Codex STAN 12 Codex Standard for Honey

Codex STAN 12 Codex Standard for Honey

Codex STAN 12 Codex Standard for Honey

The Codex Alimentarius Commission's Standard for Honey (STAN 12) is one of the most comprehensive and widely recognized standards in food safety, quality assurance, and traceability. This standard ensures that honey marketed as such meets internationally agreed-upon specifications regarding composition, labeling, and other requirements to protect consumers.

The Codex Standard for Honey aims to provide a harmonized approach across member states, helping to maintain the integrity of honey products while allowing for national implementation flexibility where necessary. Compliance with this standard is crucial for producers, importers, and exporters looking to ensure that their honey meets international quality benchmarks.

According to Codex Alimentarius, honey must be derived from the nectar of plants by bees, and it should not contain any additives or artificial sweeteners. The standard defines acceptable moisture content levels, limits on heavy metals, pesticides, and other contaminants. It also provides guidelines for labeling, ensuring that consumers are provided with accurate information about the product's origin, processing methods, and quality.

Compliance with Codex STAN 12 is not only essential for regulatory reasons but can significantly enhance a company’s reputation in both domestic and international markets. By adhering to this standard, producers demonstrate their commitment to quality and safety, which can lead to increased consumer trust and market access opportunities.

Scope of the Codex Standard

The scope encompasses various aspects such as:

  • Composition of honey
  • Labeling requirements
  • Quality criteria for honey
  • Testing methodologies and limits on contaminants like heavy metals, pesticides, and artificial sweeteners

The standard applies to all forms of honey products marketed as such under the Codex Alimentarius framework.

Methodology and Testing Criteria

Test Parameter Acceptance Criteria Testing Method
Moisture Content ≤20% for liquid honey, ≤17.5% for set honey Gravity method or oven drying at 105°C ± 2°C
Total Dissolved Solids (TDS) Not applicable as TDS is a function of moisture and sugar content Not specifically tested; derived from other parameters
Peroxide Value <30 meq/kg for liquid honey, <40 meq/kg for set honey Cupric chloride method or iodometric titration
Heavy Metals (Lead) <1 ppm Inductively Coupled Plasma Mass Spectrometry (ICP-MS)
Pesticide Residues Compliance with maximum residue limits as defined by Codex Alimentarius and local regulations GC/MS, LC/MS or equivalent

The testing procedures are designed to ensure that honey products conform to the specified quality parameters set forth in the standard.

Why Choose This Test?

  • Ensures compliance with international standards and regulations
  • Protects brand integrity by maintaining product quality
  • Facilitates easier market access due to harmonized requirements across borders
  • Enhances consumer trust through transparent labeling practices
  • Provides scientific evidence of honey purity and safety
  • Avoids legal penalties associated with non-compliance
  • Supports sustainable agricultural practices by encouraging proper harvesting techniques
  • Promotes fair trade by ensuring that products meet the agreed-upon quality benchmarks

Selecting this test is a strategic decision for companies aiming to ensure their honey products meet global standards and are free from adulteration or contamination.

Frequently Asked Questions

What does the Codex Alimentarius Commission do?
The Codex Alimentarius Commission is a joint initiative of the World Health Organization (WHO) and the Food and Agriculture Organization (FAO). It provides standards, guidelines, and codes of practice related to foods. The primary aim is to ensure that food products are safe and of high quality.
Why is moisture content important in honey?
What are peroxide values in honey?
Peroxide value is an indicator of the freshness of honey. It measures the amount of hydrogen peroxide produced by the enzymatic conversion of glucose into gluconolactone, which indicates the presence of enzymes and can be used to estimate the age of the honey.
How does heavy metal contamination affect honey?
Heavy metals like lead, cadmium, and mercury can accumulate in plants through contaminated soil or water. High levels of these contaminants in honey pose health risks to consumers. Testing for heavy metals ensures that the product is safe for consumption.
What role do pesticides play in honey production?
Pesticides are often used in agriculture to protect crops from pests and diseases. However, residues of these chemicals can transfer to the nectar collected by bees, leading to contamination of honey. Testing for pesticide residues is essential to ensure that honey meets safety standards.
How does Codex STAN 12 differ from other national honey standards?
Codex Alimentarius provides a harmonized framework for international food standards. Unlike some national standards that may have stricter or more lenient regulations, Codex STAN 12 aims to provide a universally accepted benchmark that can be adapted by member states.
What are the implications of non-compliance with Codex STAN 12?
Non-compliance can result in penalties, including fines and product recalls. It may also lead to loss of market access and damage to brand reputation.
How does this test support sustainable agriculture?
By ensuring that honey products are free from adulteration or contamination, the Codex STAN 12 encourages proper agricultural practices. It supports fair trade by ensuring that producers meet agreed-upon quality benchmarks, which can lead to better farming conditions and environmental sustainability.

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