Ethyl Hexyl Glycerin Production Plant DPR & Unit Setup - 2026: Machinery Cost, CapEx/OpEx, ROI, Raw Materials

Setting up an ethyl hexyl glycerin production plant places investors at the center of the fast-growing specialty cosmetic ingredients supply chain - one driven by a structural, global shift in personal care and cosmetics formulation philosophy toward milder, multifunctional, and cleaner ingredient systems that align with both regulatory tightening on traditional preservatives and the sustained consumer preference across major markets for safer, skin-friendly, and naturally inspired product formulations. Demand for ethyl hexyl glycerin is propelled by its unique and commercially compelling combination of skin-conditioning, emollient, humectant, and antimicrobial odor-inhibiting functional properties in a single, well-tolerated ingredient; its widely recognized role as an effective preservative booster that significantly enhances the antimicrobial efficacy of phenoxyethanol and other cosmetic preservation systems, enabling formulators to reduce total preservative loading while maintaining required product safety standards; the accelerating global adoption of paraben-free, alcohol-free, and clean-label beauty and personal care formulations across skincare, deodorant, hair care, and baby product categories; the rising disposable incomes and expanding beauty product consumption in emerging markets.

Market Overview and Growth Potential:

The global ethyl hexyl glycerin market size was valued at USD 276.95 Million in 2025. According to IMARC Group estimates, the market is expected to reach USD 423.78 Million by 2034, exhibiting a CAGR of 4.84% from 2026 to 2034. The ethyl hexyl glycerin market is poised for steady growth over the coming years, driven primarily by expanding demand from the cosmetics and personal care industries where it functions as a preservative enhancer and skin-conditioning agent. The European market is one of the largest cosmetics markets in the world, worth €96 billion (approximately USD 111.4 billion) in 2023, according to the CBI. As formulations increasingly emphasize mild, multifunctional ingredients that support both product safety and consumer comfort, ethyl hexyl glycerin has gained popularity as a cleaner alternative to traditional preservatives, aligning with the broader clean and sustainable beauty trend. Stringent regulatory frameworks around preservative safety and microbial stability compel manufacturers to adopt effective yet non-irritating systems, further boosting adoption.

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Ethyl hexyl glycerin is a versatile, clear, and nearly odorless liquid used primarily in cosmetics and personal care products as a multi-functional additive. Derived from glycerin, it functions as a skin-conditioning agent, emollient, and humectant, which helps to hydrate and soften the skin without leaving a sticky residue. Beyond moisturizing, it acts as a mild preservative enhancer, significantly increasing the effectiveness of other preservatives such as phenoxyethanol to prevent spoilage. Additionally, it provides excellent antimicrobial benefits against odor-causing Gram-positive bacteria, making it a popular choice in natural-focused deodorants, lotions, and baby products. It is commercially produced by esterification and etherification of glycerin with 2-ethylhexanol, followed by vacuum distillation purification to the high-purity, low-color specification grades required for supply to cosmetic and personal care ingredient customers.

Production of ethyl hexyl glycerin requires controlled esterification processes, high-purity raw materials, stringent quality standards, and regulatory compliance with cosmetic safety approvals including INCI registration and compliance with EU Cosmetics Regulation, US FDA cosmetic ingredient guidelines, and equivalent regional frameworks - creating technical and regulatory entry hurdles that favor competent manufacturers with established cosmetic ingredient quality management systems and documented safety dossiers.

Plant Capacity and Production Scale:

The proposed ethyl hexyl glycerin production facility is designed with an annual production capacity ranging between 500-2,000 MT, enabling economies of scale while maintaining operational flexibility across the product range covering standard cosmetic-grade ethyl hexyl glycerin for supply to personal care and cosmetics ingredient distributors and formulators in skincare, deodorant, hair care, baby product, and pharmaceutical topical preparation markets across Europe, North America, and Asia-Pacific. This capacity range supports production of ethyl hexyl glycerin in both standard cosmetic ingredient purity grades for broad personal care formulation applications and premium low-color, low-odor ultra-high-purity grades for supply to luxury skincare, fine fragrance, and sensitive skin or baby product formulations where appearance and sensory profile standards are most exacting.

