Liquorice Root Powder Production Cost Reports

The report provides a detailed analysis essential for establishing a liquorice root powder production plant. It encompasses all critical aspects necessary for liquorice root powder production, including the cost of liquorice root powder production, liquorice root powder plant cost, liquorice root powder production costs, and the overall liquorice root powder production plant cost. Additionally, the study covers specific expenditures associated with setting up and operating a liquorice root powder production plant. These encompass production processes, raw material requirements, utility requirements, infrastructure needs, machinery and technology requirements, manpower requirements, packaging requirements, transportation requirements, and more.

Liquorice Root Powder Market Analysis: Supply Trends, Demand Outlook, and Sourcing Insights

Liquorice root powder is made by drying and grinding the roots of Glycyrrhiza glabra, Glycyrrhiza uralensis, and other related liquorice plants. The root contains glycyrrhizin, a natural compound that is about 50 times sweeter than sugar. It also contains flavonoids such as liquiritin and glabridin, along with polysaccharides and coumarins. The final product is a fine, light yellow to brownish-yellow powder with a sweet and slightly spicy smell. It is sold in different particle sizes, usually between 40 and 100 mesh. It is available as simple ground root powder or as an extract powder with a fixed glycyrrhizin content. Liquorice root powder is mainly produced in China, Iran, Russia, Turkey, Uzbekistan, Afghanistan, Pakistan, and Kazakhstan. The plant grows well in dry and semi-dry regions. China is the largest producer, with most cultivation taking place in its northern and western regions. Major buyers include pharmaceutical companies, food and confectionery manufacturers, cosmetic producers, and herbal medicine suppliers.

The global liquorice root extract powder market is driven by growing pharmaceutical use of glycyrrhizin-rich extracts, expansion of the nutraceutical and functional food sector, increasing consumer interest in herbal and natural ingredients, and the well-established use of liquorice in confectionery across Europe, the Middle East, and Asia. Investors planning a liquorice root powder production plant should evaluate raw root supply security, cultivation geography and sourcing traceability, target application segments, and the degree of product standardisation required for pharmaceutical or food-grade markets.

Liquorice Root Powder Product Insights: Specifications, End Uses, and Supplier Considerations

Liquorice root powder is sold in different forms based on its use. The simplest form is made by drying and grinding the whole root into a fine powder, usually between 40 and 100 mesh. Standardized extract powder is made by extracting the dried root with water or a mixture of water and alcohol. The liquid extract is then dried into a concentrated powder. This powder usually contains a fixed glycyrrhizin level of 10%, 20%, or 25%, measured by HPLC testing. Important quality checks include moisture, ash content, glycyrrhizin level, particle size, pH, heavy metals, and microbial safety. Moisture is generally kept below 8% to 10%, while total ash is usually below 5% to 10%. The pH of a 10% water solution normally ranges from 4.5 to 6.5. The powder is also tested for bacteria, yeast, mould, E. coli, and Salmonella. Standards issued by the European, British, and United States pharmacopoeias set minimum glycyrrhizin levels, ash limits, and identification testing requirements.

Pharmaceutical buyers require a certificate of analysis, certificate of origin, full records showing where the liquorice was grown, and compliance with the required pharmacopoeia standards. Food and nutraceutical buyers need a food safety certificate, certificate of analysis, allergen information, and compliance with food rules in the target market. In the European Union, Regulation 1334/2008 sets limits on glycyrrhizic acid levels in food products. Cosmetics buyers require a safety data sheet, the correct INCI ingredient name, and compliance with EU Cosmetics Regulation 1223/2009. Buyers across all industries are also asking for more information on the growing region and sustainable sourcing. This is important because wild liquorice harvesting is controlled by quotas in several producing countries. A liquorice root powder production plant project report must address raw root sourcing geography, glycyrrhizin content management across seasonal variation, and quality testing capability for all relevant parameters.

Liquorice Root Powder End-Use Applications: Key Sectors and Demand Drivers

Pharmaceutical production is the largest and fastest-growing end-use segment for liquorice root powder. Glycyrrhizin is used in the treatment of chronic hepatitis, as an expectorant in cough and respiratory formulations, as an anti-inflammatory and antiviral agent, and as a gastroprotective compound in peptic ulcer preparations. Glycyrrhizinic acid compounds, including dipotassium glycyrrhizinate, are used in medicines and intravenous products in Japan and other Asian countries. Carbenoxolone sodium, a man-made form of glycyrrhizinic acid, was previously used to treat stomach ulcers. Glycyrrhizin and its related compound, 18 beta-glycyrrhetinic acid, continue to be studied for use in new medicines. Demand is supported by the growth of pharmaceutical production in Asia, rising interest in plant-based ingredients, and the long use of liquorice in traditional Chinese medicine, Ayurveda, and Middle Eastern herbal treatments.

