Net Realizable Value Method

In many cases, products are processed beyond the splitoff point to bring them to a marketable form or to increase their value above their selling price at the splitoff point. For example, when crude oil is refined, the gasoline, kerosene, benzene, and naphtha must be processed further before they can be sold. To illustrate, let’s extend the Farmland Dairy example.

Exhibit 17-5, Panel A, depicts how (1) raw milk is converted into cream and liquid skim in the joint production process and (2) how cream is separately processed into buttercream and liquid skim is separately processed into condensed milk. Panel B shows the data for Example 2.

Exhibit 17-5

Example 2: Overview of Farmland Dairy

Exhibit shows two panels representing the graphical presentation of process for example 2 and its data compiled in a spreadsheet for Farmland dairy.

Details of panel-1 are as follows:

Panel A:

Flowchart shows the joint costs and separable costs for example 2.

Exhibit shows two panels representing the graphical presentation of process for example 2 and its data compiled in a spreadsheet for Farmland dairy.

Details of panel-2 are as follows:

Panel B:

Spreadsheet screenshot shows the data for example two and the flowchart explained above.

  1. Joint costs (which is the costs of 110,000 gallons raw milk and processing to splitoff point): $400,000

  2. Separable cost of processing 25,000 gallons cream into 20,000 gallons buttercream: $280,000

  3. Separable cost of processing 75,000 gallons liquid skim into 50,000 gallons condensed milk: $520,000

  4. Beginning inventory in gallons

    • Cream: 0

    • Liquid skim: 0

    • Buttercream: 0

    • Condensed milk: 0

  5. Production in gallons

    • Cream: 25,000

    • Liquid skim: 75,000

    • Buttercream: 20,000

    • Condensed milk: 50,000

  6. Transfer for further processing

    • Cream: 25,000

    • Liquid skim: 75,000

  7. Sales in gallons

    • Buttercream: 12,000

    • Condensed milk: 45,000

  8. Ending inventory in gallons

    • Cream: 0

    • Liquid skim: 0

    • Buttercream: 8,000

    • Condensed milk: 5,000

  9. Selling price per gallon

    • Cream: $8

    • Liquid skim: $4

    • Buttercream: $25

    • Condensed milk: $22

The net realizable value (NRV) method allocates joint costs to joint products produced during the accounting period on the basis of their relative NRV—final sales value minus separable costs. The NRV method is typically preferred to the sales value at splitoff method only when selling prices for one or more products at splitoff do not exist. Using the NRV method, Exhibit 17-6, Panel A, allocates joint costs to individual products to calculate cost per gallon of buttercream and condensed milk. Panel B presents the product-line income statement. The gross-margin percentages are 22.0% for buttercream and 26.4% for condensed milk.

Exhibit 17-6

Joint-Cost Allocation and Product-Line Income Statement Using NRV Method: Farmland Dairy for May 2020

Spreadsheet screenshot shows the joint-cost allocation and product line income statement using NRV method of Farmland dairy for May 2020.

The spreadsheet shows two panels depicting the data for the products buttercream and condensed milk.

  1. Panel A: Allocation of joint costs using net realizable value method

    1. Final sales value of total production during accounting period

      • Buttercream (20,000 gallons multiplied by $25 per gallon): $500,000

      • Condensed milk (50,000 gallons multiplied by $22 per gallon): $1,100,000

      • Total: $1,600,000

    2. Deduct separable costs

      • Buttercream: 280,000

      • Condensed milk: 520,000

      • Total: $800,000

    3. Net realizable value at splitoff point

      • Buttercream: $220,000

      • Condensed milk: $580,000

      • Total: $800,000

    4. Weighting

      • Buttercream (220,000 divided by 800,000 gallons): 0.275

      • Condensed milk (580,000 divided by 800,000 gallons): 0. 725

    5. Joint costs allocated

      • Buttercream (0.275 multiplied by $400,000): $110,000

      • Condensed milk (0.725 multiplied by $400,000): $290,000

      • Total: $400,000

    6. Production cost per gallon

      • Buttercream (the sum of $110,000 and $280,000 divided by $20,000 gallons): $19.50

      • Condensed milk (the sum of $290,000 and $520,000 divided by 50,000 gallons): $16.20

  2. Panel B: Product-line income statement using net realizable value method for May 2017

    1. Revenues

      • Buttercream (12,000 gallons multiplied by $25 per gallon): $300,000

      • Condensed milk (45,000 gallons multiplied by $22 per gallon): $990,000

      • Total: $1,290,000

    2. Joint costs of goods sold

      • Buttercream (0.275 multiplied by $400,000): $110,000

      • Condensed milk (0.725 multiplied by $400,000): $290,000

      • Total: $400,000

    3. Cost of goods sold: Separable costs

      • Buttercream (5,000 gallons multiplied by $4 per gallon): $280,000

      • Condensed milk (45,000 gallons multiplied by $4 per gallon): $520,000

      • Total: $800,000

    4. Cost of goods sold: Production costs

      • Buttercream: $390,000

      • Condensed milk: $810,000

      • Total: $1,200,000

    5. Cost of goods sold: Deduct ending inventory

      • Buttercream (8,000 gallons multiplied by $19.50 per gallon): $156,000

      • Condensed milk (5,000 gallons multiplied by $16.20 per gallon): $81,000

      • Total: $237,000

    6. Total cost of goods sold

      • Buttercream: $234,000

      • Condensed milk: $729,000

      • Total: $963,000

    7. Gross margin

      • Buttercream: $66,000

      • Condensed milk: $261,000

      • Total: $327,000

    8. Gross margin percentage

      • Buttercream ($66,000 divided by $300,000): 22.0%

      • Condensed milk ($261,000 divided by $990,000): 26.4%

      • Total ($327,000 divided by $1,290,000): 25.3%

The NRV method is often implemented using simplifying assumptions. For example, even when selling prices of joint products vary frequently, companies assume a constant set of selling prices for the accounting period. Similarly, even if companies change post-splitoff processing to adjust to variations in input quality or local conditions, the NRV method assumes a specific constant set of such steps.

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