Mineral Enrichment Ingredients Market Size & Share 2026-2035

Mineral Enrichment Ingredients Market Size

The global mineral enrichment ingredients market was valued at USD 1.7 billion in 2026 and is projected to reach USD 2.3 billion by 2035, reflecting an approximately 3.5% CAGR over 2026–2035.

The market covers mineral salts, chelates, oxides, citrates, gluconates, lactates, phosphates, and related delivery systems used in fortified foods, beverages, dietary supplements, pharmaceuticals, and personal care products.

Demand has a comparatively stable public-health foundation. The World Health Organization estimates that anaemia affects 40% of pregnant women and 42% of children aged 6–59 months worldwide, sustaining policy interest in nutrient-dense staple foods and targeted supplementation.^{[1]World Health Organization, Anaemia in women and children - WHO Global Anaemia Estimates, who.int} Food fortification converts this nutritional need into recurring industrial demand when governments specify eligible mineral forms, dosage ranges, and product categories. In the United States, the FDA's fortification policy provides the framework for adding nutrients to foods, while EU Regulation (EC) No 1925/2006 governs the addition of vitamins and minerals to foods across the bloc.^{[2]U.S. Food and Drug Administration, 21 CFR Part 104 Subpart B - Fortification Policy, ecfr.gov}

The market's value expansion is increasingly determined by the form in which a mineral is delivered rather than by elemental mineral volume alone. Commodity-grade calcium carbonate, phosphate, and oxide systems remain important in flour, cereal, and bulk premix applications. In contrast, beverage, gummy, clinical-nutrition, and high-end supplement applications require solubility, sensory performance, stability, low impurity levels, and substantiated quality documentation. This distinction supports demand for citrate, lactate, gluconate, and chelated mineral systems even where their cost per unit of elemental mineral exceeds that of conventional inorganic alternatives.

Public programs are particularly consequential in Asia Pacific. India extended free fortified-rice distribution under the Pradhan Mantri Garib Kalyan Yojana through December 2028, maintaining centrally funded distribution of rice fortified with iron, folic acid, and vitamin B12 through major welfare channels. The program's revised fortified-rice specifications also make formulation compliance, rather than mineral supply alone, an essential qualification requirement for premix producers and their upstream suppliers.

Calcium remains the largest ingredient type, rising from USD 256.5 million in 2022 to USD 425.9 million by 2035. Magnesium is projected to advance from USD 212.8 million to USD 350.2 million, while zinc is expected to reach USD 319.8 million by 2035 at the fastest ingredient-type CAGR of approximately 3.75%. Food and beverage is the largest end-use category, valued at USD 876.4 million in 2022, whereas pharmaceuticals is the fastest-growing end use, with a projected 4.16% CAGR. Powder remains the dominant form because it can be adapted to dry blending, tablet compression, cereal processing, and beverage-premix production.

This configuration makes supplier capability more important than nominal access to mineral raw materials. A producer able to pair a validated mineral form with application support, impurity control, and regulatory documentation can compete in premium supplement and clinical-nutrition channels without relying solely on scale. Conversely, suppliers concentrated in standard oxides, carbonates, or undifferentiated phosphate grades remain more exposed to raw-material movements and annual tender pressure. India's extended fortified-rice program provides demand visibility, but it also illustrates the market's central commercial reality: long-duration public procurement can support volume, whereas differentiated forms and qualification-intensive uses support margin.

The analysis covers mineral enrichment ingredients supplied in powder, granule, and other forms; zinc, sodium, potassium, calcium, phosphorus, magnesium, citrates, and other ingredient types; and food and beverage, dietary and nutritional products, personal care and cosmetics, pharmaceuticals, and other end uses. Regional coverage includes North America, Europe, Asia Pacific, Latin America, and the Middle East and Africa.

Key Drivers

Mandatory fortification converts health policy into repeat ingredient demand

Government action is the clearest source of baseline demand because it determines both the food vehicle and the approved ingredient specification. The World Health Assembly adopted a 2023 resolution urging Member States to accelerate safe and effective food micronutrient fortification, reinforcing the policy basis for staple-food interventions. The commercial consequence is not simply greater mineral consumption; it is recurring demand for forms that meet prescribed purity, particle-size, blending, and stability requirements.

