From Hive to Jar: How Commercial Honey Is Produced

Honey Extraction: Getting Honey from the Comb

The first step after harvest is extracting honey from the honeycomb. Beekeepers cut the wax cappings from the top of honey-filled comb frames using an uncapping knife or specialized equipment. This cappings removal is essential—the beeswax must be removed before the honey can be extracted. Some beekeepers save and process this wax into beeswax products, while others discard or compost it.

After uncapping, the frames go into a honey extractor—essentially a centrifuge that spins frames to force honey out of the cells without destroying the comb. The frames are placed in a barrel-shaped container and spun at high speed, creating centrifugal force that drives honey toward the exterior wall and down to the bottom where it's collected. This process is remarkably gentle on the honey and preserves the original cellular structure of the comb, which can then be re-used by the bees in future seasons.

The honey that comes directly out of an extractor is called "raw honey" or "crude honey." At this point, it contains not just honey but also wax particles, air bubbles, bee parts, pollen, and whatever else was in or on the comb. This is the product that small-scale beekeepers often bottle directly and sell as "raw honey," and it's also the starting point for any further processing.

Initial Settling and Straining

Even beekeepers who plan to sell raw honey typically allow their extracted honey to settle briefly in a large container. During this settling period (typically 24-48 hours), heavier particles like wax, bee parts, and other debris settle to the bottom or float to the top. This allows them to be skimmed off or drained away without removing the honey itself. Some beekeepers use fine strainers (400-600 micron) to remove larger particles while keeping pollen and other beneficial components.

This stage represents a balance between removing obvious impurities while preserving the honey's character. Coarse straining (larger holes) removes visible wax and debris but leaves fine pollen and components intact. Fine straining removes more particles but also begins removing some of the pollen and enzymes that many consumers value in raw honey.

Backyard beekeepers often do minimal processing at this stage, while commercial operations may invest in more sophisticated equipment. The type of straining determines what ends up in the final bottle and significantly affects both the clarity and the composition of the honey.

Filtering: Clarity vs. Components

Commercial honey processing often includes filtration—passing honey through increasingly fine filters to remove particles. Different mesh sizes remove different things. A 600-micron filter removes larger particles. A 200-micron filter removes medium particles. A 100-micron filter removes quite fine particles including most pollen. Below 100 microns, you're removing increasingly fine components.

The distinction between raw honey and filtered honey hinges on pollen content. Raw honey by legal definition in many countries must contain pollen (which can only be removed by very fine filtration). So commercial honey labeled "raw" may have been through coarse straining but typically not fine filtration. Filtered honey has had more of the pollen and fine particles removed.

This matters because pollen contributes to the honey's nutritional profile, flavor nuance, and crystallization patterns. Heavily filtered honey appears clearer and more uniform in appearance, but at the cost of removing components. Some consumers prefer the clarity and long-term clarity of filtered honey, while others specifically seek raw honey to get the pollen and other components.

Heating and Temperature Control

Heat is one of the most significant variables in honey processing, and different producers take very different approaches. Raw honey is not heated above ambient temperature during extraction and storage. However, most commercial operations heat honey to some degree, for various reasons.

Mild heating (to 100-110°F) can make honey flow more easily for processing and bottling, especially in cold months when honey naturally thickens. This heating is brief and minimizes damage. Many argue this falls within "raw" honey processing since the temperatures are modest.

Moderate heating (120-130°F) makes honey more fluid and easier to filter and bottle. It also slows crystallization, keeping honey liquid longer on store shelves. This level of heating kills more of the heat-sensitive enzymes and alters some flavor compounds, but the honey is still fundamentally the same product.

High-temperature processing (140°F and above) is used by large commercial operations to speed processing, eliminate any dormant spores, and ensure maximum shelf stability. However, this level of heating noticeably changes honey—it damages enzymes, alters flavor notes, and changes the honey's character more significantly. Honey subjected to very high heat loses some of the properties that make raw honey distinctive.

What this means for consumers: honey labeled "raw" should not have been significantly heated. Pasteurized honey has been heated to specific temperatures to kill any potential microorganisms. Regular commercial honey may have been heated but isn't necessarily "pasteurized" in a formal sense. Understanding these distinctions helps you choose honey that matches your preferences.

Blending and Standardization

Small producers typically bottle honey from individual harvests with its own characteristics. However, large commercial operations often blend honeys from different sources to achieve consistency. Honey from different harvests, different regions, or even different years can have different flavor profiles and crystallization rates. Blending multiple sources creates a product with consistent flavor and appearance year after year, which appeals to many consumers who want predictable results.

Blending can mean combining honeys from different parts of a region, different regions of a country, or even different countries. This is legal and common—most supermarket honey is blended to ensure consistency. However, it means the honey is less reflective of a specific place or time, and it loses the character that makes single-harvest, single-region honey distinctive.

Some premium honey is explicitly labeled as being from a single source or single harvest, which means it hasn't been blended. These honeys are more likely to show seasonal variation and distinctive character. They're also typically more expensive because achieving consistency requires discarding batches that don't meet standards, rather than blending them into a uniform product.