Sweet Corn Risotto

Try this Sweet Corn Risotto recipe, or contribute your own.

Save
Sweet Corn Risotto Save
Sweet Corn Risotto

Try this Sweet Corn Risotto recipe, or contribute your own.

  • Preparing Time: 15 minutes
  • Total Time: 30 minutes
  • Served Person: 4
  • Carbohydrate 44.61072 g
  • Cholesterol 36.03 mg
  • Fat 13.598625 g
  • Fiber 1.58199997329712 g
  • Protein 6.17001 g
  • Saturated Fat 8.4544355 g
  • Serving Size 1 1 - 6 serving (77g)
  • Sodium 116.113643229167 mg
  • Sugar 43.0287200267029 g
  • Trans Fat 0.962298499999998 g
  • Calories 329 calories

Step-by-step

  • In a food processor, puree 1 cup of the corn until smooth. Set aside.
  • Add butter to the Instant Pot. Using the display panel select the SAUTÉ function.
  • When butter has melted, add shallot to the pot and Sauté until soft, 2-3 minutes. Add rice and cook and stir for 3 minutes more.
  • Add broth and pureed corn to the pot and deglaze by using a wooden spoon to scrape the brown bits from the bottom of the pot.
  • Turn the pot off by selecting CANCEL , then secure the lid, making sure the vent is closed.
  • Using the display panel select the MANUAL or PRESSURE COOK function*. Use the +/- keys and program the Instant Pot for 14 minutes.
  • When the time is up, let the pressure naturally release for 10 minutes, then quick-release the remaining pressure.
  • Select CANCEL to turn the pot off, then select the SAUTÉ function.
  • Add the remaining 1 cup of corn and thyme and cook and stir for 2-3 minutes until desired consistency is reached..
  • Stir in parmesan. Season with salt and pepper to taste. Serve warm garnished with additional thyme (optional).

Why does pressure cooking arborio rice require a strict fourteen-minute window rather than the traditional stovetop method of gradual liquid addition? Starch granules swell uniformly when subjected to consistent moist heat under a sealed lid, gelatinizing the exterior amylopectin without requiring constant manual stirring. This enclosed environment eliminates evaporation variables that typically plague stovetop methods, yielding a creamy suspension of starch and broth in a fraction of the standard time. By processing half of the two cups of corn kernels into a smooth puree before pressure cooking, natural starches and sugars infuse directly into the simmering rice grains.

Deglazing the bottom of the inner pot with heated chicken broth immediately after toasting the shallot and rice prevents the display panel from triggering a burn warning due to caramelized sugar accumulation. Scrape vigorously with a wooden spoon to release any browned proteins adhering to the stainless steel surface before securing the pressure valve. Retaining the remaining whole corn kernels until after the ten-minute natural pressure release preserves their structural integrity and crisp bite, contrasting against the velvety background of the cooked rice. Adding fresh thyme leaves and grated parmesan at the very end prevents the dairy fats from breaking down into an oily separation under high heat.

Fresh corn delivers superior natural sweetness and enzymatic crispness compared to frozen or canned alternatives, which often undergo thermal processing that degrades delicate cell walls. Frozen kernels can be substituted directly at a one-to-one ratio without thawing, though excess surface moisture must be accounted for by slightly reducing the initial volume of chicken broth by two tablespoons. Canned corn introduces added sodium and preservatives that require adjustments to the final seasoning phase, necessitating careful tasting before adding table salt.

Leftover portions will continue to absorb ambient moisture within the grains during refrigeration, resulting in a significantly thicker consistency by the following day. Reconstitute stored risotto gently over low heat by whisking in a splash of warm chicken broth or water to reactivate the suspended starches without scorching the dairy solids. Consume chilled leftovers within three days to maintain optimal flavor profiles from the fresh herbs and corn puree.