India demonstrates the scale effect of this mechanism. Its fortified-rice program reaches approximately 800 million beneficiaries through welfare schemes and provides multiyear demand visibility for iron-containing premixes and associated micronutrient systems.^{[3]Prime Minister's Office - Government of India, Cabinet approves continuation of supply of free fortified rice under PMGKAY and other welfare schemes from July 2024 to December 2028 - October 2024, pmindia.gov.in} The UK's 2024 Bread and Flour regulations create a separate but similarly durable demand stream by requiring folic acid in non-wholemeal wheat flour from December 2026 and retaining specified enrichment requirements for calcium carbonate, iron, and niacin.^{[4]UK Government, The Bread and Flour (Amendment) (England) Regulations 2024, legislation.gov.uk} These policies favor suppliers with validated grades, consistent traceability, and the ability to support large premix customers through regulatory changes.

Functional nutrition raises the value of bioavailable and sensory-compatible forms

The consumer-facing supplement market creates a different demand profile from mandated fortification. U.S. supplement sales approached USD 70 billion in 2024, while magnesium recorded 33.5% growth in dollar sales, reflecting demand associated with sleep, muscle function, and stress-management positioning. In this channel, mineral selection is constrained by gastrointestinal tolerance, dosage form, flavor, dissolution, and the credibility of the finished-product proposition.

Organic salts and chelates are commercially relevant because formulation performance can determine whether an inclusion level is feasible. Carbonates and oxides may offer a lower raw-material cost, but their use can be limited in acidic beverages, gummies, or protein-rich systems. Citrates, gluconates, lactates, and bisglycinate complexes offer formulators more options where solubility, metallic taste, pH response, or texture is decisive. The premium is therefore tied to avoided reformulation risk and improved product usability, rather than to a generic preference for "natural" ingredients.

Plant-based and beverage formats require refortification and matrix-specific mineral systems

Plant-based dairy alternatives and performance beverages have extended mineral enrichment beyond traditional cereal and flour fortification. Products positioned as nutritional alternatives to dairy often require calcium and, depending on the formulation and target consumer, magnesium, potassium, or other micronutrients. The technical challenge lies in preserving stability without unacceptable sedimentation, viscosity change, or flavor impact.

This creates a favorable environment for suppliers that can supply a complete mineral-formulation solution. Omya positions food-grade calcium carbonate for fortification applications, while also emphasizing calcium enrichment in food, nutrition, and pharmaceutical uses. Corbion's fortification portfolio includes calcium, magnesium, zinc, potassium, sodium, and iron systems designed for food and beverage applications. In practice, the ability to match a mineral form to the beverage's pH, protein system, process temperature, and shelf-life target can matter more than the elemental-mineral price.

Key Restraints

Raw-material concentration complicates cost control

Mineral enrichment suppliers operate downstream of mining, refining, and chemical-processing markets that can move independently of demand for fortified foods or supplements. Magnesium compounds are particularly exposed to concentration risk. The U.S. Geological Survey identifies China as a major source of magnesium compounds and documents the importance of imports to U.S. supply. A change in energy costs, export availability, freight conditions, or regional capacity can quickly alter the cost base for magnesium-derived ingredients.

The commercial challenge is acute where ingredient customers purchase under annual contracts or tender-based arrangements. Price changes can be passed through more readily in specialized pharmaceutical and premium supplement grades than in staple-food premixes. Producers with multiple qualified sources, longer-term supply arrangements, or value-added forms are therefore better placed to defend margins than processors dependent on a single imported intermediate.

Compliance requirements fragment the addressable market

Regulation is a demand driver only after a supplier satisfies the applicable rules. EU legislation restricts food enrichment to authorized forms and places scientific and administrative scrutiny around new forms or changing conditions of use. The regulatory burden becomes more demanding in infant nutrition, clinical nutrition, and pharmaceutical applications, where customers require traceability, low-contaminant documentation, compendial alignment, and reproducible quality performance.

This requirement raises switching costs for buyers and can protect established suppliers, but it also extends qualification cycles. Smaller producers may be able to make a mineral salt yet lack the analytical infrastructure, dossier support, and audit readiness required to sell it into high-value uses. Regulatory complexity consequently favors companies that integrate manufacturing quality systems with technical and regulatory service.

Minerals can undermine finished-product texture, stability, and taste

The most economically attractive growth formats are often the most technically demanding. Multivalent minerals can interfere with gelling systems in gummies, destabilize protein beverages, or produce sediment and metallic notes in ready-to-drink products. A low-cost mineral source that fails sensory or shelf-life testing may increase the finished product's development cost rather than reduce it.

