Pelatihan ISO 50001: Energy Management System

Pelatihan ISO 50001: Energy Management System

Pelatihan ISO 50001: Energy Management System. This course improves your awareness of the trends relating to global energy usage and, at the organizational level, helps you define rational and sustainable use. You will discover how a process of continuous improvement can help you save money and increase your organization’s productivity while also reducing your impact upon the environment. You will receive expert training in all the administrative and technical implications of implementing an energy management system based upon ISO 50001. You will gain an understanding of the standard’s foundations and learn how to interpret its requirements. The course also looks at treating quality, environment and energy standards as an integrated management system that you can audit as one – saving you time and effort.

ikuti juga : pelatihan introduction to energy management 

TUJUAN  

1.  1.Identify the various types of boilers
2. Use essential terms and understand their key applications
3. Describe the typical characteristics of fuels fired
4. Perform basic combustion and process calculations
5. Recognize the impact fuels have on the boiler heat transfer surfaces
6. Describe the ancillary equipment associated with steam boiler plants and their integral role in the safety of the boiler
7. Outline the applicable pressure part design codes and explain their influence on boiler pressure parts sizing, inspection and non-destructive examination
8. Initiate an effective inspection and maintenance program
9. Minimize forced outages and prevent serious damage to boiler equipment
10. provide an overview of the legislative requirements plus the essential steps and responsibilities for the repair of boilers
11. Recognize the importance of and implement the procedures for the protection of a boiler during cold storage

MATERI 

1. INTRODUCTION
   Types of package boilers and their applications Boiler components, terminology and definitions
2. FUEL COMBUSTION AND STEAM GENERATION PROCESS
   Overview of the boiler heating and steam generation process Influence of fuel types on boiler design and operation Firing appliances Basics to the theory of combustion and fundamentals of steam generation Thermal efficiency Fire-side deposits and their influences
3. BOILER AUXILIARY PLANT
   Water treatment and dosing plant Feed water pumps, valves, steam traps, piping, fans, and dampers Firing systems Economizers and heat recovery equipment Flue gas cleaning and dust removal Soot blowers
4. OPERATIONS AND CONTROLS
   Boiler instrumentation and its purpose Typical P&I diagrams for coal or oil fired package units OEM operating manuals Control systems or loops Operation and control philosophy, sequences and procedures Safety equipment and emergency procedures Typical operational problems, reasons for the problems Troubleshooting Operating records and logs The do’s and don’ts of boiler operation and corrective action
5. PRESSURE CONTAINING COMPONENTS
   Basics to codes calculation theory and assumptions Overview of design parameters for shell, furnace, plates and tubing Importance of pressure part inspection.
6. PLANNING AND MANAGING BOILER MAINTENANCE
   Critical importance of maintenance policies and programs Manufacturers literature and requirements Regularity of inspections and maintenance Critical items for maintenance for safety, efficiency and reliability Country/state legislation regarding inspection and repairs Authorized inspection authority involvement Maintenance records and preventative maintenance In-house vs contractor repair maintenance The do’s and don’ts in terms of boiler maintenance
7. MANAGING BOILER REPAIRS, TROUBLESHOOTING & MODIFICATIONS
   When does a boiler repair become a boiler modification? Importance of historical records Understanding the steps and requirements when undertaking modifications Boiler owner and contractor responsibilities AIA and their inspection points The do’s and don’ts regarding boiler repairs
8. COLD STORAGE OF A BOILER
   Importance of an established storage period, preservation steps and return of the boiler Storage instructions and procedures Consequences of no plan
9. EMISSION CONTROLS AND ENVIRONMENTAL CONSTRAINTS
   Types of emissions for different fuels fired Control of boiler flue gas emission Flue gas cleaning and scrubbing equipment Oil and gas burner design to reduce NOx emissions Effectiveness of gas cleaning or scrubbing equipment Acceptable emission levels
10. 10. PRACTICAL SESSIONS

PESERTA  

1. 1.Senior Boiler Plant Operators, Repairers and Installers
2. Boiler Plant Engineers
3. Operation, Maintenance, Inspection and Repair Managers, Supervisors and Engineers
4. Mechanical Engineers and Technicians
5. Design Engineers, Insurance Company Inspectors