Food and confectionery use of liquorice root powder and extract is substantial, particularly in Europe and the Middle East. Liquorice candy and confectionery is a significant market in the Netherlands, Scandinavia, Germany, the United Kingdom, and Italy. Liquorice extract is used as a flavoring and sweetening ingredient in drinks, tobacco products, chewing gum, and baked foods. EU Regulation 1334/2008 sets limits on glycyrrhizinic acid in food products because high intake may cause health problems, including high blood pressure and fluid retention. Liquorice root powder and extracts are used in cosmetics and personal care products. They are added to products because they may help brighten and calm the skin and protect it from damage. Glabridin is a natural compound found in liquorice root. It helps reduce melanin formation and is used in skin-brightening creams, serums, and sunscreens. Liquorice root powder is also used in herbal medicines and dietary supplements. It is sold in capsules, tablets, and powder form and is commonly marketed for digestive, immune, and adrenal health.

Liquorice Root Powder Market Challenges and Key Risks

Raw root supply security is a primary risk for liquorice root powder producers. Liquorice root requires three to five years from planting to harvest. Wild-harvested root, which has historically supplied a large proportion of global demand, is subject to declining availability in Iran, Turkey, and Central Asian countries as wild populations have been over-collected in prior decades and are now subject to collection quotas and trade restrictions. China has developed large-scale cultivation of Glycyrrhiza uralensis, which provides a more reliable cultivated supply, but cultivation-to-harvest lead times mean that supply response to sudden demand increases is slow. Seasonal and weather-related variations in root glycyrrhizin content are an inherent characteristic of the raw material, which complicates standardization of extract powder and requires blending and quality management to maintain consistent product specification across lots.

Rules in the European Union, Japan, and other markets limit the amount of glycyrrhizinic acid allowed in food products. Food manufacturers must carefully control the quantity used in their recipes. In the European Union, liquorice sweets must carry a health warning when the glycyrrhizic acid level is above the permitted limit. This may reduce demand among some consumers. Raw liquorice roots may also be mixed with other plants or wrongly identified, mainly in poorly controlled supply chains. Manufacturers should test all incoming roots to confirm their quality and plant type. A liquorice root powder demand and supply analysis should consider weather conditions, crop size, harvesting limits, and export rules in China, Iran, and other producing countries. These factors can affect raw material availability, prices, and production costs.

Liquorice Root Powder Production Process: Process Flow, Feedstock Use, and Cost Drivers

This liquorice root powder production plant report comprises a thorough value-chain evaluation for liquorice root powder production and consists of an in-depth production cost analysis revolving around industrial liquorice root powder production.

By Drying and Milling of Glycyrrhiza Root: The primary feedstock is the harvested and cleaned root of Glycyrrhiza glabra or Glycyrrhiza uralensis, sourced from cultivated agricultural production or, in some supply chains, from wild-harvested root collected under applicable quota and permit systems.

Liquorice root powder production process starts when fresh or dried liquorice roots arrive at the factory. Fresh roots are washed with clean water to remove soil, stones, and other unwanted material. Large plants may use mechanical brush washers to clean the uneven root surface properly. The cleaned roots are dried until the moisture level falls below 10%. Small producers may use sun drying, while larger plants use belt or tray dryers. Mechanical drying is usually carried out at 40 to 60 degree Celsius. Temperatures above 60 degree Celsius are avoided because they may reduce the quality of glycyrrhizin and other useful compounds. The dried roots are checked for color, smell, and moisture. Roots that do not meet the required quality are rejected. The accepted roots are then cut into small pieces, usually 3 to 5 millimeters thick. Uniform cutting makes grinding easier and lowers energy use. The root pieces are first ground into a coarse powder using a hammer mill or pin mill. The coarse powder is then passed through a finer mill to reach the required particle size. Vibrating sieves separate the correct-size powder from larger particles. Oversized particles are sent back for grinding.

