Licorice Extract Market - Global Forecast 2026-2030

The Licorice Extract Market size was estimated at USD 850.94 million in 2024 and expected to reach USD 894.59 million in 2025, at a CAGR of 5.35% to reach USD 1,163.67 million by 2030.

Licorice extract, derived primarily from the roots of Glycyrrhiza glabra, Glycyrrhiza uralensis, and related species, has evolved from a traditional botanical ingredient into a multifunctional input for food and beverages, dietary supplements, pharmaceuticals, oral care, cosmetics, and personal care formulations. Its value lies in a distinctive phytochemical profile that includes glycyrrhizin, liquiritin, glabridin, flavonoids, and polysaccharides, each supporting applications ranging from sweetness enhancement and flavor masking to soothing, antioxidant, and skin-brightening positioning.

At the same time, the industry is becoming more disciplined. Buyers are asking not only whether an extract performs, but whether it is standardized, traceable, compliant, sustainably sourced, and suitable for modern clean-label expectations. This shift is particularly important because licorice extract sits at the intersection of herbal tradition and regulated consumer health categories, where quality documentation, contaminant control, and responsible claims are increasingly central to commercial success.

As a result, executive attention is moving beyond ingredient availability toward supply resilience, regulatory readiness, scientific substantiation, and application-specific differentiation. Companies that can combine botanical authenticity with consistent manufacturing, transparent sourcing, and credible safety controls are best positioned to support long-term customer trust across diverse end-use industries.

The licorice extract landscape is being reshaped by changing consumer preferences, tighter quality expectations, and broader reformulation trends. In food and beverage applications, formulators continue to value licorice for its intense sweetness, flavor-modulating characteristics, and ability to soften bitter or harsh notes in reduced-sugar, herbal, functional, and confectionery products. However, the same customers are also demanding cleaner labels, recognizable botanical origins, and more transparent processing methods.

In health and wellness applications, demand is increasingly tied to targeted functionality rather than generic herbal positioning. Deglycyrrhizinated licorice, often referred to as DGL, remains relevant where reduced glycyrrhizin content is desired, while standardized extracts are being used to support digestive wellness, throat comfort, immune-adjacent products, and topical skin care concepts. This has encouraged suppliers to refine extraction techniques and offer ingredient formats designed for capsules, tablets, powders, gummies, beverages, emulsions, and creams.

Meanwhile, regulatory and safety scrutiny continues to influence product development. Glycyrrhizin can affect potassium balance and blood pressure when consumed in excess, which makes dosage, labeling, population-specific cautions, and finished-product formulation discipline essential. Consequently, the industry is moving toward better specification management, validated test methods, and stronger collaboration between ingredient suppliers, brands, contract manufacturers, and regulatory experts.

Artificial intelligence is beginning to influence the licorice extract value chain by improving how companies discover, validate, produce, and commercialize botanical ingredients. In research and product development, AI-supported literature mining and data analytics can help identify relationships between phytochemical profiles, extraction parameters, biological activity, sensory performance, and formulation stability. This allows teams to evaluate potential applications more efficiently while maintaining the need for laboratory confirmation and human scientific judgment.

Across sourcing and manufacturing, AI tools are also being applied to demand planning, supplier risk monitoring, quality deviation detection, and process optimization. For licorice extract, this can be especially useful because botanical raw materials vary by species, geography, harvest conditions, storage, and processing history. Machine learning models paired with chromatographic, spectroscopic, and supply chain data can help detect inconsistencies, flag adulteration risks, and support more consistent standardization.

Even so, AI does not replace regulatory due diligence or clinical substantiation. Its greatest cumulative impact is as an enabling layer that accelerates decision-making, strengthens documentation, and improves operational responsiveness. Companies that integrate AI responsibly with validated analytical methods, qualified suppliers, and expert review will be better equipped to meet customer expectations for efficacy, safety, and transparency.

Asia-Pacific remains deeply connected to licorice extract through both traditional herbal systems and modern manufacturing capacity. China is especially important as a source of licorice species used in traditional formulations and commercial extracts, while India, Japan, South Korea, and Australia support diverse demand across nutraceuticals, cosmetics, functional foods, and pharmaceutical-adjacent applications. The region’s emphasis on botanical heritage, combined with growing interest in standardized natural ingredients, continues to shape product innovation.

North America is characterized by strong demand for dietary supplements, clean-label foods, natural confectionery, oral care, and premium personal care products. The region also places significant emphasis on safety communication, claims compliance, and ingredient transparency, particularly when botanical extracts are used in consumer health products. Latin America, led by markets such as Brazil and Mexico, is gaining relevance through expanding wellness, beauty, and functional food categories, with formulators increasingly open to plant-based ingredients that offer both sensory and wellness appeal.

Europe maintains a sophisticated environment for licorice extract because of its mature herbal product traditions, high regulatory expectations, and advanced cosmetics and food industries. Compliance with contaminant limits, product claims rules, and documentation standards is particularly important. The Middle East offers opportunities in confectionery, herbal products, and personal care, supported by consumer familiarity with botanicals, while Africa presents a developing opportunity shaped by urban retail growth, natural wellness interest, and the need for dependable distribution and quality assurance infrastructure.

Within ASEAN, licorice extract aligns with rising interest in herbal wellness, beauty-from-within concepts, functional beverages, and halal-conscious product development. The diversity of consumer preferences across Southeast Asia makes adaptable formats and localized flavor systems important, particularly for brands seeking to balance traditional botanical appeal with contemporary convenience.

