Beetroot powder

Dried, milled red beet (Beta vulgaris) that lends a pink-red color, mild earthy taste, and small amounts of natural nitrates and micronutrients.

Should I eat Beetroot powder?

At the tiny amounts used to color foods, beetroot powder is mainly a visual ingredient and is considered safe. Larger amounts can provide nitrate-related blood‑pressure benefits but also raise oxalate exposure, which matters for kidney‑stone‑prone individuals.

Summary

Beetroot powder is a dried, milled vegetable ingredient that adds a pink‑red hue and a mild earthy note. Regulators in the EU and globally consider its typical color-use levels safe, and U.S. rules set purity limits. Health effects depend on dose: higher intakes can provide nitrate that modestly lowers blood pressure, while frequent large servings add oxalate that may raise kidney‑stone risk for some. Most people tolerate beet products well; harmless urine or stool discoloration can occur. If you have hypertension or a stone history, consider your goals and talk with a clinician before using high‑dose beet products.

Key Research Benefits

Possible blood pressure support

At meaningful doses, beet nitrates can modestly lower blood pressure, especially in people with hypertension.

Antioxidant pigments (betalains)

Beetroot provides betalain pigments and phenolic compounds that act as antioxidants in the body.

Small micronutrient contributions

It can add small amounts of folate, potassium, and manganese, though typical color-use amounts are nutritionally minimal.

Key Research Risks

Kidney stone risk at high intakes

Because beetroot is high in oxalate, frequent large servings may raise urinary oxalate and the risk of calcium‑oxalate stones in susceptible people.

May amplify blood-pressure–lowering medications

Nitrate-rich beet products can further lower blood pressure, so people on antihypertensives should monitor readings and discuss with a clinician.

Processing concentrates nitrate/oxalate; infant use is restricted

Drying concentrates beet components, so powders can contain higher nitrate and oxalate per gram than fresh; use in infant foods is limited, with only low-level scenarios judged acceptable.

Overview

What is it?

Source: Red beet (Beta vulgaris) roots

Method: Wash, slice, dry, mill, and sieve

Processing Level: 2 / 10

Why is it used?

Purpose: Provides natural pink-red color and small amounts of dietary nitrate.

Commonly found in: protein bars, smoothies, gummies, yogurt, cereals

Why manufacturers choose it: Delivers vibrant pink color at very low doses with a simple, consumer-friendly label.

Origin

Cultivated beetroot likely derives from sea beet along Mediterranean coasts. Red ‘beet juice/beet red’ pigments (betalains) have been used to color foods for decades and were evaluated by EU and international bodies; modern food-grade powder emerged with industrial drying and milling methods to standardize color for packaged foods.

Process: Wash, slice, dry, mill, and sieve

Steps

1. Clean & trim: Wash beets, remove soil and inedible parts.

2. Cut & prep: Slice or shred to speed dehydration.

3. Dry: Air-, vacuum-, or freeze-dry to low moisture for stability.

4. Mill & sieve: Grind dried slices into powder; screen for uniform particle size.

5. Pack: Protect from light/oxygen to preserve betalains.

Chemicals

Research & Safety

Research Summary

Beetroot powder is simply dried and milled red beet, used mainly to give foods a pink‑red hue. Safety reviews by EFSA and JECFA conclude beetroot red (E162) is not a safety concern at reported color-use levels, and U.S. regulations set clear identity and purity limits. Typical use in foods to color is tiny—often 0.05–0.1%—so nutrition at those levels is minimal. Beyond color, beetroot contains nitrate, which your body can convert to nitric oxide, a compound that helps blood vessels relax. Recent meta-analyses show that beetroot/dietary nitrate can modestly lower blood pressure, with the clearest effects in people with hypertension and when the nitrate dose is sufficient. However, beetroot is also high in oxalate, so frequent large intakes may raise kidney stone risk in susceptible people. Overall, small amounts used for color are neutral for most, while larger supplemental amounts can have effects—good or bad—depending on your health context.

Digestive Effects

Beeturia—pink or red urine and stools—can occur after beet products and is harmless. Most clinical studies report good short‑term tolerance, though some people may experience mild gastrointestinal discomfort at higher intakes. If you have a sensitive stomach, start with small amounts. People with a history of kidney stones should avoid frequent large servings and consider pairing higher‑oxalate foods with calcium at meals, which can reduce oxalate absorption.

