14-16 April 2026
12th International Food & Drink,
Food Processing and Packaging Exhibition
EXPO XXI Warszawa, 12/14 I. Prądzyńskiego Street
14-16 April 2026
12th International Food & Drink, Food Processing and Packaging Exhibition
EXPO XXI Warszawa, 12/14 I. Prądzyńskiego Street
Modern food industry today begins not with the finished product, but with a single ingredient. It is technological innovations in the food ingredients sector that determine the taste, nutritional value and functionality of the food of the future. Biotechnology, fermentation, taste modulators and intelligent recipe‑design systems are transforming the way food and beverages are created. This is why the ingredients sector is becoming one of the fastest‑growing areas of the market and is increasingly marking its presence at industry exhibitions such as the WorldFood Poland exhibition. We take a look at the technologies shaping this segment and why it is worth following closely. What does this mean for consumers?
Table of contents
🟢 Food ingredients sector – the foundation of innovation in the food industry
🟢 Technologies that are transforming the taste and health profile of food
🟢 Healthier formulations without flavour compromise
🟢 Digitisation and AI in designing the ingredients of the future
🟢 Why do ingredient innovations most often debut at industry exhibitions?
🟢 The future of the food‑ingredients sector
In 2026, the food‑ingredients sector returns in an expanded format to the WorldFood Poland exhibition. This is a response to clear market demand and growing interest in technological solutions for food and beverage manufacturers. The reinstated food‑ingredients sector will be a meeting space for ingredient suppliers, technologists and R&D departments, as well as a place to present new applications and ready‑to‑use application solutions.
It is essential to understand that it is the selection of the right ingredients for food production that sets the direction for technologists working on formulations and determines how far they can push the boundaries of taste or nutritional value. If an ingredient offers a wide range of applications, stability and consistency, the manufacturer simply has more tools to work with.
More and more often, the competitive advantage of a food company is determined not by the product brand and its popularity but by the technological capabilities behind the components used. New forms of proteins, taste modulators, fermentation cultures or functional ingredients allow the creation of formulations that were difficult to achieve without compromise just a few years ago. It is somewhat a shift of perspective from “what do we want to produce?” to “which ingredients do we want to work with?”
At the same time, it is important to remember that a good ingredient influences several areas at once: taste, texture, shelf life and nutritional profile. It can improve the structure of a beverage, add creaminess to a plant‑based product or reduce sugar content without losing perceived sweetness. That is why development work in the food industry increasingly begins not with the final product but with the ingredient itself.
An ingredient supplier is no longer just a seller of raw materials from a catalogue. In many projects, they have become a true technological partner who takes an active part in the entire product‑development process. A food manufacturer presents a challenge, and the ingredient supplier helps find a solution, adjust parameters and determine what will work in practice.
Co‑creating formulations has essentially become an everyday reality. Application laboratories, pilot‑scale production lines and sensory tests – all of this often takes place on the ingredient supplier’s side. This allows the trial‑and‑error stage to move much faster. Sometimes a small change in the form of an ingredient or in the way it is used is enough to improve a product’s structure or the stability of a beverage.
Support for the R&D departments of food manufacturers is also highly significant. Not every company has its own extensive research facilities, and even if it does, it still benefits from the expertise of specialised partners. Ingredient suppliers share research results, documentation and experience from other implementations. This shortens the path from idea to finished product and reduces the risk of costly mistakes along the way.
Not long ago, improving a product’s flavour or nutritional value often required certain compromises. Something could be healthier but less appealing in taste – or the opposite: it tasted good, but the ingredient list left much to be desired. Today, more and more of these challenges are being solved through ingredient technologies.
Modern fermentation and biotechnological tools make it possible to obtain flavour and functional compounds in a more controlled and consistent way than traditional methods. In practice, this means, for example, natural flavours created using microorganisms, without the need for chemical synthesis. The flavour profile can be precisely modelled while maintaining a “clean” label
This approach is also behind many functional ingredients, such as metabolites that support gut microbiota or compounds with antioxidant properties. Added to this are alternative protein sources – for example, fermentation‑based or cell‑based proteins, as well as those derived from fungi or yeast. They provide new possibilities for plant‑based and hybrid products, especially where structure and flavour are key.
One of the biggest challenges in reformulation is reducing sugar and salt in a way that doesn’t make the consumer feel that “something is missing.” This is where flavour modulators and perception enhancers come into play. They don’t always add a new taste; often they change the way we perceive the notes that are already present. Thanks to this, a product can contain less sugar while still tasting sweet enough to the consumer.
It works similarly with salt reduction. Properly selected mineral blends, extracts or flavour components make it possible to maintain a satisfying perception of saltiness. Another separate category is masking unwanted notes, such as bitterness in plant proteins, metallic notes in sweeteners or off‑flavours from functional additives. Without this, many “healthier” formulations would not pass consumer tests.
Some valuable ingredients are sensitive to light, temperature, oxygen or the product’s pH. Vitamins, probiotics or plant extracts can lose their properties even before the product reaches the end of its shelf life. This is why microencapsulation is increasingly used – enclosing active substances in microscopic capsules made of protein, lipid or polysaccharide carriers.
Such protection shields the ingredient during production and storage, and sometimes also allows control over the moment of its release – for example only in the gastrointestinal tract or under certain conditions. This matters greatly in beverages and functional products. The manufacturer can declare the content of vitamins or bacterial cultures with greater certainty.
