ITR Filing FY 2023-24 (AY 2024-25) live

File your ITR Hassle-Free and Maximise your Refunds

File Today
  • TrustedTrusted by 1 Million+ Users
  • User Rating4.8 Star User Rating
  • SecureAuthorized by Tax Department
ITR Filing

FSSAI Standards for Milk and Milk Products

Updated on: 11 Jan, 2024 10:37 AM

Milk, often termed as nature’s perfect food, has been an integral part of human diet for millennia. Building strong bones and bodies, milk provides infants with a complete food source and adults with a powerful nutritional boost. Whether consumed as plain milk, fermented into yogurt, curd, or churned into butter and cheese, its versatility and nutritional value remain phenomenal.

From farm to fridge, the FSSAI protects every step, ensuring safe and nutritious milk and milk products for consumers across India. Recognizing the importance of milk in the Indian Diet and the potential health implications of adulteration or contamination, FSSAI has set some regulations. These standards include aspects varying from the quality of cattle feed, and hygiene practices at dairy farms, to the processing, packaging, and distribution of milk and its products.

By setting and implementing these standards, FSSAI not only protects the health of millions but also builds trust among consumers, ensuring that they can add milk and its derivatives into their daily diets.

General Principles and Application of Dairy Terms

The Food Safety and Standards Authority of India (FSSAI) lays out strict rules for how food terms can be used, ensuring accuracy and preventing misleading information for consumers. For instance, the term "Milk" refers exclusively to the mammary secretion obtained from a healthy milch animal through complete milking. This secretion must remain unaltered, free from additions or extractions, unless exceptions are stated within these regulations. Additionally, the milk must be free from colostrum.

Furthermore, the guidelines ascribe the following:

  • Specifications concerning the parlance of milk products as per food standards.
  • The terminology associated with reconstituted and recombined milk and its products.
  • The use of dairy-related terms in reference to composite milk products.
  • The application of dairy-related terms to other food items.
  • Enrichment or fortification of milk and its products with essential nutrients, including vitamins and minerals, must adhere to the regulations, which also encompass labeling stipulations.

The labeling of packaged food items:

All pre-packaged milk, milk derivatives, and composite milk products must comply with the labeling directives outlined in the regulations unless explicitly exempted.

Concerning probiotics and prebiotics in dairy:

The regulations governing the utilization of probiotics and prebiotics in dairy products are under the Food Safety and Standards (Health Supplements, Nutraceuticals, Food for Special Dietary Use, Food for Special Medical Purpose, Novel Food, and Functional Food) Regulations, 2016.

Use of enzymes:

The application of safe and appropriate enzymes as processing aids in milk and its derivatives is permitted, provided they align with the standards delineated for individual milk and milk products within these regulations.


Main Categories of Milk and Milk Products and Their Definitions

The Food Safety and Standards Authority of India (FSSAI) defines the main classifications of milk and its derivatives, as listed below.

  • Milk: This refers specifically to the healthy milk, unadulterated and complete, extracted from a dairy animal during a normal milking process. No additions or subtractions are permitted unless specified otherwise in these rules, and it must be devoid of colostrum.
  • Dairy Product: This encompasses items derived from milk processing, which might include permissible food enhancers and other essential components for the specific product, as sanctioned by these guidelines. Examples include cheese, paneer, ghee, butter, and yogurt.
  • Integrated Dairy Product: These are products where the inclusion of milk, its derivatives, or constituents is crucial in terms of volume within the finished item when consumed. Any non-dairy ingredients must not replace or overshadow any milk element. Illustrations of such integrated dairy products include fruit-infused shrikhand, fruit-laden ice creams, and flavored fermented milk.
  • Simulated Product: This pertains to items where non-dairy elements partly or entirely substitute milk constituents, yet the end result closely mirrors, either in sensory or functional attributes, the characteristics of milk, dairy products, or integrated dairy products as described in these guidelines.

