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How pneumatic device emission reduction projects at Alberta oil and gas sites are scoped, what makes them eligible for offsets, and how baseline and project sources and sinks are identified.
Natural gas is the most common power source for pneumatic controllers and chemical injection pumps at oil and gas wells and facilities, and every cubic metre these devices vent is released as methane. This course explains how projects that cut that venting are defined for greenhouse gas offset purposes in Alberta. It covers the four eligible project types: high to low vent controller conversions, instrument gas to instrument air system conversions, pneumatic device electrification, and vent gas capture and destruction. For each, it sets out the metric for functional equivalence, whether greenfield installs or brownfield conversions qualify, and how multiple projects can be aggregated under one project plan.
The course then works through the applicability conditions a project developer must evidence, including equal process control performance, annual inspection and maintenance, a device inventory and the end of offset eligibility once an activity becomes legally required. It introduces the key vocabulary of static, dynamic and total vent rate and low venting and non-venting devices, and compares the historical benchmark, comparison based, performance standard and projection based baseline approaches and when each applies. Finally, it maps the upstream, on-site and downstream sources and sinks in the baseline and project conditions and explains how each is classified as controlled, related or affected.
What Will Be Covered:
Why natural gas powered controllers and chemical injection pumps are a major methane vent source
The four eligible project types and what each one changes on site
Functional equivalence metrics based on operating hours, pump strokes and captured gas mass
Greenfield installs versus brownfield conversions and which project types qualify for each
Applicability conditions, inspection and maintenance duties and the device inventory
Flexibility provisions for aggregation, statistical comparisons and site-specific emission factors
Definitions of static, dynamic and total vent rate and low venting and non-venting devices
Historical benchmark, comparison based, performance standard and projection based baselines
Baseline and project sources and sinks and their classification as controlled, related or affected
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