Evaporated Milk Nutrition Calculator — Calories & Nutrition per Serving

Evaporated milk (FDC 171276) is produced by removing approximately 60% of the water from fresh whole milk through vacuum evaporation. The result: 134 kcal per 100g — roughly 2.2x the 60 kcal in regular whole milk. Protein doubles from 3.27g to 6.81g, fat from 3.2g to 7.56g, and calcium from 123mg to 261mg per 100g ^[1].

A standard 12-oz can (354g) contains 474 kcal, 24.1g protein, and 924mg calcium (71% DV). Because no sugar is added, the 10g of carbohydrates per 100g is entirely naturally occurring lactose — identical in concentration to regular milk but in half the volume ^[1].

The heat treatment during evaporation (typically 60-65°C under vacuum) causes some vitamin loss: B12 drops to 0.16mcg per 100g (vs whole milk's ~0.54mcg), and thiamine falls to 0.047mg (vs ~0.056mg). However, vitamin D is typically added back through fortification: 2.0mcg per 100g (10% DV) ^[2].

Mixing evaporated milk with an equal volume of water produces a liquid nutritionally similar to whole milk: approximately 67 kcal, 3.4g protein, 3.78g fat, and 131mg calcium per 100g. Compare this to fresh whole milk at 60 kcal, 3.27g protein, 3.2g fat, and 123mg calcium ^[1].

The slight differences occur because evaporation is not a perfectly proportional concentration. Some nutrients (like vitamin C) are partially destroyed by heat, while others (like selenium) concentrate slightly more than the 2x factor would predict. For practical tracking, reconstituted evaporated milk and fresh whole milk are interchangeable ^[1].

This property makes evaporated milk a convenient shelf-stable substitute: store the can at room temperature for 12-18 months, dilute when needed, and log the same macros as fresh whole milk. The cost per serving is typically 30-40% lower than fresh whole milk ^[3].

The fat-level spectrum in evaporated milk mirrors regular milk but at double concentration: whole (134 kcal, 7.56g fat), 2% reduced fat (92 kcal, 2.0g fat), fat-free (78 kcal, 0.2g fat) per 100g. The calorie drop from whole to fat-free is 42% — more dramatic than in regular milk (43%) because fat contributes a larger fraction at concentrated levels ^[1].

Protein increases as fat drops — the same concentration effect seen in regular milk: 6.81g (whole) → 7.4g (2%) → 7.6g (fat-free) per 100g. Calcium follows: 261mg → 290mg → 300mg. Fat-free evaporated milk is one of the most calcium-dense dairy products available at 300mg/100g ^[1].

For recipe substitution: fat-free evaporated milk can replace cream in soups and sauces to dramatically reduce calories. A 1/2 cup (126g) of fat-free evaporated provides 98 kcal and 9.6g protein vs heavy cream's 428 kcal and 3.6g protein for the same volume — a 77% calorie reduction with nearly 3x the protein ^[2].

In mac and cheese, a typical recipe uses 1 cup (252g) undiluted evaporated milk: 338 kcal, 17.2g protein, and 658mg calcium. Divided across 6 servings, the evaporated milk contributes 56 kcal and 2.9g protein per portion ^[1].

For pumpkin pie, one can (354g) goes into a filling that yields 8 slices: 59 kcal and 3.0g protein per slice from the evaporated milk. Substituting the same volume of heavy cream would add 1,203 kcal to the total recipe — vs 474 kcal from evaporated milk — a 154% increase ^[1].

As a coffee creamer, 2 tablespoons (30g) undiluted adds 40 kcal, 2.0g protein, and 78mg calcium. Compare this to 2 tablespoons of heavy cream at 102 kcal and 0.9g protein. Evaporated milk provides creaminess at 61% fewer calories with more than double the protein per splash ^[1].

The evaporation process typically occurs at 60-65°C under reduced pressure (vacuum), followed by sterilization at 115-120°C for 15-20 minutes. This dual heat treatment extends shelf life to 12-18 months unopened but impacts heat-sensitive nutrients ^[2].

Vitamin B12 drops significantly: 0.16mcg per 100g in evaporated milk vs 0.54mcg in fresh whole milk — a 70% reduction. Thiamine loses about 16% (0.047 vs 0.056mg). Vitamin C falls from trace amounts to 1.9mg per 100g — partially preserved by the rapid vacuum process ^[1].

Fat-soluble vitamins are better retained: vitamin A (65mcg per 100g) and vitamin E (0.14mg) survive the heat treatment largely intact. Most manufacturers fortify with additional vitamin D (2.0mcg per 100g) and sometimes vitamin A to compensate for any processing losses ^[3].