Dairy Deep Processing Reaches Turning Point, Functional and Flavor Innovation Brings New Ingredient Opportunities for Beverage Industry

May 8, 2025 – At the FBIF 2025 Functional Ingredients Innovation Sub-Forum, Mr. He Jian, General Manager of the National Dairy Technology Innovation Center, systematically shared the 12 major innovation hotspots in Chinese dairy technology and provided an in-depth analysis of the strategic path for the era of dairy deep processing. This presentation not only charted a course for the dairy industry but also revealed significant market opportunities and technical collaboration space for the upstream ingredient supply chain, particularly for functional ingredient suppliers to the beverage industry.

Mr. He Jian pointed out that China's dairy industry has now entered its third development stage, centered on "Precision Nutrition". The core trend is shifting from "drinking milk" to "eating milk" – utilizing deep processing technologies to break down milk into high-value functional base ingredients (such as specific proteins, functional peptides, milk fat derivatives, prebiotics, etc.), which are then widely applied across various food and beverage products. This transformation highly aligns with the beverage industry's upgrading demands for health, functionality, clean label, and exceptional sensory experience.

For ingredient companies specializing in compound stabilizers (compound emulsifier-thickener systems), compound sweeteners, and flavors, this presentation highlighted the following key signals and opportunities:

I. Function and Flavor Must Be "Dual Drivers"; Ingredient Solutions Need to Achieve Both

General Manager He Jian particularly emphasized that "'Good taste is key'", and all functional upgrades cannot come at the expense of taste. This places higher demands on ingredient companies:

Opportunity: Develop compound solutions that simultaneously address functionality (e.g., low-fat, low-sugar, high-protein) and sensory experience (smooth mouthfeel, rich flavor, stable color). For example, providing efficient flavor masking and harmonization solutions to address bitterness from protein hydrolysis; providing compound emulsifier-thickener systems that enhance creamy mouthfeel and fullness (body) for fat-replaced microparticulated protein systems.

II. Enzymatic Technology Becomes an Innovation Engine, Spurring Demand for Specialty Flavors and Ingredients

The report frequently mentioned the core role of enzymatic technology in deep processing, which is precisely where ingredient technology can excel:

In the Protein Field: Enzymatic hydrolysis can generate functional peptides but easily produces bitter peptides.

Opportunity: The market urgently needs compound sweeteners and flavor-enhancing flavors that can precisely mask bitterness, as well as systems to stabilize peptide solutions.

In the Fat Field: Enzymatic hydrolysis of milk fat can generate natural, pure, and intense flavor substances like cheese and butter, replacing artificial flavors.

Opportunity: Provide emulsification and stabilization systems that synergize with these natural dairy-derived flavors, helping customers achieve a "no flavor reduction" upgrade in low-fat products.

III. Sugar Reduction and Lactose Processing Bring New Technical Needs

He Jian shared innovative technologies using enzymes to convert lactose into prebiotics (such as lactulose), which directly aligns with the sugar reduction trend in the beverage industry.

Opportunity:

Develop low-sugar/no-sugar sweetening solutions compatible with dairy-derived prebiotics to optimize the overall flavor profile.

Provide compound thickeners capable of handling high-viscosity lactose-hydrolyzed systems to solve flow challenges in production processes.

IV. Breakthroughs in Encapsulation Technology Pave the Way for Ambient Functional Beverages

The National Dairy Technology Innovation Center's award-winning "Ambient Probiotic Encapsulation Technology," which received a first-class science and technology award, is an industry-disruptive breakthrough. It means probiotics can be used in ambient (shelf-stable) dairy products and beverages.

Opportunity: This technology requires high-performance encapsulation wall materials and stabilization systems. Ingredient companies can develop:

Compound protective emulsifiers and stabilizers suitable for ambient-stable nutrients like probiotics, calcium, vitamins, etc.

Integrated solutions that can withstand UHT sterilization processes while maintaining the stability of active components.

The wave of dairy deep processing is transforming the industry into a core supplier of high-value functional ingredients. For specialized ingredient companies, this means evolving from simple suppliers to strategic partners engaged in joint technology development and product innovation.

In his conclusion, General Manager He Jian called for all parties in the industrial chain to participate in building the innovation center. For astute ingredient companies, this means proactively understanding the properties of new dairy-derived raw materials, strategically developing matching compound technologies in advance, and forming close collaborations with dairy deep processors and beverage brands to jointly launch the next generation of hit products that meet the market's multiple demands for "functionality, great taste, appealing appearance, and clean label".

The inflection point for dairy deep processing has arrived, and its ripple effects are injecting new growth momentum into the entire food ingredients industry.