For standardised extract powder, the milled root is mixed with water or a water and ethanol solution in heated extraction tanks. Extraction is usually carried out at 60 to 80 degree Celsius. The liquid extract is filtered to remove the used root material. The filtered extract is concentrated in a vacuum evaporator. It is then dried using a spray dryer or drum dryer to form a dry powder. The glycyrrhizin level is checked by HPLC to confirm that it meets the required standard. Simple liquorice root powder does not require extraction and is ready after milling and sieving. The finished powder is tested for moisture, ash, glycyrrhizin level, particle size, heavy metals, and microorganisms. Tests also check for yeast, mould, E. coli, and Salmonella. Powder that passes all tests is packed in moisture-resistant kraft paper bags with inner plastic liners, aluminium foil bags, or fiber drums. Common pack sizes include 5 kg, 10 kg, 20 kg, and 25 kg.

Key Factors Affecting Liquorice Root Powder Production Cost

The cost of raw liquorice root is the dominant variable cost driver for liquorice root powder producers. Raw root prices are influenced by annual harvest conditions in China, Iran, and other producer countries, wild-harvesting quota availability in countries where wild collection is significant, seasonal supply-demand balance, and the glycyrrhizin content of the available root, which varies with cultivation region, species, and harvest season. Higher glycyrrhizin content root commands a price premium and reduces the quantity of root required to achieve a given glycyrrhizin yield, making content-per-kilogram an important procurement optimization factor. Drying energy costs are significant for operations that use mechanical dryers, particularly for facilities in countries where energy costs are high, and drying efficiency directly affects throughput capacity and cost per tonne. Milling energy consumption depends on root hardness and target particle size; finer mesh specifications require more milling passes and higher energy input per tonne of output.

For standardized extract powder production, solvent costs for hydroalcoholic extraction, including ethanol procurement and recovery, add significantly to variable cost compared with simple milled root powder production. Spray drying energy consumption is a notable utility cost for extract powder production. Quality testing costs, including HPLC analysis for glycyrrhizin content, heavy metals testing by ICP-MS, and microbiological testing, are relatively high per batch for pharmaceutical and food-grade liquorice root powder compared with simple commodity botanical powders, adding to per-tonne operating cost. Certification and regulatory compliance costs, including organic certification fees, fair trade certification where applicable, GMP facility certification for pharmaceutical supply, and regulatory registration costs in target markets, add to overhead costs for producers targeting premium market segments. Packaging costs depend on the grade and format required by the buyer, with moisture-proof pharmaceutical-grade packaging adding cost relative to standard food-grade bags.

Raw Material Sourcing for Liquorice Root Powder: Pricing Trends and Procurement Factors

Dried liquorice root is the primary raw material for liquorice root powder production. China is the largest and most reliable source of cultivated liquorice root, with production concentrated in the provinces of Xinjiang, Gansu, Inner Mongolia, and Shaanxi. Chinese cultivated root is predominantly Glycyrrhiza uralensis, which is specified in the Chinese Pharmacopeia and is preferred for pharmaceutical applications in Chinese and East Asian markets. Iran is the second-largest global producer, offering Glycyrrhiza glabra root, which is specified in the European and British Pharmacopeia and is preferred for European pharmaceutical and confectionery applications. Russian, Turkish, Uzbek, Afghan, Pakistani, and Kazakh sources also supply Glycyrrhiza glabra root, though with varying consistency in quality and availability. Buyers sourcing for European pharmaceutical applications should verify that the species and production origin comply with the European Pharmacopoeia monograph for liquorice root and its dry extract, which specifies Glycyrrhiza glabra and associated species and sets minimum glycyrrhizin content.

Liquorice root is mainly harvested in autumn and spring, so manufacturers must plan purchases carefully. They should keep enough dried root in stock to continue production between harvest seasons. Root prices are usually quoted per kilogram on a dry-weight basis. Prices also depend on the glycyrrhizin level, so incoming roots should be tested by HPLC to check their actual value and quality. Long-term supply agreements with farmers or cooperatives in China, Iran, and other producing countries provide more reliable supply than spot purchases. This is especially important for pharmaceutical-grade production, where the plant species, source, and contaminant test records must be properly documented. Organic liquorice root must be purchased from certified growers following approved organic farming practices. Supply is limited, and organic root usually costs 20% to 40% more than regular root. Manufacturers must also maintain a steady supply of packaging bags, moisture-control packets, testing chemicals, and reference materials to avoid production delays.

