Document ID: chunk:federal_register_of_legislation:F2024C00833:reg:22:p8
Version: federal_register_of_legislation:F2024C00833
Segment Type: reg
Provision Reference: reg 22 (pt 8/29)
Character Range: 252216–254789

the activity and held within the boundary of the activity during the year measured in tonnes.
        r has the same meaning as in step 3.
        CCFr has the same meaning as in step 3.
        ΔSyr is the increase in stocks of waste by‑products (r) produced by the activity and held within the boundary of the activity during the year measured in tonnes.
Step 5  Calculate the emissions of carbon dioxide released from the activity during the year measured in CO2‑e tonnes as follows:

         (a) add the amounts worked out under steps 2, 3 and 4 to work out a new amount (amount A)
         (b) subtract amount A from the amount worked out under step 1 to work out a new amount (amount B);
         (c) multiply amount B by 3.664 to work out the amount of emissions released from the activity during a year.

2.62  Method 2—petrochemical production
 (1) Subject to subsections (2) and (3), method 2 is the same as method 1 under section 2.61 but sampling and analysis of fuel types (i) is used to determine carbon content of the fuel.
 (2) The sampling and analysis is to be carried out using the methods set out in Divisions 2.2.3, 2.3.3 and 2.4.3 that apply to the combustion of solid, liquid or gaseous fuels.
 (3) In applying method 1 as method 2, step 4 in section 2.61 is to be omitted and the following step 4 substituted:
Step 4  Calculate the carbon content in the amount of the increase in stocks of inputs, products and waste by‑products held within the boundary of the activity during the year as follows:

        where:
        i has the same meaning as in step 1.
        CCFi has the same meaning as in step 1.
        ΔSqi is the increase in stocks of fuel type (i) for the activity and held within the boundary of the activity during the year measured in tonnes.
        p has the same meaning as in step 2.
        CCFp has the same meaning as in step 2.
        ΔSap is the increase in stocks of products produced (p) by the activity and held within the boundary of the activity during the year measured in tonnes.
        r has the same meaning as in step 3.
        CCFr has the same meaning as in step 3.ΔSyr is the increase in stocks of waste by‑products (r) produced by the activity and held within the boundary of the activity during the year measured in tonnes.
        α is the factor  for converting the mass of carbon dioxide to a mass of carbon.
        γ is the factor 1.861 x 10‑3 for converting a quantity of carbon dioxide from cubic metres at standard conditions of pressure and temperature to CO2‑e tonnes.
        RCCSCO2 is