Specific FSSAI Standards for Different Types of Milk

The FSSAI sets distinct criteria for different categories of milk, depending on the origin of the animal, the fat content, solid-not-fat (SNF) components, and the method of processing. The specifications for various types and classifications of milk can be found in the table provided below:

Class of Milk Milk Fat (by mass) SNF (Solid-Not-Fat) (by mass)
Cow Milk Not less than 3.5% Not less than 8.5%
Buffalo Milk Not less than 6.0% Not less than 9.0%
Goat or Sheep Milk Not less than 3.0% Not less than 9.0%
Mixed Milk Not less than 4.5% Not less than 8.5%
Standardized Milk Not less than 4.5% Not less than 8.5%
Full Cream Milk Not less than 6.0% Not less than 9.0%
Reconstituted Milk Not less than 4.5% Not less than 8.5%
Toned Milk Not less than 3.0% Not less than 8.5%
Double Toned Milk Not less than 1.5% Not less than 9.0%
Skimmed Milk Not more than 0.5% Not less than 8.7%

Specific FSSAI Standards for Different Types of Milk Products

Specific standards for different types of milk products, such as cream, butter, ghee, cheese, yogurt, ice cream are as follows:

  • Cream: Cream is the fatty layer of milk that floats to the top when milk settles or is isolated using centrifugal methods. It must possess a minimum fat content of 25% and a moisture level not exceeding 72%. No sugars, starches, or extraneous additives are permissible.
  • Butter: Derived from the agitation of cream or milk, butter may or may not include salt or other approved components. It must contain at least 80% milk fat and not surpass a moisture content of 16%. It must be free from any vegetable oils, fats, or alternative animal fats.
  • Ghee: Ghee, a clarified form of butterfat, is produced by heating either butter or cream. It requires a fat content of at least 99.7% and moisture not exceeding 0.3%. No artificial colors, preservatives or flavors are allowed.
  • Cheese: Formed by curdling milk, semi-skimmed milk, cream, or their combinations, cheese might have added salt, enzymes, or other coagulation agents. Varieties like hard cheese, soft cheese, or processed cheese each have unique criteria regarding composition, moisture, acidity, saltiness, maturation, and more.
  • Yogurt: Produced by fermenting milk or semi-skimmed milk using lactic acid bacteria cultures, yogurt may contain added sugars, fruits, nuts, or other elements. Plain yogurt must have a minimum solids-not-fat content of 8.5% and a fat content of 3%, while flavored yogurt should have a fat content of 2.5%. A minimum titratable acidity of 0.7% as lactic acid is required.
  • Ice Cream: Resulting of the freezing of a pasteurized mixture of milk-based products, ice cream can include sugars, fruits, nuts, or chocolates. It needs to maintain a fat content of at least 10% and a solids-not-fat content of 11%. It must be devoid of synthetic sweeteners, dyes, or flavors.

Composite Dairy Products: Formulation, Composition, and Microbial Standards by FSSAI

Composite dairy items are those that integrate milk, its derivatives, or components derived from milk as a fundamental component in their finished form. Some instances of such composite dairy items are evaporated milk, dairy solids, baby nourishment, cheese spread, and more.

The FSSAI has delineated precise guidelines for composite dairy items concerning their formulation, excellence, and safety criteria. These directives include:

  • Stipulated ranges for milk fat, dairy solids, humidity, protein, lactose, mineral residue, and other constituent levels.
  • The sanctioned varieties and quantities of edible supplements encompass stabilizing agents, emulsifying agents, preservatives, hues, fragrances, and others.
  • Microbial benchmarks, such as overall microbial count, coliform presence, fungal entities, potentially harmful agents, and so forth.
  • Sanitary and cleanliness prerequisites, including the mode of packaging, labeling protocols, preservation conditions, and conveyance stipulations.

Furthermore, the FSSAI mandates that every dairy commodity, be it composite or otherwise, exhibit the 'Dairy emblem'. For dairy substitutes, there's a requisite declaration, stating “Comprises…” wherein the space should be completed with the non-milk source and its origin. This initiative aims to ensure the accurate usage of dairy terminologies and safeguard consumers against potential misinterpretations or misconceptions.