Sustainability and Regulatory Compliance in Liquorice Root Powder Production

The overharvesting of wild liquorice root is a major environmental concern. Wild liquorice plants in Iran, Turkey, Afghanistan, and Central Asia have declined after many years of heavy collection. Several countries now control harvesting through permits, quotas, seasonal limits, and export rules. Processors and buyers should make sure that wild roots are collected legally and within approved limits. They can also use more cultivated liquorice root to support a stable long-term supply. Responsible buyers may support farmers in China and Central Asia through training, fair prices, and farming programs. Water use is another concern because liquorice farming in dry regions often depends on irrigation. Good water management is important in areas with limited water supplies.

Liquorice root powder and extracts are regulated differently depending on how they are used. They may be treated as food ingredients, flavourings, pharmaceutical ingredients, or cosmetic materials. In the European Union, liquorice extracts used in food must follow Regulation 1334/2008. This rule sets limits for glycyrrhizinic acid in certain foods. Products with higher levels must clearly mention liquorice on the label and may also need a health warning. Medicines containing glycyrrhizinic acid or related compounds must follow GMP rules, pharmacopoeia standards, and product approval requirements in the country where they are sold. Cosmetics containing liquorice extract must meet the EU Cosmetics Regulation 1223/2009 or similar local rules. Factories supplying pharmaceutical products must follow recognized GMP standards, including EU GMP, US FDA cGMP, or WHO GMP. They must also keep full records of raw material sources, production conditions, and batch test results. China controls the export of liquorice root, and changes in these rules may affect supply. Manufacturers that depend on Chinese roots should regularly check export policy updates.

CAPEX and OPEX Consideration for Liquorice Root Powder Production Plant

The main equipment for a liquorice root powder plant includes root receiving and storage facilities. Mechanical washing equipment is used to clean the roots. Drying can be carried out using belt dryers, tray dryers, or fluidised bed dryers, depending on the production scale. Root cutting and slicing machines prepare the dried roots for milling. Primary and secondary hammer mills or pin mills are used to grind the roots into powder. Vibrating sieves separate the powder into the required particle sizes. Dust collection and extraction systems control dust in the milling area. For standardized extract production, the plant requires extraction tanks with heating and mixing systems. Plate-and-frame filters or belt filters are used to remove the spent root material. Vacuum evaporators concentrate the liquid extract. Spray dryers or drum dryers convert the concentrated extract into powder. The solvent recovery systems are needed when water-alcohol extraction is used.

The quality laboratory should have equipment for HPLC analysis, moisture and ash testing, heavy metal analysis, and microbiological testing. The plant also requires powder packaging and bagging machines, along with finished goods storage facilities. Raw liquorice root is the largest operating cost and usually makes up around 50% to 70% of the variable production cost. The actual share depends on root prices and the type of finished product being made. Other major costs include drying, milling, extraction solvents, quality testing, packaging, and labor. Companies supplying pharmaceutical customers also need GMP-compliant facilities, clean packaging areas, and proper document control systems. These requirements increase the liquorice root powder plant setup cost compared with a food-grade production plant.

Plant Location and Investment Considerations for Liquorice Root Powder Production

Proximity to raw root supply is the most important location factor for a liquorice root powder production plant. Factories near liquorice-growing areas in Xinjiang, Gansu, or Inner Mongolia in China, as well as Iran or Uzbekistan, can buy fresh roots directly from farmers or cooperatives. This helps reduce transport costs and prevents quality loss during long-distance movement. Processing close to farming areas also allows manufacturers to use fresh roots instead of pre-dried material. This gives them better control over the drying process and final product quality. Factories supplying pharmaceutical and food markets in Europe, the United States, or Japan must meet GMP and food safety standards. This may require suitable plant design, clean packaging areas, quality control systems, and proper documentation. A good location should have access to roads or railways, reliable electricity and water, and skilled workers with experience in herbal processing or pharmaceutical production. An industrial production economics assessment should consider raw root prices, transport costs, labor expenses, utility availability, plant capacity, export logistics, and the cost of meeting GMP and food safety requirements. Producers should also review import and export rules, plant health certificates, and quality documents required in target markets before starting the project.

