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Rotating Equipment

  • Competent Trainer with more than 20 years’ experience from Engineering Field
  • Exposure to working culture of Engineering, Procurement and Construction Companies.
  • Through Knowledge provided to understand the project activities.
  • Introduction of interactive methods within the departments.
  • Understand of Deliverables to function smoothly and quality output.
  • Acquire the knowledge of Advance technologies used currently.
  • Enrich the knowledge of International codes and standards for perfection in design.
  • Enhance the knowledge of Current engineering practices used.
Rotating equipment plays a vital role in various industries, including oil and gas, power generation, manufacturing, and transportation. Rotating equipment, such as turbines and generators, are essential components in power plants. They convert various energy sources, such as fossil fuels, nuclear energy, or renewable sources, into electricity. Rotating equipment enables reliable and efficient power generation, contributing to the supply of electricity for residential, commercial, and industrial use. Rotating Equipment course provides participants with in-depth knowledge, enhanced skills, industry relevance, career advancement opportunities, problem-solving abilities, safety awareness, networking opportunities, practical application experience, and continuing professional development. These benefits equip individuals with the expertise and capabilities to excel in the field of rotating equipment and advance their careers in various industries.

Degree/ Diploma in Mechanical/ Production Engg. (Fresher/ Experienced)

Centrifugal Pumps
  1. Key Areas of Training of Centrifugal Pumps Module; Salient Features of Engineering; Design & Engineering Stages; Detailed Engineering Stages; API & Non-API Design Codes and Standards for Centrifugal Pumps.
  2. Application of API 610 Pumps; Definition of Key terms along with their significance and application during Centrifugal Pumps engineering; Study of Pump performance curve.
  3. Importance of Specific Speed & Suction Specific Speed and relevant factors affecting the same; Concept of NPSH; Calculation of NPSH margin; Analysis of effect of parameters on NPSHA; Pump Afinity Laws.
  4. API 610 Code - Pump configurations; Different configurations of Between Bearing Pumps with their application and advantages; Different configurations of Overhung Pumps with their application and advantages.
  5. Different configurations of Vertical Suspended Pumps with their application and advantages; Minimum submergence; Basic design criteria of pump.
  6. Bearings type and selection criteria; Bearings lubrication along with basics of external pressurized lubrication system; Location for vibration readings for various configurations; calculation of MAWP of Pump with the help of numerical problems; MDP; Pump power calculation.
  7. Driver Rating selection criteria and problem solving; Basics of Flexible Coupling and its rating calculation based on torque & KW/100 rpm; Coupling Guard; Base plate features and API Base plate Nos.; Material of Construction and various material class as per API 610.
  8. Inspection & Testing requirements; Performance testing at 6 points; Performance tolerance as per API 610.
  •  Shaft Sealing Systems
  1. API 682 Code - Key Areas of Training of Shaft Sealing Systems Module; Salient Features of Engineering; Design & Engineering Stages; Detailed Engineering Stages.
  2. Seal Flushing plans with their application - Plan 11, 21, 23, 52, 53A/B/C, 71, 72, 75 & 76.
  • Centrifugal Pumps & Sealing Systems
  1. Pump & Seal system - Preparation of Equipment datasheet; Technical Bid Evaluation & Technical Recommendation; Technical Order Specification Preparation.
  2. Vendor Data & Document Review; Various Design Cases (flow & rated head, temp, specific gravity, type of pump).
  •  Heavy Crude Oil Filteration Package
  1. Key Areas of Training of Heavy Crude Oil Filteration Systems; Salient Features of Engineering; Design & Engineering Stages; Detailed Engineering Stages.
  2. Types of Heavy Crude Oil Filteration Systems; Applications; Components & Construction.
  3. Preparation of Equipment datasheet; Technical Bid Evaluation & Technical Recommendation; Technical Order Specification Preparation.
  4. Vendor Data & Document Review; Various Design Cases (flow & rated head, temp, specific gravity).
  • Chemical Injection Dosing Package
  1. Key Areas of Training of Chemical Injection Dosing Systems; Salient Features of Engineering; Design & Engineering Stages; Detailed Engineering Stages; types of Chemical Injection Dosing Systems; Applications; Components & Construction.
  2. Preparation of Equipment datasheet; Technical Bid Evaluation & Technical Recommendation; Technical Order Specification Preparation; vendor Data & Document Review; Various Design Cases (flow & rated head, temp, specific gravity).
  • Lubrication Systems
  1. API 614 Code - Key Areas of Training of Lubrication Systems Module; Salient Features of Engineering; Design & Engineering Stages; Detailed Engineering Stages.
  2. Differences between API 614 Chapter 2 & 3.
  • Centrifugal Compressors
  1. Introduction; definition; terms; application range; types of compressors; applications; axial flow compressor; integral geared compressor; differences between axial flow & integral geared compressor; centrifugal compressor performance; anti surge control;
  2. Types of compressor capacity control; dry gas seal; Instrumentation & control; compressor datasheet.
  3. Preparation of Equipment datasheet; Technical Bid Evaluation & Technical Recommendation; Technical Order Specification Preparation.
  4. Vendor Data & Document Review; Various Design Cases (flow & rated head, temp, specific gravity).
  • Steam Turbines
  1. Steam turbine basics; Steam turbine classification & components; Steam turbine auxiliaries.
  2. Steam turbine design criteria; instrumentation & control; inspection & testing requirements.
  3. Preparation of Equipment datasheet; Technical Bid Evaluation & Technical Recommendation; Technical Order Specification Preparation.
  4. Vendor Data & Document Review; Various Design Cases (flow & rated head, temp, specific gravity).