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Financial Viability and Profitability Analysis:

The ethyl hexyl glycerin production business demonstrates healthy profitability potential under normal operating conditions. The financial projections reveal:

• Gross Profit: 40-50%
• Net Profit: 20-30%

These margins reflect the value-added specialty chemical nature of ethyl hexyl glycerin production, where commodity-accessible glycerin and 2-ethylhexanol raw materials are converted through controlled etherification chemistry, purification, and quality-certified packaging into a high-value, specification-grade cosmetic functional ingredient that commands significant price premiums relative to its raw material input costs in the personal care and cosmetics supply chain. Margins are supported by the premium pricing that established cosmetic ingredient suppliers can command for well-documented, INCI-registered, and cosmetic safety-compliant ethyl hexyl glycerin with consistent purity specifications and audit-ready quality system documentation that cosmetic manufacturers require for ingredient qualification and product safety regulatory submissions; the relatively moderate production scale requirements that enable efficient batch operations with strong quality control discipline versus the capital intensity of large commodity chemical operations; the favorable structural demand growth driven by ongoing regulatory and consumer preference shifts toward paraben-free and mild preservation systems in cosmetics that create sustained, long-term demand expansion for ethyl hexyl glycerin across new formulation categories; and supply relationship durability with cosmetic and personal care ingredient customers who prioritize source consistency and regulatory documentation reliability over purely price-driven procurement.
Cost of Setting Up an Ethyl Hexyl Glycerin Production Plant:

Understanding the operating expenditure (OpEx) is crucial for effective financial planning and cost management.

Operating Cost Structure:

The cost structure for an ethyl hexyl glycerin production plant is primarily driven by:

• Raw Materials: 60-70% of total OpEx
• Utilities: 15-20% of OpEx
• Other Expenses: Including transportation, packaging, salaries and wages, depreciation, taxes, and other expenses

Raw materials - particularly glycerin and 2-ethylhexanol - account for approximately 60-70% of total operating expenses, making glycerin sourcing strategy, grade selection between refined cosmetic-grade and technical-grade glycerin feedstocks, and 2-ethylhexanol procurement the central raw material cost management priorities for ethyl hexyl glycerin production economics. Refined cosmetic-grade glycerin purity, color, and odor specifications directly influence both the reaction yield and the purity, color, and sensory profile of finished ethyl hexyl glycerin product - with lower-grade glycerin feedstocks potentially increasing purification load and reducing finished product quality compliance with premium cosmetic ingredient specifications. Acid catalyst and neutralization agent consumption, along with wash water and wastewater treatment chemical costs, represent additional operating raw material expense categories. Utilities represent 15-20% of OpEx - driven by the heating and cooling energy requirements of the etherification reaction and vacuum distillation purification stages, with steam generation for reactor heating, vacuum system energy for distillation column operation, and cooling water or chilled water consumption for condenser and product cooling infrastructure representing the primary utility cost components.

Capital Investment Requirements:

Setting up an ethyl hexyl glycerin production plant requires capital investment across reactors, distillation columns, purification systems, heat exchangers, cooling units, filtration systems, and filling machines. The total capital investment depends on plant capacity, technology selection, product grade range, and location, covering land acquisition, site preparation, and chemical process plant infrastructure with appropriate hazardous materials handling, solvent recovery, and wastewater treatment capabilities.

Land and Site Development: The location must offer easy access to key raw materials such as glycerin, ethyl hexanol, and catalyst. Proximity to target cosmetic and personal care markets in Europe, North America, and Asia-Pacific will help minimize distribution costs and support timely ingredient supply to customer formulation operations. The site must have robust infrastructure including reliable utilities supply - particularly steam generation capacity for reactor and distillation heating, cooling water systems, and reliable electrical supply for vacuum distillation and process control systems - along with chemical waste management systems for glycerin-bearing process effluents, acid catalyst neutralization waste streams, and solvent or distillation residue disposal. Compliance with local chemical manufacturing zoning requirements, chemical storage and handling regulations, and cosmetic ingredient GMP environmental standards must also be ensured to support customer quality audits and regulatory inspections of the production facility.

