Hazelnut-cocoa spread

A sweet, creamy spread made by blending sugar, vegetable oil (often palm), hazelnuts, cocoa powder, milk solids, and emulsifier (soy lecithin).

Should I eat Hazelnut-cocoa spread?

Hazelnut‑cocoa spread is a dessert‑style ingredient: great taste and texture, but mostly sugar and added oil. Enjoy occasionally in small amounts; pick versions with more nuts and less sugar if you want a slightly better option.

Summary

Most brands are dominated by sugar and refined oil, with hazelnuts and cocoa making up a smaller share, so nutrition is secondary to taste. WHO guidance to limit free sugars means portions should be small, especially for kids. Refined oils may carry 3‑MCPD esters and glycidyl esters, which regulators monitor and seek to reduce, and cocoa can contain cadmium under regulated limits. Allergens are prominent: hazelnut, milk, and often soy. If you buy it, compare labels for higher nut content and lower sugar, and keep servings modest.

Key Research Benefits

Small vitamin E and unsaturated fats

Hazelnuts naturally provide vitamin E and unsaturated fats; with ~13% hazelnuts in common brands, the contribution per serving is modest.

Minor protein from milk solids

Skimmed milk powder adds a little protein, but sugar and oil still dominate the nutrition profile.

Key Research Risks

High free sugars

Portions can quickly use up your daily free‑sugar allowance; WHO recommends keeping free sugars below 10% of energy (and ideally <5%) to reduce dental caries risk.

Process contaminants from refined oils

3‑MCPD esters and glycidyl esters can form during high‑temperature oil refining; EFSA set a TDI of 2 µg/kg bw/day for 3‑MCPD, and regulators advise minimizing these because glycidyl esters release genotoxic glycidol.

Cocoa can contain cadmium (regulated)

Cocoa is a source of cadmium, so the EU sets maximum levels for chocolate and cocoa products to protect consumers, including children.

Tree‑nut and milk allergens

Contains hazelnuts and often milk and soy lecithin; hazelnut allergy can be severe, with Cor a 9/14 linked to systemic reactions.

Overview

What is it?

Source: Hazelnuts, cocoa, sugar, palm oil, milk

Method: Roast, grind, mix with fats and refine

Processing Level: 6 / 10

Why is it used?

Purpose: Provides sweet chocolate-hazelnut flavor and creamy spreadability.

Commonly found in: protein bars, sandwich spreads, cookies, pastries, crepes

Why manufacturers choose it: Delivers a crowd-pleasing flavor and smooth texture at low cost using sugar and refined oils.

Origin

Hazelnut–cocoa spreads trace back to mid-20th-century Italy as a way to extend scarce chocolate with roasted hazelnuts. Industrial versions popularized in the 1960s used sugar, vegetable oils, cocoa, and hazelnut paste to create a shelf-stable, easily spreadable product now sold globally.

Process: Roast, grind, mix with fats and refine

Steps

1. Roast nuts: Roast hazelnuts to develop flavor and reduce moisture.

2. Grind: Grind roasted hazelnuts to a smooth paste.

3. Blend base: Combine sugar, vegetable oil (often palm), cocoa powder, milk powder, and lecithin.

4. Refine: Shear or mill to reduce particle size for a smooth texture.

5. Stabilize & pack: Emulsify, cool, and pack in airtight containers.

Chemicals

Food-grade alkali may be used upstream to alkalize cocoa powder (processing aid)

High-temperature oil refining can generate 3-MCPD and glycidyl esters (process contaminants)

Research & Safety

Research Summary

Most hazelnut‑cocoa spreads are built around sugar and refined oil, with hazelnuts about 13% and cocoa around 7–8% in leading products. That means a small serving contributes mainly free sugar and calories, with only modest nutrients from nuts or milk. The World Health Organization recommends keeping free sugars under 10% of daily calories (and ideally below 5%), so larger portions can quickly crowd out that allowance. Another issue is processing: high‑temperature refining of vegetable oils (often palm) can create 3‑MCPD esters and glycidyl esters. EFSA set a tolerable intake for 3‑MCPD and, together with FDA and Codex, urges industry to minimize these contaminants because glycidyl esters release genotoxic glycidol. Cocoa can also bring trace cadmium; the EU caps maximum levels in chocolate and cocoa products to limit exposure. Finally, this spread is an allergen‑dense food—hazelnut (with proteins Cor a 9/14 tied to systemic reactions), milk, and often soy—so people with these allergies should avoid it. Overall, enjoy for taste, but treat it as a confection rather than a health food.

