Vegetable Soup
This is something I can make with what I usually have in the fridge, freezer, and pantry. It can be vegetarian if you need it to be.
This is something I can make with what I usually have in the fridge, freezer, and pantry. It can be vegetarian if you need it to be.
- Carbohydrate 4.93548541623039 g
- Cholesterol 0 mg
- Fat 0.19750208324749 g
- Fiber 1.26256249944844 g
- Protein 0.829533333233667 g
- Saturated Fat 0.0322449999873369 g
- Serving Size 1 1 Serving (65g)
- Sodium 126.075520831071 mg
- Sugar 3.67292291678195 g
- Trans Fat 0.0415154166613365 g
- Calories 23 calories
Step-by-step
- Cook your meat/beans, if using. For example, cook a couple links of turkey sausage in the same saucepan you're going to use for the soup, then remove and set aside while you cook the soup. Or, soak and cook beans. You can also use canned, drained, & rinsed beans.
- In a 4qt saucepan, cook celery, carrot, and garlic over medium heat in olive oil until soft, around 5 minutes. Add tomato paste and herbs and stir until fully incorporated.
- Add stock/water and tomatoes and bring to a boil. Simmer for 20 minutes, add green beans or peas, then simmer for another 5 minutes. Add pasta, beans, or meat and simmer for another 10.
- Salt & pepper to taste. Serve.
A translucent sheen of olive oil breaks across a broth dense with softened aromatics, yielding a savory steam carrying notes of concentrated tomato and earthy thyme. Building a foundation requires careful attention to pot geometry and ingredient ratios when altering batch sizes. Understanding thermal mass helps maintain the correct simmer rate regardless of volume.
Adjusting Batch Volumes
Doubling or halving a soup recipe demands more than a simple multiplication of ingredients. Surface area to volume ratio dictates evaporation rates across different pot sizes. A narrow four-quart saucepan concentrates heat differently than a wide Dutch oven, altering how quickly moisture escapes during the twenty-minute simmer. Aromatics like celery and carrots require consistent medium heat to sweat properly; overloading a smaller vessel traps steam and stews the vegetables rather than softening their cell walls. Scaling past six portions usually requires shifting to a heavier stockpot to ensure the heat distributes evenly through the liquid without scorching the tomato paste at the base.Thermal Mechanics of Simmering
Maintaining a proper simmer rather than a rolling boil prevents proteins in added meats or beans from seizing and turning rubbery. Water transitions to vapor at 212 degrees Fahrenheit at sea level, but convective currents within the pot transfer heat more efficiently when bubbles break the surface gently every few seconds. Adding frozen green beans drops the liquid temperature rapidly, requiring a deliberate pause to allow the broth to return to its target thermal state before incorporating pasta or additional proteins. Starch release from pasta thickens the surrounding liquid, changing the heat capacity of the broth and demanding frequent stirring to prevent scorching against the metal.Assessing Doneness Visually
Evaluating doneness relies entirely on visual and textural cues since thermometers do not register structural tenderness. Carrots yield completely to the gentle resistance of a fork without crumbling, and celery fibers lose their crunch while retaining their structural integrity within the broth. Pasta reaches optimal doneness when the exterior feels soft while the center retains a slight firmness against the teeth. Liquid reduction leaves a faint coating on the back of a spoon, signaling that the starches and tomato solids have emulsified sufficiently with the stock.