Machinery and Equipment: Equipment costs for reactors, distillation columns, purification systems, heat exchangers, cooling units, filtration systems, and filling machines represent the largest capital expenditure category. High-quality, corrosion-resistant machinery tailored for ethyl hexyl glycerin production must be selected. Essential equipment includes:

• Raw material storage and metering systems - stainless steel storage tanks with temperature control and inert gas blanketing for cosmetic-grade glycerin and 2-ethylhexanol feedstocks, calibrated metering pumps and flow meters for precise reactor charge ratio control, and secure catalyst storage with metering for controlled addition of acid catalyst at defined charge ratios for etherification reaction initiation and yield optimization

• Etherification reactors - stainless steel or glass-lined jacketed reaction vessels with mechanical agitation, reflux condenser for reaction water removal, temperature control system for defined reaction temperature profile management (typically 120-180°C), and acid catalyst addition capability for the condensation etherification reaction between glycerin and 2-ethylhexanol to form the crude ethyl hexyl glycerin ether product with controlled conversion and selectivity

• Reaction water removal system - Dean-Stark traps, azeotropic distillation capability, or molecular sieve drying infrastructure for continuous removal of condensation reaction water generated during etherification to drive equilibrium toward product formation and achieve high glycerin conversion and etherification selectivity in the crude product mixture

• Catalyst neutralization and washing system - stirred neutralization vessels with controlled addition of alkali for acid catalyst neutralization in the crude reaction product, water wash vessels for removal of catalyst residues and water-soluble impurities from the organic product phase, and phase separation equipment for efficient water-organic product separation following washing operations

• Vacuum distillation system - distillation columns with vacuum generation systems (vacuum pumps or steam ejectors) for purification of washed crude ethyl hexyl glycerin by removal of unreacted glycerin, unreacted 2-ethylhexanol, and by-product diether and ester components at defined vacuum distillation conditions, producing specification-grade ethyl hexyl glycerin with target purity, boiling range, color, and odor profile for cosmetic ingredient application

• Thin-film evaporator or wiped-film evaporator (where specified for premium grades) - short-path or wiped-film evaporation equipment for final stripping of trace volatile impurities and residual light ends from distilled ethyl hexyl glycerin to achieve ultra-low color (APHA < 20) and low-odor specification compliance required for premium cosmetic ingredient grades supplied to luxury skincare and baby product formulation customers

• Heat exchangers and condensers - shell-and-tube or plate heat exchangers for reaction mixture heating, distillation column overhead vapor condensation, product cooling, and heat recovery between process streams, designed for corrosion resistance with process fluids and cleanability for product grade changeover operations

• Filtration systems - pressure or vacuum filtration equipment with cosmetic-grade filter media for removal of particulate impurities, activated carbon treatment vessels for decolorization and odor removal where required for premium-grade production, and polish filtration before final product transfer to quality control sampling and packaging

• Quality control laboratory instrumentation - gas chromatography (GC) for product purity and composition analysis, color measurement instruments (Lovibond or APHA colorimeter) for color specification compliance, refractive index measurement, viscosity measurement, moisture analysis (Karl Fischer titration), pH measurement, and microbiological testing capability for cosmetic ingredient quality release testing against INCI-specification cosmetic-grade product certificates of analysis

• Product filling and packaging lines - stainless steel product storage tanks with nitrogen blanketing for finished cosmetic-grade ethyl hexyl glycerin, drum filling and weighing equipment for IBC (intermediate bulk container) and drum packaging, accurate filling and sealing systems for smaller packaging formats for specialty and laboratory customers, and label application and batch coding systems for full traceability of finished product lots against production batch records and certificates of analysis

All machinery must comply with cosmetic ingredient GMP manufacturing standards, chemical process plant safety requirements for elevated-temperature and vacuum operations with flammable organic solvents, and environmental compliance standards for chemical effluent treatment and air emission control. The distillation and purification system - including vacuum distillation column design, thin-film evaporation capability for premium grades, and activated carbon decolorization where required - represents the most technically critical equipment investment, directly determining the achievable purity, color, odor, and specification compliance of finished cosmetic-grade ethyl hexyl glycerin product that governs customer qualification acceptance and premium ingredient pricing.