New FSSAI Regulation on Milk Analogues

Milk Analogues are items that imitate the appearance, consistency, taste, or utility of milk or dairy items but are crafted from botanical sources like soy, almond, oat, rice, coconut, or hemp. They are alternatively termed botanical milk, dairy-free milk, or milk options.

The oversight of milk substitutes falls under the purview of FSSAI, the Food Safety and Standards Authority of India. This governmental body is responsible for supervising the safety and caliber of food items in India. FSSAI mandates the standards for milk substitutes, encompassing their constitution, labeling, cleanliness, added elements, pollutants, and packaging, as drafted in the Food Safety and Standards (Food Products Standards and Food Additives) Regulations of 2011. Additionally, FSSAI ensures the integrity and excellence of milk alternatives through examinations, evaluations, visits, and regulatory actions.

Several motives underpin FSSAI's regulation of milk alternatives:

  • Protecting consumers against contamination, mislabeling, or deceptive practices.
  • Preventing plant-based products from using terms like "milk," "dairy," or "cheese," which traditionally refer to animal-derived products
  • Guaranteeing consumers with clear and accurate information about a product's nutritional value, ingredients, potential allergens, and shelf life.
  • Promoting the development and consumption of delicious, wholesome, and high-quality food options.

Importance and Objectives of Testing and Analysis of Milk and Milk Products

The primary objectives of testing and analyzing milk and milk products are to verify their quality, safety, and nutritional content, ensuring adherence to both national and international standards. Such processes are instrumental in identifying and mitigating risks associated with pathogens, spoilage organisms, adulterants, and contaminants. Additionally, these analyses facilitate the monitoring of essential product attributes, including fat, protein, moisture, and acidity levels. Furthermore, rigorous testing and analysis enhance the overall processing, storage, and commercialization of these dairy products, safeguarding the interests of both consumers and producers.


Overview of the Manual of Methods of Analysis of Foods Published by FSSAI

The FSSAI's "Methods of Analysis of Foods" manual standardizes analytical procedures for diverse food products like milk, cereals, oils, fruits, vegetables, and spices, ensuring their quality and safety. This document is meticulously crafted, incorporating the most recent advancements in science and technology. It is in strict accordance with the Food Safety and Standards Act of 2006 and the Food Safety and Standards Regulations of 2011. The primary objective of this manual is to ensure consistency and dependability in food analysis methods, thereby aiding the effective implementation of food safety and quality standards across India.

Methods of Analysis

The manual on analysis methods for milk and milk products, published by FSSAI, drafts specific techniques for evaluating various parameters. Key methodologies include:

  • Fat: The Gerber method utilizes a butyrometer, centrifuge, and water bath to ascertain fat levels. The calibrated scale on the butyrometer provides direct fat measurements.
  • Protein: The Kjeldahl method involves digesting the sample with sulfuric acid, distilling the resulting ammonia, and titrating it with a standard acid. Protein content is inferred from the nitrogen content using a designated conversion factor.
  • Ash: The gravimetric approach requires incinerating the sample in a muffle furnace and subsequently weighing the residue. Ash content is represented as a percentage relative to the initial sample weight.
  • Moisture: Through the oven drying technique, samples are dried at predetermined temperatures, and the resultant weight loss determines moisture content, expressed as a percentage of the original sample weight.
  • Acidity Levels: The titration method, employing phenolphthalein as an indicator, measures acidity by titrating the sample with a standardized alkali solution, with results presented as a percentage of lactic acid.
  • Adulteration Detection: Various techniques, encompassing chemical reagents, physical assessments, chromatography, and nucleic acid-based methods, identify potential adulterants like sugars, starches, preservatives, and detergents in milk. Similarly, methods of discerning animal species in meat products also exist within this framework.

CA Abhishek Soni
CA Abhishek Soni

Abhishek Soni is a Chartered Accountant by profession & entrepreneur by passion. He is the co-founder & CEO of Tax2Win.in. Tax2win is amongst the top 25 emerging startups of Asia and authorized ERI by the Income Tax Department. In the past, he worked in EY and comes with wide industry experience from telecom, retail to manufacturing to entertainment where he has handled various national and international assignments.