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Collaborative, Interactive and Relevant Training for the Energy Industry
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COURSE INFORMATION
Methane Reduction - Principles, Calculations, and Regulations
Type:
Training CourseLength:
0.5 Days
CEU:
0.4
PDH:
4Fee:
$395 CADUpcoming Sessions
There is currently no upcoming sessions available for this course. Please check back later!
Course Description
With the Canadian Government and most of its provinces moving toward improved methane gas emissions, regulatory requirements are now getting more stringent in emissions management. Increased requirements for planning, reporting, and reducing methane emissions are now a regular part of business in the energy industry. These increasing requirements target federal and provincial governments and industries, both in public and private sectors.
As a response, CSA has newly released a new code for “Reduction of Fugitive and Vented Emissions for Upstream Petroleum and Natural Gas Industry Systems CSA Z620.1”.
The AER has also updated its Directive 60 “Upstream Petroleum Industry Flaring, Incinerating, and Venting” to include new approaches for monitoring and lowering methane emissions.
This short course has been developed to inform participants of methane reduction basics, calculations, and new and changing regulations.
The course includes:
The principle of methane environmental impact
Calculating the impact of methane released by your facility
AER Directive 060 new requirements
CSA Z620.1 Reduction of fugitive and vented emissions for upstream petroleum and natural gas industry systems
As a response, CSA has newly released a new code for “Reduction of Fugitive and Vented Emissions for Upstream Petroleum and Natural Gas Industry Systems CSA Z620.1”.
The AER has also updated its Directive 60 “Upstream Petroleum Industry Flaring, Incinerating, and Venting” to include new approaches for monitoring and lowering methane emissions.
This short course has been developed to inform participants of methane reduction basics, calculations, and new and changing regulations.
The course includes:
The principle of methane environmental impact
- Participants in this section of the course will be trained to recognize the various greenhouse gases and the impact of each gas, especially methane on the atmosphere.
- The significance of methane reduction will be elaborated in this section.
Calculating the impact of methane released by your facility
- In this section, participants would learn how to calculate methane emissions.
AER Directive 060 new requirements
- In this section, participants will become familiar with the new requirements of recent editions of Directive 060 and how to implement them.
CSA Z620.1 Reduction of fugitive and vented emissions for upstream petroleum and natural gas industry systems
- A short introduction to this new CSA code is included in this course.
Course Outline 
The course includes:
The principle of methane environmental impact
Calculating the impact of methane released by your facility
AER Directive 060 new requirements
CSA Z620.1 Reduction of fugitive and vented emissions for upstream petroleum and natural gas industry systems
The principle of methane environmental impact
- Participants in this section of the course will be trained to recognize the various greenhouse gases and the impact of each gas, especially methane on the atmosphere.
- The significance of methane reduction will be elaborated in this section.
Calculating the impact of methane released by your facility
- In this section, participants would learn how to calculate methane emissions.
AER Directive 060 new requirements
- In this section, participants will become familiar with the new requirements of recent editions of Directive 060 and how to implement them.
CSA Z620.1 Reduction of fugitive and vented emissions for upstream petroleum and natural gas industry systems
- A short introduction to this new CSA code is included in this course.
Instructor
Amin Sabzevari, P.Eng. CRM
Amin Sabzevari is a professional Mechanical Engineer, and certified Carbon Reduction Manager with more than 20 years of field and EPCM experience.
Amin has successfully executed mechanical scopes of work as well as methane reduction projects in both green-field and brown-field applications across 3 continents (Asia, Middle east and North America) for:
Amin brings extensive knowledge of ASME pressure vessel and piping codes, API codes, TEMA as well as ABSA TSBC, AER regulations and procedures to the courses that he teaches.
Amin has received a B.Sc. in Mechanical Engineering from Shiraz University, and is a member of APEGA, Engineers and Geoscientists of BC, Engineer Yukon and AEE.
Read More about Amin Sabzevari, P.Eng. CRM
Amin has successfully executed mechanical scopes of work as well as methane reduction projects in both green-field and brown-field applications across 3 continents (Asia, Middle east and North America) for:
- Conventional Oil
- Gas Process Facilities
- SAGD
- Open-Pit Heavy Oil
- Petrochemical Processes
- Off-Shore Platforms
- Power Generations.
- Mining
- Remediation of abundant mine
- Water pipeline and treatment
- Waste treatment
Amin brings extensive knowledge of ASME pressure vessel and piping codes, API codes, TEMA as well as ABSA TSBC, AER regulations and procedures to the courses that he teaches.
Amin has received a B.Sc. in Mechanical Engineering from Shiraz University, and is a member of APEGA, Engineers and Geoscientists of BC, Engineer Yukon and AEE.
Read More about Amin Sabzevari, P.Eng. CRM
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