments on research of washout of a soil near the objects established on it have been developed and tested. The article acquaints with the equipment used for carrying out of the modeling experiment and techniques of their carrying out.
The paper describes the experimental workfor quality of radiographic images taken using X-ray film and computed radiography systems (CR) determination. The experimental studies were briefly described. The results of the research were provided. The main emphasis is made on the comparison of the flaw detection in radiographic inspection with films and with the CR systems. The article also provides the practical guide for the CR systems selection and their applications. There is also a shortoverview of periodical user tests that should be performed to verify CR system performance.The article ends with conclusions aboutthe applicability of Computed Radiography technology in the industry.
This article provides an overview of modern technology in computed radiography. The technical features, application specific devices, their advantages and disadvantages were specified. Article also includes the description of the latest model of "Duerr NDT" HD CR 35 scanner. The technical innovations that improve the quality of images and facilitate the work of radiographers were outlined. There is also a review of existing international, European and American standards for computed radiography and the conclusions of the. The conclusions about the applicability of these standards in Russia were performed. Computed radiography systems from various manufacturers were observed. Most attention was paid to the new model of Duerr HD CR 35 scanner. The technical characteristics of computed radiography systems were compared. The review of foreign CR standards was performed. 1. It is important to use independent expert conclusions while choosing CR system. The BAM institute of Metal is one of the most respectable ones. 2. Computed radiography is used abroad for much longer time than in Russia. There have been developed and adopted relevant standards. It seems, that Russia needs the immediate implementation of the CR standard, which should be based on international standards. This greatly simplifies the use of technology adopted by the Russian NDT community.
The paper discusses issues related to the development of modern high-precision measuring instruments for monitoring construction projects. The advantages and disadvantages of the existing methods of monitoring the state of the construction projects. Isolated aspects of the problem of having to use stationary monitoring systems engineering spatial position of objects. The measurements are made relative to the reference lines created by laser radiation generated by special optical components. Register offsets produced relative to the center of the laser scanning radiation of a master reference direction by the reflected laser beam in the direction of the pulse analyzer, rigidly attached to the object to be measured. When measured basic direction defined by the center scan aligned to the centers of the first and last analyzers measuring brand with the required accuracy. Automation of processes controlling the operation of the system allows us to hope for a speedy completion of the entire instrument of measuring complex and successful implementation in those sectors of the economy requiring highly accurate in determining the critical deformation of engineering structures. Monitoring of engineering objects, laser measuring systems, the critical deformation structures, spatial coordinates of object points, geodetic measurements.
For development of deposits of the hydrocarbonic raw materials located in a shallow part of a coastal shelf, offshore structures of gravitational type are widely applied. The basic bases of such structures are established directly on a sea-bottom. While in service offshore structure the sea-bottom soil near its basic basis and under it is exposed to external influences from a sea current, waves and also from propellers streams of ships, approaching to the structure. As a result there is a washout of the soil basis to loss of the area of a basic surface that can lead to loss of stability of the structure on sea-bottom. Works on research of process of soil erosion near the basic bases of gravitational type offshore structures by means of carrying out of modeling tests are carried out in shallow water towing tank of KSRI since 2000. As this towing tank initially didn’t intend for carrying out of such experiments, in addition to its equipment the special experimental means have been created. Also methods of carrying out of modeling experiments on research of washout of a soil near the objects established on it have been developed and tested. The article acquaints with the equipment used for carrying out of the modeling experiment and techniques of their carrying out. Physical modeling in hydrodynamic basin. Main objective of modeling researches technology of soil washout at offshore structures foundation as a result of influence of external factors development is ensuring their safe operation regarding stability on ground soil throughout all term of work of such structures in this point. For this purpose achievement the tasks solution methods of an assessment of possible basic surface area loss as a result of soil washout under an offshore structure foundation, and also for soil protection means development and receiving an assessment of their efficiency and stability to external influences are offered and approved. Successful experience of works according to the technology described above was a basis for further development in KSRI of researches on soil washout at offshore structures foundations as a result of impact of sea waves, a current and propeller streams of being moored to them ships. Successful experience of works according to the technology described above was a basis for further development in KSRI of researches on soil washout at offshore structures foundation as a result of impact of sea waves, a current and propeller streams of being moored to them ships.