This interactive training unit is designed to introduce trainees to some of the basic principles of refrigeration system operation, details explanation of mechanical refrigeration system cycle components (surge drum, expansion valve, chiller, refrigeration compressor, and condenser), and to conduct design, operation, control system, maintenance, improve efficiency and troubleshooting of refrigeration system for natural gas processing. After completing this unit, trainees should be able to have knowledgeable and real experience field of natural gas propane refrigeration system plant.
Refrigerator propane properties
Heat transfer factors impact
Design of Propane refrigeration system
Operation of the Propane refrigeration system
Control system of the Propane refrigeration system
Maintenance Propane refrigeration system
Improve the efficiency of the Propane refrigeration system
Troubleshooting of Propane refrigeration system
Operation engineers
Operation supervisors
Process engineer
Maintenance engineer
Maintenance supervisors
Mangers and team leaders
Design engineer
Operators and SR. Operators
Introduction to Refrigeration
Refrigerator propane properties
Heat Transfer
Refrigeration Systems
Basic Refrigeration Cycle
Refrigeration Components
Secondary Cooling Systems
Typical single and multi-stages
Propane surge drum and pump loading
Expansion valves
Propane chillers
Economizer
Propane condenser
Introduction to Centrifugal Compressor Principles
Typical Centrifugal Compressor
Centrifugal Compressor Operation
Multi-Stage Compressors
Axial Compressors
The Compressor
Casings
Rotors
Guide Vanes
Diffuser and Volute
Diaphragms
Shaft Seals
Shaft Bearings
Lubrication System
Seal Oil System
Cooling System
Drivers, Couplings, and Controls
Drivers
Direct Drive
Gear Drive
Couplings
Compressor Performance
Surge Control
Safety Devices
Classification
Introduction to Reciprocating Compressor Principles
The training program for Certified ISO 37001 Lead Auditor equips you with the knowledge and abilities needed to conduct anti-bribery management system (ABMS) audits using generally accepted auditing principles, methods, and techniques.
To ascertain the efficacy of the policies and anti-bribery procedures introduced as part of an ABMS based on ISO 37001, many firms look for qualified auditors. This training program aims to assist you in successfully completing these responsibilities and to convey the significance of successful ABMS audits. Additionally, it seeks to improve your knowledge and abilities so that you can plan and execute ABMS audits in accordance with the certification procedure outlined in ISO/IEC 17021-1 and the auditing principles for management systems provided in ISO 19011.
The provided exercises, tests, and case studies are made to give you practice in the key areas of an ABMS audit, including ISO 37001 requirements, auditing principles, evidence-gathering tools and techniques, managing a team of auditors, conducting auditee interviews, reviewing documentation, drafting nonconformity reports, and creating the audit report itself.
An exam is given after the training course has been successfully completed. You can apply for the "Certified ISO 37001 Lead Auditor" credential if you pass the exam. An ISO 37001 Lead Auditor certificate, which is internationally recognized and authorized by IAS, verifies your qualifications as a professional and shows that you are capable of auditing an ABMS that adheres to ISO 37001.
This is a comprehensive career development program intended for those seeking job-related skills in Inspection of Process Industry units for Maintenance, Operational Condition, Corrosion, Safety, Quality Assurance, and Quality Control.
This training aimed at developing, strengthening, and understanding the crucial role played by the supplier in delivering customer satisfaction through an effective supply chain. Participants will learn how to evaluate the performance of both potential and current suppliers. Assess the factors that comprise an effective tender and conduct effective negotiations that bring long term value to the organization.
Safety is not the prerogative of the safety specialist but also one of the parts in every management discipline. An office manager is no less responsible for the safety of his team than the construction manager. The law and company policy apply equally to both. The course will not turn delegates into safety experts but it will give them the appreciation of what safety issues are about and the methods available to them to ensure that safety is implemented in their workplaces. It is, after all, a manager’s responsibility to have a workplace free of danger and a workforce free of ill health and accidents. Managers will be able to review their departmental systems for safety, introducing new controls or implementing changes as appropriate to ensure safety in the workplace.
This course aims at equipping the hiring (line) managers, procurement, and recruiters to maximize the return on investment in the “recruit to contract termination” process of external consultants and contractors for the hiring organizations. Organizations want to enjoy the flexibility of a contractor’s workforce instead of internal staff, but would there be conflicts when contractors and internal staff have to work together? How to ensure seamless team effort among contractors and internal staff?
The trend of outsourcing and the continuous interest of shareholders to want organizations to have fewer and fewer headcounts and governments should become smaller and smaller; the importance and popularity of external consultants and contractors keep increasing. How to identify and attract the best contractors/consultants? How to accelerate the onboarding time for contractors/consultants? How to retain them? How to get the most out of them within a flexible contract period? It is quite similar to the case with internal employees, yet there is a significant difference too.
This unique program provides the participant with a multi-discipline understanding of Corrosion Control in Oil Production, Refining, and Down-Stream Industries - Technologies, Work Methods, Safety Issues, Planning, and Management.