The resulting trade-off is application specific. Granulation, encapsulation, particle engineering, or a switch to a more soluble organic salt can solve processing issues, but may add cost and lengthen validation. This makes application laboratories and customer-specific formulation support a source of competitive advantage, especially where product developers need to achieve a meaningful mineral dose without sacrificing consumer acceptance.

A strategic divide is emerging between companies that sell mineral mass and those that solve a formulation or compliance problem. Magnesium, zinc, and calcium systems used in gummies, beverages, clinical nutrition, and high-purity supplements can command better economics when they reduce instability, qualification risk, or time to market. However, suppliers cannot rely on premium positioning alone: volatility in magnesium and other upstream inputs still tests procurement discipline. The strongest positions combine qualified sourcing with technical service and documented product performance.

Mineral Enrichment Ingredients Market Segment Analysis

By Form

Powder is the largest form segment, valued at USD 999.3 million in 2022 and projected to reach USD 1,639.7 million by 2035. Its lead reflects compatibility with dry premixes, tablet production, cereal processing, powdered beverages, and spray-dried systems. Particle size, bulk density, and dispersibility can be adjusted to suit different processing lines, which makes powder the practical default for large-volume food and supplement customers.

Calcium carbonate illustrates the form's importance. It remains a cost-efficient option where high elemental-calcium content and dry blending matter more than rapid dissolution. The UK's flour-enrichment rules specify calcium carbonate, creating a defined application for appropriately qualified powder grades. Powder also supports high-purity use cases: Jost Chemical markets mineral salts for nutritional, pharmaceutical, and infant applications, where grade consistency and contaminant control can be as important as physical format.^{[5]Jost Chemical, St. Louis facility FSSC 22000 certification announcement, jostchemical.com}

Granule is projected to expand slightly faster than powder, from USD 284.7 million in 2022 to USD 469.6 million by 2035. Granules offer handling advantages where dust control, flowability, segregation resistance, and direct compression are operational priorities. These characteristics are valuable in premix plants and tablet operations that must dose multiple ingredients consistently at scale.

The segment's opportunity is more operational than purely nutritional. Granulation can reduce the processing burden imposed by fine powders, but it must be justified by lower waste, faster throughput, improved worker handling, or greater dosing accuracy. Trouw Nutrition's IntelliBond range uses controlled particle technology in hydroxy trace mineral products, showing how physical-form engineering can be used to preserve stability in premix environments.^{[6]Trouw Nutrition, IntelliBond hydroxy trace minerals, trouwnutrition.com}

Other forms include liquid concentrates, slurries, soluble blends, and coated mineral systems. These formats are suited to applications where dry-powder dispersion is impractical or where mineral interaction must be controlled. Liquid and highly soluble systems are particularly relevant to beverage fortification, while coated forms can help manage flavor, oxidation, or release behavior in sensitive food matrices.

By Ingredient Type

Zinc is the fastest-growing individual mineral segment, advancing from USD 190.4 million in 2022 to USD 319.8 million by 2035. Its demand is supported by use in food fortification and immune-health-oriented supplements. The commercial distinction lies in form selection: zinc oxide remains useful in cost-sensitive applications, whereas citrate, gluconate, and chelated systems are more appropriate when solubility, taste, or dosage-form compatibility matters. Jungbunzlauer supplies zinc citrate, gluconate, and lactate within its mineral-salts portfolio, serving food, supplement, and personal-care uses.

Sodium is expected to rise from USD 172.5 million in 2022 to USD 280.3 million by 2035. Its role is more closely tied to electrolyte products, buffering, and processing functions than to deficiency correction. This limits broad fortification momentum because many food policies seek sodium reduction, but it supports demand in hydration products and in balanced mineral blends where sodium is combined with potassium, magnesium, and calcium.

Potassium is projected to grow from USD 190.0 million in 2022 to USD 317.1 million by 2035. Functional hydration and sodium-reduction formulations are important demand channels. Potassium systems need to balance mineral delivery with taste management, particularly in beverages and supplement powders. This raises the relevance of citrate and gluconate forms in consumer-facing products and phosphate grades in higher-purity pharmaceutical and process applications.

Calcium is the largest ingredient segment, increasing from USD 256.5 million in 2022 to USD 425.9 million by 2035. Its scale is underpinned by applications in flour, cereal, dairy alternatives, supplements, and infant nutrition. Carbonate dominates where cost and elemental-calcium concentration are decisive; citrate, lactate, and phosphate systems become more relevant where solubility, acidity tolerance, or clinical-grade documentation is required. Innophos upgraded its Chicago Heights facility in 2024 to produce EC-grade calcium phosphates for European dietary-supplement and infant-nutrition customers.