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Upcoming Batches

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FAQ's

What is a rotating equipment course?
A rotating equipment course is a training program designed to provide participants with comprehensive knowledge and skills related to the operation, maintenance, troubleshooting, and safety of rotating machinery such as pumps, compressors, turbines, and motors.
Who should attend a rotating equipment course?
The course is typically beneficial for engineers, technicians, operators, and maintenance personnel who are involved in the operation, maintenance, or troubleshooting of rotating equipment in industries such as oil and gas, power generation, manufacturing, and petrochemicals.
What are the objectives of a rotating equipment course?
The objectives of a rotating equipment course may include:
  • Understanding the principles and fundamentals of rotating machinery.
  • Gaining knowledge of various types of rotating equipment and their applications.
  • Learning about the design, construction, and components of rotating machinery.
  • Acquiring skills for the proper operation, maintenance, and troubleshooting of rotating equipment.
  • Enhancing safety awareness and best practices related to rotating machinery.
What are the benefits of attending a rotating equipment course?
Some benefits of attending a rotating equipment course include:
  • Improved understanding of rotating machinery and its operation.
  • Enhanced skills in the maintenance and troubleshooting of rotating equipment.
  • Increased knowledge of safety practices and precautions.
  • Ability to optimize the performance and reliability of rotating equipment.
  • Potential career advancement opportunities in industries that heavily rely on rotating machinery.
What are the placement opportunities after completing a rotating equipment course?
After completing a rotating equipment course, you can explore various job opportunities in industries that rely on rotating machinery, such as oil and gas, power generation, manufacturing, petrochemicals, and more. Potential job roles may include rotating equipment engineer, maintenance engineer, reliability engineer, field service technician, equipment operator, or maintenance supervisor.
Are there specific companies or industries that actively recruit professionals with rotating equipment course knowledge?
Yes, several industries actively recruit professionals with knowledge and expertise in rotating equipment. Some prominent sectors include oil and gas exploration and production companies, petrochemical refineries, power generation plants, chemical processing plants, water and wastewater treatment facilities, and manufacturing industries that employ large-scale machinery.
Can completing a rotating equipment course improve my chances of getting a job?
Yes, completing a rotating equipment course can enhance your chances of securing a job in industries that utilize rotating machinery. The course equips you with specialized knowledge and practical skills related to the operation, maintenance, and troubleshooting of rotating equipment, making you a more competitive candidate for relevant job roles.
Are there any placement assistance services provided by SIT?
We have a dedicated Placement cell which continuously seeks for employment opportunities and arranges On-Campus as well as Off-Campus recruitment activities. The institute assists students to enter in their respective industries by providing 100% Placement assistance. The Placement Cell conducts Mock Interviews of students for their preparation for final interviews in the industry.

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