Global Liquorice Root Powder Production and Key Production Hubs

China is the world’s largest producer of liquorice root and liquorice root powder. Most production comes from Xinjiang, Gansu, Inner Mongolia, Shaanxi, and Heilongjiang. Glycyrrhiza uralensis is grown in these areas using dryland and irrigated farming. Xi’an and Lanzhou are major centers for processing botanical extracts and handling exports. Iran is another major producer. Liquorice is grown and collected from the wild in Isfahan, Fars, Khuzestan, and Kerman. The country has supplied liquorice root and block extract to European confectionery and flavoring companies for many years. Russia produces liquorice in southern areas near the Caucasus and in parts of Siberia. Turkey has a long history of liquorice farming in the Aegean and Mediterranean regions. Uzbekistan, Kazakhstan, Afghanistan, and Pakistan also supply liquorice root to local and international buyers. India imports liquorice root and processes it into mulethi powder for herbal medicines and personal care products. Companies in the Netherlands, Germany, and France import roots from China and Iran and make standardized extracts and special powders for pharmaceutical and confectionery companies.

Liquorice Root Powder Key Players Overview

Maruzen Pharmaceuticals Co., Ltd.

• The company is a Japanese producer of pharmaceutical-grade plant extracts, with a focus on liquorice root processing. It makes glycyrrhizin, glycyrrhetinic acid, liquiritin, and other active ingredients.
• Its head office is in Hiroshima, Japan. The company sources liquorice root from China, Iran, and other producing countries.
• It supplies liquorice extracts and active ingredients for medicines, cosmetics, and food products in Japan, Asia, and other international markets.
• Its long experience, strong extraction and purification skills, reliable customer base, and strict quality standards support its position in the global liquorice extract market.

Zagros Licorice Co.

• The company is an Iranian manufacturer and exporter of liquorice block extract, liquorice powder, and liquorice root for confectionery, pharmaceutical, and food applications.
• It is headquartered in Iran, with operations utilizing the country's abundant Glycyrrhiza glabra resources.
• The company exports liquorice block extract and root powder to confectionery and flavoring companies in Europe, the Middle East, and other markets.
• Its access to good-quality Iranian liquorice root, established export network, lower production costs, and experience in traditional processing support its position in the global liquorice market.

F&C Licorice

• The company is a Netherlands-based supplier of liquorice root powder, liquorice block extract, and specialty liquorice ingredients for the food, confectionery, and pharmaceutical industries.
• It is headquartered in the Netherlands, with sourcing from major liquorice-producing countries including China and Iran.
• It supplies customized liquorice ingredients to confectionery manufacturers, pharmaceutical companies, and food ingredient customers across Europe and North America.
• Its proximity to major European confectionery markets, established sourcing network, expertise in European food safety regulations, and broad product portfolio support its position as a leading European liquorice ingredient supplier.

Norevo GmbH

• The company is a German supplier of natural ingredients, including liquorice root extract, liquorice root powder, and other plant-based materials for food, confectionery, pharmaceutical, and cosmetic products.
• Its head office is in Hamburg, Germany. It sources liquorice from China, Iran, Turkey, and other major producing countries.
• It supplies liquorice ingredients to food, confectionery, pharmaceutical, and cosmetic companies in Europe and other international markets.
• Its sourcing experience, strict quality systems, compliance with European rules, and long-term supplier relationships support its position in the natural ingredients market.

Mafco Worldwide LLC

• The company is a leading US manufacturer of liquorice extract, producing glycyrrhizin extracts and flavoring preparations for the tobacco, confectionery, pharmaceutical, and food industries.
• It is headquartered in Camden, New Jersey, United States, with integrated processing operations supported by liquorice root sourced from China, Iran, and other producing countries.
• It supplies liquorice extract blocks, powders, and glycyrrhizin products to customers across North America and international markets.
• Its large production capacity, extensive sourcing network, long-standing customer relationships, and broad liquorice extract portfolio support its position as one of the world's leading liquorice extract producers.

Naturex (a Givaudan Company)

• The company is a French producer of standardized botanical extracts, including liquorice root extract, for pharmaceutical, nutraceutical, cosmetic, and food applications.
• It is headquartered in Avignon, France, with production operations across France, Spain, Morocco, and other locations as part of Givaudan's global network.
• It supplies standardized liquorice root extracts and other botanical ingredients to customers in the pharmaceutical, food, nutraceutical, and cosmetics industries worldwide.
• Its expertise in botanical extraction and standardization, strong regulatory compliance capabilities, integration with Givaudan's global ingredient network, and broad natural extract portfolio support its position as a leading supplier of high-quality liquorice root extracts.