Limit Consumption

People with a history of calcium‑oxalate kidney stones should be cautious with frequent or large intakes due to beet’s high oxalate content. Individuals on blood‑pressure–lowering medication or those with low baseline blood pressure should monitor readings if using higher‑nitrate beet products and consult a clinician. For infants and young children, color additives are generally restricted; EFSA judged only specific, low‑level uses as acceptable, and international bodies emphasize limiting nitrate in foods for this age group. If you are pregnant or breastfeeding and considering high‑dose beet supplements for blood pressure, review the plan with your healthcare provider.

Fact Sheet

Regulatory Status

US FDA: Color additive, exempt from certification; 21 CFR 73.40 (Dehydrated beets/beet powder).

EU Status: E162 (Beetroot red) permitted at quantum satis; EFSA: not of safety concern at reported uses.

Codex INS: 162

JECFA ADI: Not specified (GMP use).

ESG & Sustainability

Environmental Footprint: Plant-based root crop; footprint depends on farming and drying energy; drying increases energy use relative to fresh.

Sustainability: Broad global cultivation; can be sourced organic; pigment extraction/powdering adds processing inputs.

Animal Welfare: Not applicable (plant-derived).

Carbon Footprint: Primarily from cultivation and dehydration steps; freeze/spray drying are energy-intensive processes.

Allergens and Diet

Allergen Status: None

Diet Compatibility: Vegan, Vegetarian, Kosher, Halal, Gluten-free, Dairy-free, Non-GMO

Natural Alternatives

Pomegranate powder

Source: Dried pomegranate arils/juice

Processing Level: Moderate

Common Uses: Natural red color in snacks and beverages

Replacement Benefit: Adds polyphenols (anthocyanins) with low oxalate relative to beet.

Why it's not used: Beet is cheaper, widely available, and produces stronger pink hues at very low doses.

Strawberry powder

Source: Dried strawberries

Processing Level: Moderate

Common Uses: Flavor and pink color in snacks

Replacement Benefit: Contributes vitamin C and polyphenols with pleasant flavor.

Why it's not used: Strawberry flavor can dominate; beet gives stronger color at far lower cost and dose.

Black carrot concentrate

Source: Purple/black carrots

Processing Level: Moderate

Common Uses: Anthocyanin colorant for pink to purple shades

Replacement Benefit: Provides anthocyanins with low nitrate and typically lower oxalate.

Why it's not used: Beetroot pigment gives warmer magenta tones and a more neutral label (‘beet powder’).

Citations

Re-evaluation of beetroot red (E 162) as a food additive

2015-12-09

EFSA ANS Panel • EFSA Journal

BEET RED — JECFA database (ADI not specified)

1987-01-01

JECFA • WHO/FAO JECFA

21 CFR 73.40 — Dehydrated beets (beet powder)

2024-01-01

U.S. FDA • eCFR (FDA)

Beet Juice/Beet Juice Powder Color Petition

2006-09-02

Petitioner dossier • USDA/NOP Dossier

Betalain extracts: Drying techniques, encapsulation, and stability

2023-07-01

Shofinita D, et al. • Comprehensive Reviews in Food Science & Food Safety

The effects of dietary nitrate on blood pressure: a systematic review and meta-analysis

2024-05-01

Norouzzadeh M, et al. • Journal of Functional Foods

Nitrate derived from beetroot juice lowers blood pressure in patients with arterial hypertension: a systematic review and meta-analysis

2022-03-31

Benjamim CJR, et al. • Frontiers in Nutrition

Old-Fashioned, but Still a Superfood—Red Beets as a Rich Source of Bioactive Compounds

2023-07-05

Sentkowska A, et al. • Applied Sciences

Safety of the proposed extension of use of beetroot red (E162) in FSMP for young children

2016-05-26

EFSA ANS Panel • EFSA Journal

International tables of glycemic index and glycemic load values, 2021

2021-12-01

Atkinson FS, et al. • American Journal of Clinical Nutrition (Tables via Elsevier)