Digestive Effects

Large servings deliver a fast hit of sugar and fat, which can feel heavy and may leave some people hungry again soon after. Those with lactose intolerance may experience bloating or gas from milk solids in some brands. People with tree‑nut or milk allergies can have severe reactions; they should avoid these products entirely. Otherwise, typical small portions are generally tolerated, though overconsumption can contribute to excess calorie intake.

Limit Consumption

Infants should not consume this ingredient due to high sugar and multiple allergens. Children can exceed recommended free‑sugar limits quickly with sweet spreads, and EFSA has noted that children may have higher exposure to certain oil‑processing contaminants relative to body weight. People with hazelnut, milk, or soy allergies must avoid these products because reactions can be systemic. For those watching exposure to refined‑oil contaminants or cocoa cadmium, limiting frequency and portion size is a practical approach.

Fact Sheet

Regulatory Status

US FDA: No specific standard of identity for hazelnut-cocoa spread; components (e.g., lecithin) have permitted uses. See FDA labeling guidance for common or usual names.

EU Status: Permitted as composite food; ingredients must meet relevant EU regulations (e.g., contaminants limits, allergens).

Codex INS: Lecithin INS 322 commonly used as emulsifier.

JECFA ADI: No ADI for the whole spread. EFSA TDI for 3-MCPD is 2 µg/kg bw/day (context for refined oils).

ESG & Sustainability

Environmental Footprint: Palm oil sourcing drives land-use and biodiversity concerns if not certified; cocoa sourcing linked to cadmium in some soils.

Sustainability: Better options include certified palm (RSPO) and cocoa (Rainforest/other) and higher nut content formulas.

Animal Welfare: Not directly applicable; dairy-containing versions depend on milk supply chain practices.

Carbon Footprint: Driven by sugar and vegetable oil mass; specific values vary by supply chain and transport.

Allergens and Diet

Allergen Status: Tree nuts, Milk, Soy

Diet Compatibility: Vegetarian

Natural Alternatives

Hazelnut butter

Source: Roasted hazelnuts

Processing Level: Light

Common Uses: Sandwiches, bars, fillings

Replacement Benefit: Fewer ingredients and more hazelnut solids; typically lower in added sugar and refined oil.

Why it's not used: Hazelnut-cocoa spreads taste sweeter, cost less per serving, and have softer texture and longer shelf stability.

Date-cocoa paste

Source: Pitted dates and cocoa powder

Processing Level: Light

Common Uses: Natural sweet spread, bar binder

Replacement Benefit: Provides fiber, potassium, and polyphenols with no refined sugar.

Why it's not used: Standard spreads are smoother, cheaper at scale, and deliver a familiar flavor.

Almond-cocoa spread (no added oil)

Source: Almonds and cocoa powder, lightly sweetened

Processing Level: Light

Common Uses: Toast, bars, fillings

Replacement Benefit: Higher nut content and unsaturated fats; can be formulated with less sugar.

Why it's not used: Classic hazelnut-cocoa spreads have a signature taste and texture and are widely recognized.

Citations

Nutella – Ingredients

2025-01-01

Ferrero • Ferrero

CXC 79-2019: Code of Practice for the Reduction of 3-MCPDEs and GEs

2019-01-01

FAO/WHO Codex • Codex Alimentarius

Revised safe intake for 3-MCPD in vegetable oils and food

2018-01-10

EFSA Panel on Contaminants • EFSA

Risks for human health related to the presence of 3- and 2-MCPD and their esters and of glycidyl esters in food

2016-05-01

EFSA CONTAM Panel • EFSA Journal

3-Monochloropropane-1,2-diol (MCPD) Esters and Glycidyl Esters

2024-03-04

FDA • U.S. FDA

Cadmium in Chocolate – Maximum Levels

2019-03-01

EU Food Safety • European Commission

Guideline: Sugars intake for adults and children

2015-03-04

World Health Organization • WHO

Hazelnut Allergy – Review

2021-01-15

Calamelli E., et al. • PMC

Nutella

2025-09-18

Editors • Wikipedia