Calculate the cost of processing metal scrap using sorting labor, processing labor, energy, equipment, transport, handling and other operating expenses.
Metal scrap processing cost is the expense of preparing scrap for recycling, resale, remelting or another downstream use. Depending on the operation, this can include sorting, labor, energy, equipment, transport, handling and processing consumables.
Knowing the processing cost helps distinguish the value of scrap from the cost required to turn that scrap into a usable or marketable material stream.
Labor can be separated into sorting and processing activities. This makes it easier to identify whether manual segregation or downstream preparation represents a major part of the processing expense.
Use an appropriate labor cost basis for your operation. Depending on your costing system, this may include wages and applicable labor-related overhead rather than wage alone.
Scrap preparation can require electricity or other forms of energy for shredding, cutting, baling, compacting, separation, melting or other equipment.
Use the actual measured or estimated energy consumption for the processing operation being analyzed.
Sorting separates different metal grades, alloys, sizes or contamination categories. Manual sorting can be labor-intensive, while automated separation may shift the cost toward equipment, power and maintenance.
For mixed scrap, sorting quality can also affect downstream material value. The lowest processing cost is not necessarily the best economic result if inadequate sorting reduces recovered-material quality.
Equipment cost can represent an allocated hourly cost for shredders, balers, shears, cutting equipment, conveyors, separators or other processing machinery.
The hourly rate should reflect the costing method used by the business. It may include depreciation, maintenance, operating expense and other applicable equipment costs.
Scrap may need to be moved between collection areas, sorting stations, processors, storage locations or recycling facilities. Transportation and handling can therefore be significant components of total processing cost.
Where transportation is quoted as a separate charge, include the applicable amount for the scrap quantity being processed.
Normalizing the total cost to kilograms allows different scrap batches or processing routes to be compared on a common basis.
This metric is useful when evaluating internal processing versus outsourcing, different sorting methods or different scrap streams.
Suppose 5,000 kg of scrap requires sorting labor, processing labor, energy, equipment, transportation and handling. Each cost category is entered separately so the total can be broken down into its operational components.
If the resulting total processing cost is 6,000 currency units, the processing expense is:
That 1.20 per kg represents processing expense only. It does not include the purchase cost of the original material or automatically subtract the value of recovered scrap.
Processing expense and recovered-metal value should be analyzed separately when evaluating recycling economics.
Additional costs such as disposal, testing, quality upgrading, taxes, financing or downstream transportation may need to be included for a complete economic analysis.
Ignoring sorting labor: Manual segregation can be a major expense for mixed scrap.
Using energy consumption without its rate: kWh alone does not provide an energy cost.
Ignoring transport: Heavy scrap can create significant logistics expense.
Double-counting labor: Make sure processing equipment rates do not already include the same labor cost.
Using scrap value as a cost: Recovered material value should normally be analyzed separately from processing expense.
Potential improvements include better source segregation, reducing unnecessary handling, improving equipment utilization, optimizing transport loads, reducing processing energy and automating repetitive sorting tasks where economically justified.
Tracking cost per kilogram by scrap stream can reveal which categories consume the most processing resources.
This calculator estimates processing expense from user-entered costs. It does not determine the market value of recovered scrap, the optimum recycling route or whether processing is economically viable.
Actual costs may also include maintenance, depreciation, utilities beyond electricity, disposal, quality testing, environmental controls, administrative overhead and other expenses not entered here.
What is metal scrap processing cost?
It is the expense of preparing, sorting and transporting scrap for recycling, resale or further processing.
How is scrap processing cost per kg calculated?
Total processing expense is divided by the quantity of scrap processed.
What costs can be included?
The calculator includes sorting labor, processing labor, energy, equipment, consumables, transportation, handling and other costs.
Does the calculator include recovered scrap value?
No. It calculates processing expense. Recovered material value should be evaluated separately.
Can this be used for mixed metal scrap?
Yes. Enter the total scrap quantity and the applicable processing costs.
Does the result represent recycling profit?
No. It represents estimated processing expense only.