The GCC shows relevance for licorice extract in premium personal care, confectionery, herbal beverages, and wellness products, provided that suppliers address halal suitability, documentation, and heat-stable formulation needs. In the European Union, the ingredient is shaped by rigorous expectations around safety, labeling, novel food considerations where applicable, cosmetic claims substantiation, and supply chain due diligence, making technical compliance a central competitive advantage.

BRICS economies provide a broad platform for licorice extract adoption because they combine large consumer bases, pharmaceutical and nutraceutical manufacturing capabilities, and established or growing familiarity with botanical ingredients. The G7 markets, by contrast, often set the tone for premiumization, quality certification, advanced analytical standards, and responsible claims. NATO as an economic grouping is less directly relevant to ingredient demand, yet many member countries overlap with advanced regulatory and consumer markets where supply reliability, sanctions awareness, and cross-border compliance remain important for procurement decisions.

The United States remains a highly influential market for licorice extract because of its dietary supplement ecosystem, natural food industry, oral care innovation, and demand for multifunctional personal care ingredients. Canada shares similar interest in wellness and clean-label products, with added emphasis on natural health product compliance. Mexico and Brazil contribute momentum through confectionery, beverages, cosmetics, and expanding consumer interest in herbal and natural-positioned products.

In Europe, the United Kingdom supports demand across supplements, premium beauty, and specialty foods, while Germany’s strong herbal medicine tradition and technical quality culture make it an important market for standardized botanical extracts. France and Italy offer opportunities in cosmetics, dermocosmetics, confectionery, and wellness-oriented foods, whereas Spain combines interest in functional foods, herbal products, and Mediterranean-positioned natural formulations. Russia has historical familiarity with herbal preparations and remains relevant where supply access, regulatory navigation, and geopolitical considerations can be managed.

Across Asia-Pacific, China is central as both a source and a consumer of licorice-based ingredients, supported by its established role in traditional medicine and botanical processing. India combines Ayurvedic and nutraceutical demand with growing manufacturing capability, while Japan values precision, quality, and sensory refinement in foods, supplements, and cosmetics. Australia is shaped by premium wellness and clean-label expectations, and South Korea is particularly dynamic in cosmetics and beauty innovation, where licorice-derived actives such as glabridin are valued for brightening and soothing product narratives.

Industry leaders should prioritize a dual strategy of scientific credibility and supply chain resilience. This begins with verified botanical identity, qualified sourcing regions, robust supplier audits, and analytical testing for active compounds, contaminants, pesticide residues, heavy metals, microbial quality, and potential adulteration. Because licorice extract can vary significantly by species and processing method, specification clarity is essential for customers seeking repeatable performance.

Product developers should also segment offerings by application rather than relying on a single generic extract. Food and beverage customers may need flavor modulation, solubility, heat stability, and sensory consistency, while supplement and pharmaceutical-adjacent customers may prioritize standardization, glycyrrhizin control, dosage suitability, and safety documentation. Cosmetic customers, in turn, often require evidence around skin-soothing, antioxidant, brightening, color, odor, and formulation compatibility.

Finally, companies should strengthen regulatory intelligence and claims governance. Responsible messaging is especially important given the known physiological effects of excessive glycyrrhizin intake. Leaders that invest in transparent labeling support, customer education, sustainability programs, and digital traceability will be better positioned to differentiate in a marketplace where botanical origin and scientific discipline increasingly matter together.

A sound research methodology for evaluating the licorice extract sector should combine primary and secondary research with technical validation. Primary research should include structured discussions with ingredient manufacturers, raw material suppliers, formulators, contract manufacturers, regulatory consultants, quality assurance specialists, distributors, and end-use brand owners. These interviews help clarify sourcing practices, specification expectations, application challenges, and emerging customer requirements.

Secondary research should draw from peer-reviewed literature, pharmacopeial references, regulatory agency guidance, patent filings, product labels, company technical documents, cosmetics ingredient databases, food safety references, and trade documentation. Particular attention should be given to the distinction between whole licorice extract, glycyrrhizin-standardized extracts, deglycyrrhizinated licorice, and isolated or enriched compounds such as glabridin, because these ingredient types can differ significantly in safety profile, claims potential, and commercial use.

To maintain analytical rigor, findings should be triangulated across scientific, regulatory, and commercial sources. The methodology should exclude unsupported promotional claims and avoid market sizing or forecasting when the objective is strategic executive insight. Instead, it should focus on validated trends, supply chain realities, regulatory constraints, quality benchmarks, formulation requirements, and practical implications for decision-makers.

Licorice extract stands at a compelling point in its evolution. It is no longer viewed solely as a traditional sweetener or herbal ingredient, but as a versatile botanical platform with relevance across wellness, sensory enhancement, personal care, and pharmaceutical-adjacent applications. Its future relevance will depend on how effectively the industry manages quality, safety, sustainability, and claims integrity.

The most successful participants will be those that combine botanical knowledge with modern analytical science, digital supply chain tools, responsible sourcing, and application-specific innovation. As buyers become more selective and regulators more attentive, differentiation will come from documented performance rather than broad naturalness claims alone.

Ultimately, licorice extract offers meaningful opportunities for companies that respect both its promise and its limitations. With disciplined formulation, transparent sourcing, and credible substantiation, it can remain a trusted ingredient in the global shift toward high-quality botanical solutions.