Take Piping,Plant Design Course Training at Aveva Authorised Institute.
Kagira Drawing Solution (Kagira) is the Asia’s No. 1 Piping Training Institute with ISO 9001:2008 certified Institute specializes in Computer Software Training, Engineering Design & Detailing, Pipe Stress Analyzing and Corporate Training. We are rooted on 24th Oct. 2009. We built very strong platform for engineering and diploma candidates to shine in Power, Oil & Gas sector. We are mainly focusing on Piping Design Courses like PDMS,PDS ,SP3D, CAESAR II,PV Design,RIG Design and Ship Design Course etc., Kagira was certified by ISO 9001:2008 in the year on 29th April, 2010 and our institute is registered with Govt. of India NCVT. After a very strong validation of our training quality, lab facility, infrastructure and mainly with the help of our Student’s good feedback, IAO (International Accreditation Organization) approved our institute on 5th May 2012.
Plant Design Management (PDMS) The process and power industries seek to commission high-quality plant earlier and to bring it on line with minimum cost and minimum risk. Achieving this in the design domain requires highly functional and productive applications that can be executed effectively across globally distributed project teams. PDMS allows teams of designers to work together, each with their own specialist 3D colour-shaded environment, but able to view all of the design going on around them. As the designers work, PDMS builds a sophisticated plant database from which all of the layout and detail drawings can be produced, together with accurate Material Take Off (MTO) information and all kinds of project reports such as Line List or Valve Schedules. The PDMS approach enables a wide range of sophisticated design checks to be carried out across all aspects of the design to check and improve quality. Drawings and reports are generated directly from the model database to ensure consistency between design information and the project deliverables. There are no limits to project size or complexity. PDMS is proven on projects ranging from the smallest refit to the largest green field projects, and is compatible with all the engineering issue, revision and change-control processes required across such projects. Reduced site rework higher quality design. The ability to perform multiple design checks across the entire design eliminates errors, and enables 'right-first time' Engineering. Accurate materials information eliminates over-ordering and delays on site due to a lack of required materials or information. The Equipment functions build 3D models for all kinds of plant items, From pumps and exchangers through to complex items such as reactor vessels and compressors, they are used in all kinds of layout studies, arrangement drawings and connectivity or clash checks.
Piping course includes pipe, fittings, flanges, valves, bolts, gaskets etc…. At the end, various piping systems are commissioned and the projects were brought to its conclusion and finally handled over. We have well trained and experienced faculties to handle classes at different batch intervals. We can assure that once after accomplishing the course there will be a massive job opportunities across the globe and the earnings will be in with your expectations. piping systems are like arteries and veins. They carry the lifeblood of modern civilization. In a modern city they transport water from the sources of water supply to the points of distribution; convey waste from residential and commercial buildings and other civic facilities to the treatment facility or the point of discharge. Similarly, pipelines carry crude oil from oil wells to tank farms for storage or to refineries for processing. The natural gas transportation and distribution lines convey natural gas from the source and storage tank forms to points of utilization, such as power plants, industrial facilities, and commercial and residential communities. In chemical plants, paper mills, food processing plants, and other similar industrial establishments, the piping systems are utilized to carry liquids, chemicals, mixtures, gases, vapors, and solids from one location to another.
CAESAR (Computer Aided Engineering Stress Analysing Report) CAESAR II is a PC-based pipe stress analysis Engineering Software. This software package is an engineering tool used in the mechanical design and analysis of piping systems. The CAESAR II user creates a model of the piping system using simple beam elements and defines the loading conditions imposed on the system. With this input, CAESAR II produces results in the form of displacements, loads, and stresses throughout the system. Additionally, CAESAR II compares these results to limits specified by recognized codes and standards. The popularity of CAESAR II is a reflection of expertise in programming and engineering, as well as dedication to service and quality. CAESAR II is most often used for the mechanical design of new piping systems. Hot piping systems present a unique problem to the mechanical engineer—these irregular structures experience great thermal strain that must be absorbed by the piping, supports, and attached equipment. These “structures” must be stiff enough to support their own weight and also flexible enough to accept thermal growth. These loads, displacements, and stresses can be estimated through analysis of the piping model in CAESAR II. To aid in this design by analysis, CAESAR II incorporates many of the limitations placed on these systems and their attached equipment. These limits are typically specified by engineering bodies (such as the ASME B31 committees, ASME Section VIII, and the Welding Research Council) or by manufacturers of piping-related equipment (API, NEMA, or EJMA). CAESAR II is not limited to thermal analysis of piping systems. CAESAR II also has the capability of modeling and analyzing the full range of static and dynamic loads, which may be imposed on the system. Therefore, CAESAR II is not only a tool for new design but it is also valuable in troubleshooting or redesigning existing systems. Here, one can determine the cause of failure or evaluate the severity of unanticipated operating conditions such as fluid/piping interaction or mechanical vibration caused by rotating equipment.
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