The clean‑label trend is no longer just about removing “E‑additives” from the label. It is more about simplifying the formulation and making it more understandable to the consumer. Shorter ingredient lists, clearer names, fewer technical terms. This forces a shift in approach on the supplier side as well, as they need to propose solutions that fulfil the required technological function while also being acceptable from a communication standpoint.
Natural technological processes help achieve this, such as the previously mentioned fermentation, water extraction, enzymatic modification or mechanical preservation methods. Instead of chemical intervention, a controlled biological or physical process can be used. For the manufacturer, this is often a more challenging route, as it requires more precision and process knowledge, but the result is better perceived by consumers.
Transparency is also becoming increasingly important. Companies want to know where an ingredient comes from, how it was produced and what quality assurances it has. This information is then passed on further (to business partners and consumers). The formulation is no longer a secret but has become an integral part of brand communication.
At the same time, interest in health‑promoting ingredients is growing. It is no longer just about enriching products with vitamins or minerals. Increasingly, formulations include additives that support specific areas such as digestion, concentration, immunity or recovery. Plant extracts, prebiotic fibres, bacterial cultures, bioactive compounds – the list could go on, and it continues to expand.
This trend is strongly linked to the wellness movement, which has spread from supplements into everyday food and beverages. Consumers want products to “do something” rather than simply satisfy hunger or thirst. Hence the development of functional foods, such as bars with adaptogens, beverages containing bacterial cultures, or snacks with increased protein or fibre content.
For technologists, this is a considerable challenge, as the health‑promoting ingredient must be well integrated into the flavour and structure of the product. But when it succeeds, the result is a formulation that stands out both in composition and sensory experience. And this is precisely the direction in which many product‑development projects are heading today.
Just like many other industries and fields, the development of food ingredients is becoming less dependent on traditional trial‑and‑error methods. Digital tools, data analysis and algorithms have entered laboratories, enabling prediction of outcomes even before the first technological trial is carried out. Of course, computers do not replace food technologists, but they help them reach proven solutions and accurate conclusions much faster.
One method of designing new products is sensory modelling. It involves combining chemical and sensory data in a way that allows predicting flavour and aroma perception. The system analyses composition, compound ratios and known reactions of taste receptors, then indicates what effect may appear in the final formulation. This is particularly useful when working with sugar substitutes, plant proteins or functional ingredients that often introduce “challenging” flavour notes.
This approach makes it possible to assess early on whether a particular combination makes sense and where potential issues may arise. It also facilitates formulation optimisation not only in terms of flavour, but also cost and composition. Instead of a dozen physical trials, only a few, more accurate ones are conducted. The rest is filtered out by the model.
New ingredient solutions show their value best when they can be seen, touched and tasted. A catalogue or technical sheet is not enough, especially when we talk about flavour, texture and performance in the final product. This is why industry exhibitions have become the natural place for ingredient‑technology premieres.
The stands of ingredient suppliers increasingly resemble mini application laboratories. Instead of raw‑material samples alone, there are ready‑to‑use demonstrators such as beverages, prototype snacks, plant‑based alternatives or new forms of functional additives. You can observe how a solution works in a real application, not just read about it.
Technology demonstrations and tastings also play an important role. Flavour is difficult to describe and usually needs to be experienced firsthand. Functionality showcases, “before and after” comparisons, tests of different formulation variants – this is what attracts attention and makes it easier to understand what value a given ingredient truly brings. For R&D teams, this is often more valuable than an electronic slide presentation.
Exhibitions shorten the distance between the creator of a solution and its user. Conversations happen face to face, without long chains of emails and intermediaries. Parameters, process limitations or production‑line requirements can be discussed immediately. Often, ideas for specific implementations arise during the first meeting.
Exhibitions are also a space for networking and business discussions. Many collaborations begin with a brief exchange of words over a product sample. Then come application tests, sample shipments, pilot‑scale trials. Exhibitions are therefore not only a place of inspiration but also the real starting point for projects and contracting.
The food‑ingredients market is increasingly showing that consumer needs, technological capabilities and production realities intersect precisely within this sector. On one side, there are laboratories, biological processes and digital tools; on the other – real products that must sell and defend their quality.
More and more is being said about ingredient personalisation, meaning tailoring them to specific nutritional needs and lifestyles. Different blends for high‑protein products, others for foods supporting the microbiota, still others for the active‑nutrition segment or the silver‑generation market. The ingredient stops being “universal” and becomes designed for a specific application and audience.
At the same time, the importance of bio‑ingredients obtained through fermentation processes, cell‑based cultivation and controlled microorganism growth is increasing. This provides an alternative raw‑material base as well as a way to ensure better consistency and supply security. Added to this is the topic of sustainable production – lower resource use, valorisation of side streams, shorter supply chains. Environmental parameters are increasingly considered just as important as technological functionality.
Companies that stay up to date react more quickly to changes and can more easily adapt formulations to new requirements. They gain access to modern solutions, technological contacts and ready‑made application concepts. This translates directly into the pace of development work and the quality of finished products – and in practice, also into market position.
This is why it is worth not only observing this segment but also taking part in co‑creating it. Industry meetings and food‑and‑beverage exhibitions provide a natural space for this, as they allow participants to see solutions in action, talk to the technology creators and identify future development paths. For ingredient suppliers, it is an opportunity to showcase their capabilities, and for manufacturers – a source of concrete ideas and inspiration.