Track refinery returns from feedstock, yield, and sales. See costs, profit, and unit economics instantly. Make faster process decisions with cleaner operational insight daily.
| Scenario | Feedstock Qty | Feedstock Cost/Unit | Yield % | Selling Price/Unit | Byproduct Credit | Total Cost | Total Revenue | Profit |
|---|---|---|---|---|---|---|---|---|
| Base Run | 1,000.00 barrel | USD 52.00 | 84.00% | USD 86.00 | USD 3,500.00 | USD 67,350.00 | USD 75,740.00 | USD 8,390.00 |
Product Output = Feedstock Quantity × (Yield % ÷ 100)
Feedstock Total Cost = Feedstock Quantity × Feedstock Cost per Unit
Total Revenue = (Product Output × Selling Price per Unit) + Byproduct Credit
Total Cost = Feedstock Total Cost + Energy + Catalyst/Reagent + Labor + Maintenance + Transport/Storage + Compliance + Fixed Overhead
Net Profit = Total Revenue − Total Cost
Profit Margin = (Net Profit ÷ Total Revenue) × 100
Cost Per Unit = Total Cost ÷ Product Output
Break-Even Selling Price = (Total Cost − Byproduct Credit) ÷ Product Output
Operating Ratio = (Total Cost ÷ Total Revenue) × 100
Return on Cost = (Net Profit ÷ Total Cost) × 100
1. Enter the product name, currency label, and the unit used across the process.
2. Add feedstock quantity, feedstock cost per unit, and expected product yield.
3. Enter the selling price and any byproduct credit expected from secondary streams.
4. Fill in operating expenses such as energy, catalyst, labor, maintenance, transport, compliance, and fixed overhead.
5. Click the calculate button to see revenue, cost, margin, break-even price, and profit per unit above the form.
6. Use the CSV or PDF buttons to save results for reporting, review, or comparison.
Refining profit measures how much value a process creates after feedstock, utilities, labor, and overhead are covered. In chemistry operations, small shifts in yield can change earnings quickly. A better yield increases saleable product. A lower energy bill protects margin. Strong tracking helps teams compare batches, plants, and operating windows with confidence.
Yield is one of the most important drivers in a refining model. It connects raw input to finished output. If feedstock quality changes, yield often changes too. Selling price also matters, but cost discipline keeps the business stable during weak markets. Energy, catalyst usage, maintenance, transport, and compliance costs can quietly reduce profit. This calculator groups those items clearly. That makes hidden losses easier to spot.
The calculator estimates output volume, total revenue, total operating cost, unit cost, break-even price, profit margin, and return on cost. It also includes byproduct credit. That is useful when secondary streams add value. The result panel appears above the form after submission, so operators can review numbers faster. Export tools support reporting and record keeping. The example table shows how a sample run can be structured for internal review.
Use this tool when screening process changes, comparing suppliers, testing energy scenarios, or reviewing expected selling prices. Keep units consistent across all entries. Review yield carefully before final decisions. High revenue does not always mean strong profit. A rising cost per unit can erase gains from price increases. Break-even price is especially useful for negotiations and planning. When used regularly, the calculator supports sharper budgeting, cleaner benchmarking, and better operating discipline across refining activities.
Watch margin trend, break-even price, and operating ratio together. Margin alone can hide rising cost pressure. Break-even price shows the minimum selling level needed to protect the run. Operating ratio explains how much revenue is consumed by cost. When all three improve together, the process usually becomes healthier and more resilient over time.
It estimates product output, total revenue, total cost, net profit, profit margin, break-even selling price, operating ratio, return on cost, and profit per unit from chemistry process inputs.
Yield controls how much saleable product comes from feedstock. A small yield drop reduces revenue fast, while many costs stay fixed. That directly compresses profit.
Yes. Enter the byproduct credit as a positive value. The calculator adds it to total revenue and also uses it when estimating the break-even main product price.
Use any unit that fits your process, such as barrel, ton, liter, or kilogram. Keep the same unit for feedstock quantity, output quantity, and selling price.
It is the minimum selling price per output unit needed to cover total cost after accounting for byproduct credit. Below that level, the run loses money.
Yes, if you want a fuller profit picture. Fixed overhead captures expenses that do not change much with one batch, but still affect economic performance.
Yes. Change yield, feedstock cost, selling price, or energy cost one at a time. Then compare exported results to see which factor changes profit most.
No. Margin helps, but it should be reviewed with break-even price, cost per unit, and operating ratio. Together they show whether the process is truly efficient.
Important Note: All the Calculators listed in this site are for educational purpose only and we do not guarentee the accuracy of results. Please do consult with other sources as well.