Phosphorus is projected to move from USD 116.6 million in 2022 to USD 186.7 million by 2035. Phosphate ingredients serve nutritional, buffering, leavening, and flow-control functions, but the segment's comparatively slower growth reflects mature, price-sensitive use cases. Budenheim's PureMin phosphate systems are positioned for early-life, preventive, and medical nutrition, where purity standards create a more defensible niche than bulk food-phosphate supply.

Magnesium is expected to expand from USD 212.8 million in 2022 to USD 350.2 million by 2035. The segment benefits from supplement demand, although its economics are influenced by upstream magnesium availability and the need for consumer-friendly forms. Jost Chemical expanded high-purity magnesium citrate production capacity in response to demand across tablets, capsules, gummies, stick packs, and ready-to-drink formats. The growth of magnesium is consequently linked to delivery-format innovation as much as to the underlying nutrient category.

Citrates are projected to increase from USD 101.1 million in 2022 to USD 162.8 million by 2035. This category captures the role of citrate chemistry in improving solubility and sensory compatibility for calcium, magnesium, zinc, potassium, and sodium applications. Fermentation-based producers such as Jungbunzlauer are well positioned in this segment because their mineral portfolio can be paired with citric and gluconic acid platforms.

Others include iron, iodine, selenium, copper, manganese, chromium, and other trace minerals. The category is expected to grow from USD 188.4 million in 2022 to USD 292.0 million by 2035. Its lower growth rate reflects the maturity of several established public-fortification uses, although specialty trace-mineral systems remain important in animal nutrition and selected clinical, pharmaceutical, and personal-care applications.

By End Use

Food and Beverage is the largest end-use segment, projected to rise from USD 876.4 million in 2022 to USD 1,451.3 million by 2035. It contains two materially different businesses: high-volume staple-food fortification and higher-value functional food and beverage applications. Flour, cereal, and conventional dairy enrichment favor predictable supply and competitive cost. Functional beverages and plant-based products place a higher value on dispersibility, flavor neutrality, and technical support. Corbion's customized fortification offerings reflect the value of combining mineral ingredients with premix and formulation support for food and beverage customers.

Dietary and Nutritional Products are expected to expand from USD 217.0 million in 2022 to USD 361.0 million by 2035. This segment rewards documented quality, dosage-form performance, and differentiated delivery technologies. Gummies, stick packs, capsules, and ready-to-drink products create a need for forms that avoid precipitation, poor texture, or excessive metallic taste. Gadot Bio offers citrate, gluconate, and phosphate mineral systems, including magnesium bisglycinate and custom blends aimed at nutraceutical and beverage applications.

Personal Care and Cosmetics are projected to grow from USD 123.3 million in 2022 to USD 190.9 million by 2035. Mineral ingredients in this segment serve functions such as buffering, abrasion, oil-control positioning, and oral-care support. Demand is smaller than in food and supplements, but specific forms such as zinc citrate, zinc gluconate, calcium carbonate, and magnesium salts can carry higher value when incorporated into technically differentiated formulations.

Pharmaceuticals is the smallest but fastest-growing end-use category, rising from USD 47.0 million in 2022 to USD 83.1 million by 2035. The 4.16% CAGR reflects demand for highly specified mineral salts in clinical nutrition, parenteral preparations, and biopharmaceutical processes. Here, supplier qualification, impurity limits, compendial compliance, and lot consistency create barriers that are materially higher than in conventional fortification. Dr. Paul Lohmann manufactures more than 400 mineral salts across pharmaceutical, food, and nutraceutical applications, illustrating the breadth of specification required in this segment.

Other end uses include specialized industrial, animal-nutrition, and technical applications. Although these uses may not drive the market's highest overall growth, they diversify demand and create specialized outlets for trace-mineral systems, phosphates, and protected or chelated products.

The stronger growth outlook for zinc, calcium, magnesium, and pharmaceuticals indicates where suppliers can escape purely commodity competition. Zinc and magnesium benefit from consumer-facing health demand, while calcium retains scale across regulated and substitute-dairy applications. Pharmaceutical growth is distinct because it is driven by qualification-intensive demand rather than broad consumer consumption. Companies that can translate mineral chemistry into a stable gummy, beverage, clinical-nutrition powder, or pharmaceutical-grade system are positioned to capture value that cannot be replicated by offering a standard mineral salt alone.

