A tonne of methane kept out of the air is a real result. It is not yet a credit. Between the change made in the field and a credit someone can buy sit four things: a protocol, a measurement record, an independent verifier and a public registry. Producers who treat those as paperwork to sort out later tend to find that the reduction happened and the value did not.
Start with the protocol, not the equipment
Alberta’s offset system only recognizes reductions quantified under an approved protocol. For upstream methane there are two that matter most: the Vent Gas Reduction protocol, now in its second version, and the protocol for pneumatic devices. Each one defines what the baseline is, which sources count, and which technologies qualify. A combustor, a tie-in to fuel gas or a pipeline, or a unit that puts the gas to work can all fit, but only in the way the protocol describes.
The protocol also draws a hard line around what regulation already requires. Venting limits under AER Directive 060 set the floor. A reduction made because a site had to comply, or because the regulator directed it, is not creditable. The credit is for going further than the rules demand, which is why the first question on any site is where its limit sits and how far below it the work goes.
The measurement record is the product
Buyers are not paying for equipment. They are paying for proof. For most producers, carbon offset credit generation is less about the hardware than about the record that shows what the hardware did, month after month. That record rests on a few plain documents: metering that follows accepted measurement practice, with calibration records kept intact; site schematics that show where the gas goes; and a gas analysis, because the methane content decides how many tonnes a cubic metre is worth.
Gaps here are expensive. A meter that went uncalibrated for a season, or a schematic that no longer matches the site, turns a clean claim into a negotiation. The cheapest time to fix the record is before the first reporting period closes, not while a verifier is waiting.
Verification, then serialization
Every claim goes through a third-party verifier working to the provincial standard for validation and verification. The verifier checks the data against the protocol, samples the evidence and signs off, or does not. Only then are the tonnes registered and serialized on the Alberta Emissions Offset Registry, where each credit carries its own serial number and anyone can see what was issued, to whom and when.
Serialization is what makes a credit tradeable. It is also why the timing surprises people: a reduction made this spring may not become a registered credit until the reporting period is verified, often the following year. Verification repeats each reporting period, so the cost is ongoing rather than a one-time setup fee. Grouping several sites, or several producers, into one project spreads that cost across more tonnes.
Who buys the credits
Most demand comes from large facilities regulated under Alberta’s industrial emissions program, which can use offsets toward their compliance obligations. A producer can keep credits for its own compliance, or sell them. Larger, consistent volumes usually find buyers more easily and at better prices than a few hundred tonnes offered on their own.
Funding is a separate conversation
Capital support for methane reduction exists too. Emissions Reduction Alberta has funded technology that cuts upstream emissions, and some producers pair a grant with an offset project on the same equipment. Whether both can apply to one project depends on the terms of each, so read them before signing either. A funding agreement that claims the environmental attributes can quietly take the credits off the table.
None of this is complicated once it is laid out. It is simply sequential. Get the protocol right, keep the record clean, and the credit takes care of itself. Skip either one and there is nothing for the verifier to sign.