Mineral Enrichment Ingredients Market Regional Analysis

North America

North America is the largest regional market, increasing from USD 432.6 million in 2022 to USD 728.0 million by 2035 at an approximately 3.77% CAGR. The region combines established fortification rules with a large consumer supplement market. FDA policy and food standards create stable demand for mineral-enriched foods, while supplement sales create a higher-value channel for chelated, soluble, and application-specific forms.^{[7]Nutraceuticals World, The State of Supplements - U.S. Market Approaches $70 Billion, nutraceuticalsworld.com} Balchem's Human Nutrition and Health business generated USD 600.3 million in 2024, reflecting the scale of specialized nutrition ingredient activity supported by North American food, supplement, and pharmaceutical customers.^{[8]Balchem Corporation, 2024 Annual Report, balchem.com}

North American competition increasingly centers on supply assurance and technical collaboration. ICL's long-term specialty phosphate agreement with General Mills, announced in 2023, illustrates how major food manufacturers may formalize supply relationships where quality consistency and continuity are critical. Such arrangements favor suppliers able to maintain qualified production, customer-specific specifications, and regulatory support over long product-development cycles.

Europe

Europe is projected to advance from USD 346.4 million in 2022 to USD 560.1 million by 2035. Its market is defined by regulatory harmonization, but this does not eliminate complexity. Regulation (EC) No 1925/2006 and the food-supplement framework establish common rules for permissible mineral forms, while country-level notifications, label requirements, and enforcement practices continue to affect market access. The result is a region where compliance capability is commercially valuable and where premium mineral suppliers can compete on documentation, product quality, and application support.

The UK's revised flour-enrichment regulations add a specific future demand trigger. From December 2026, non-wholemeal wheat flour must contain folic acid, while requirements for calcium carbonate, iron, and niacin remain embedded in the regime. European producers also benefit from a dense base of pharmaceutical, nutraceutical, and advanced food manufacturers. Corbion reported 2023 sales of €1,443.8 million and operates across fermentation-derived ingredients, including mineral enrichment systems.

Asia Pacific

Asia Pacific is expected to grow from USD 332.9 million in 2022 to USD 558.9 million by 2035, matching North America's approximately 3.75% CAGR. The region includes both public-procurement markets and premium consumer-nutrition markets. India's fortified-rice program gives the region a substantial institutional demand base, while Japan, South Korea, Australia, and parts of Southeast Asia offer more specialized opportunities in supplements, functional foods, and personalized nutrition.

Asia Pacific also affects global input economics because China is a major supplier of magnesium compounds and related mineral-processing inputs. Suppliers selling into the region must therefore manage two different exposures: demand growth from fortification and consumer nutrition, and cost sensitivity arising from regional raw-material and chemical-processing conditions. The most effective market approach differs between low-cost public programs and premium, formulation-led nutrition channels.

Latin America

Latin America is projected to rise from USD 143.6 million in 2022 to USD 230.3 million by 2035. Brazil and Mexico provide the largest regional opportunities through fortified-food manufacturing, dietary supplements, and expanding local processing capability. Zinpro opened a blending facility in Marialva, Paraná, in October 2023 to serve South American demand with local production, reducing dependence on long-distance supply for trace-mineral products. The investment highlights the importance of proximity where logistics costs, currency volatility, and delivery responsiveness influence customer decisions.

The regional opportunity is not uniform. Mandatory flour fortification can provide a relatively dependable base for selected mineral premixes, while premium supplement demand is more exposed to household purchasing power and macroeconomic volatility. Suppliers that localize blending, maintain flexible pack sizes, and adapt portfolios to national regulatory requirements are better placed than those relying solely on standardized imported product lines.

Middle East and Africa

Middle East and Africa is expected to expand from USD 172.9 million in 2022 to USD 257.5 million by 2035, at the lowest regional CAGR of approximately 2.79%. The slower rate reflects uneven regulatory capacity, variable formal retail development, and differences in purchasing power across individual markets. However, mineral-deficiency concerns and staple-food fortification initiatives still provide meaningful demand pockets, particularly where national programs target wheat flour or maize meal.

Israel is a regional production point for specialized mineral systems through Gadot Bio's operations in Haifa, while Gulf markets offer more developed opportunities in fortified food and supplements. The central constraint is market fragmentation: suppliers often must adapt to differing registration, labeling, distributor, and logistics conditions. This makes regional partnerships and locally credible compliance support more important than a uniform export strategy.

Latin America and the Middle East and Africa require more selective strategies. Their fortification programs can create dependable demand for particular minerals, yet macroeconomic conditions, local sourcing, and regulatory fragmentation affect the pace at which nutritional need becomes commercial ingredient consumption. Suppliers that deploy local production or blending where justified, while reserving high-specification portfolios for markets with appropriate demand and compliance infrastructure, are likely to achieve a more resilient regional mix than companies pursuing uniform global product placement.

Mineral Enrichment Ingredients Market Share & Competitive Landscape

Competition is fragmented across mineral extraction, chemical conversion, fermentation-derived organic salts, premix formulation, and high-purity specialty systems. The decisive variables are portfolio breadth, quality-system maturity, ability to support regional regulations, application-development capability, and access to qualified raw materials. The market does not reward a single universal model: bulk fortification favors scale and reliable cost performance, whereas supplements, clinical nutrition, and specialized formulations reward product documentation and technical support.

Balchem Corporation competes through mineral amino-acid chelation, custom powder processing, and its Human Nutrition and Health platform. Jungbunzlauer combines citrate, gluconate, lactate, and mineral-salt capabilities with a fermentation-based manufacturing platform.^{[9]Jungbunzlauer, Mineral Salts product portfolio, jungbunzlauer.com} Gadot Biochemical Industries focuses on soluble mineral systems and custom citrate, gluconate, phosphate, and chelated solutions for food, beverage, and nutraceutical applications. Zinpro Corporation and Kemin Industries have significant mineral capabilities in animal nutrition, particularly in performance-oriented trace-mineral systems.

Dr. Paul Lohmann and Jost Chemical are differentiated by high-purity mineral-salt portfolios, pharmaceutical-grade manufacturing, and demanding application requirements. Omya is positioned around food-grade calcium carbonate and global mineral-processing capacity. Innophos and Chemische Fabrik Budenheim compete in calcium, magnesium, and phosphate systems, particularly where food, early-life, clinical, and pharmaceutical specifications require more than a standard commodity grade.

Novus International and Trouw Nutrition (Nutreco) focus on trace-mineral solutions for animal nutrition, including chelated and hydroxy trace-mineral technologies. Corbion integrates mineral lactates, gluconates, premixes, and food-preservation capabilities into customer-facing formulation systems. Kerry Group participates through its broader taste, nutrition, wellness, and functionality portfolio, where mineral enrichment can be combined with sensory optimization and nutritional reformulation.

The competitive implication is that suppliers increasingly need to offer a package of mineral chemistry, processing support, quality documentation, and formulation knowledge. A calcium carbonate producer can remain highly relevant in flour and staple-food fortification; a premium supplier requires a different proposition, often centered on bioavailability, solubility, impurity management, or specific delivery-format performance. The ability to serve both ends of this spectrum through segmented portfolios can reduce exposure to price-driven competition.

Recent Industry Developments

Budenheim opened its House of Nutrition facility in Germany in May 2024. The €57 million investment added 5,000 m² of hygienic production space and 4,400 tons of annual capacity for mineral phosphate applications in early-life, preventive, and medical nutrition.

Prayon acquired Natural Enrichment Industries in August 2024. The acquisition expanded Prayon's U.S. calcium-phosphate footprint through NEI production facilities in Southern Illinois, strengthening its position in food and dietary-supplement phosphate salts.

Innophos completed an EC-grade calcium phosphate upgrade at its Chicago Heights facility in April 2024. The investment was intended to support European dietary-supplement and infant-nutrition customers requiring calcium phosphates that meet EU specifications.

Jungbunzlauer acquired Alliance Gums & Industries in France in 2024. The transaction expanded its formulated texturizing capability and French production footprint, with relevance to mineral-delivery applications that require texture and stability management.

Zinpro opened a blending facility in Marialva, Paraná, Brazil, in October 2023. The site provides a local manufacturing base for the company's trace-mineral products in South America.

India approved continuation of free fortified-rice distribution through December 2028 in October 2024. The decision maintains a major public-procurement channel for fortified-rice premixes containing iron, folic acid, and vitamin B12.

The UK enacted the Bread and Flour (Amendment) (England) Regulations 2024. The rules require folic-acid fortification of non-wholemeal wheat flour from December 2026 and retain prescribed flour-enrichment requirements for calcium carbonate, iron, and niacin.