Civil Works: Building construction and plant layout should be optimized to enhance workflow efficiency, safety, and minimize material handling. Separate areas for raw material storage, production, quality control, and finished goods storage must be designated. Space for future expansion should be incorporated to accommodate business growth. Chemical process plant buildings with appropriate fire-rated construction for flammable organic solvent and elevated-temperature process operations; ventilation and vapor extraction systems for solvent handling areas; chemical-resistant flooring and bund containment for raw material and product storage areas; dedicated quality control laboratory space with analytical instrument installation; and cosmetic-grade finished product storage areas with temperature control and clean packaging environment are essential civil infrastructure requirements for an ethyl hexyl glycerin production facility compliant with cosmetic ingredient GMP standards.

Other Capital Costs: Costs associated with land acquisition, construction, and utilities including steam generation, cooling water, and electrical supply infrastructure must be considered in the financial plan. Pre-operative expenses including ethyl hexyl glycerin product safety dossier preparation and INCI registration documentation, cosmetic ingredient GMP quality management system implementation and third-party audit certification, regulatory compliance documentation for supply to EU and US cosmetic markets, initial working capital for glycerin and 2-ethylhexanol raw material inventory and finished goods buffer stock, analytical instrument qualification and calibration, and cosmetic ingredient customer qualification sample supply and technical service programs are important components of total ethyl hexyl glycerin production project investment planning.

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Major Applications and Market Segments:

Ethyl hexyl glycerin production outputs serve critical multifunctional roles across multiple personal care and cosmetics end-market sectors:

Personal Care and Cosmetics: Used as a preservative booster and skin-conditioning agent in creams, lotions, serums, and deodorants, the personal care and cosmetics sector represents the largest and most established end-market for ethyl hexyl glycerin, where its unique combination of preservation enhancement with phenoxyethanol, antimicrobial odor-inhibition against Gram-positive bacteria, and emollient skin-conditioning properties make it a standard multifunctional additive in the formulator's toolkit across facial care, body lotion, deodorant, and antiperspirant formulations targeting the growing clean-label and paraben-free beauty consumer segment.

Skincare Products: Ethyl hexyl glycerin improves moisture retention and enhances the effectiveness of antimicrobial preservatives in skincare formulations, serving as a valued ingredient in premium moisturizers, anti-aging serums, eye creams, and sensitive skin products where its humectant and emollient properties contribute to a non-greasy, comfortable skin feel while supporting the overall preservation system efficacy and enabling formulators to reduce total phenoxyethanol concentration in sensitive skin positioning products targeting dermatologically tested and hypoallergenic claims.

Hair Care Formulations: Included in shampoos and conditioners for conditioning and preservation support, ethyl hexyl glycerin functions as a functional additive in hair care formulations where its emollient and skin-conditioning properties benefit scalp application comfort, its mild antimicrobial activity contributes to the overall preservation system for water-based formulations with high microbial contamination risk, and its compatibility with surfactant-based formulation systems enables straightforward incorporation across rinse-off and leave-on hair care product formats.

Pharmaceutical and Topical Preparations: Utilized in dermatological creams and medicated formulations for its mild antimicrobial properties, the pharmaceutical and topical preparation segment applies ethyl hexyl glycerin as a functional excipient in medicated skin creams, wound care preparations, and topical pharmaceutical products where its preservation-enhancing, skin-conditioning, and mild antimicrobial properties contribute to both product safety and patient skin tolerance, with the well-established cosmetic ingredient safety profile of ethyl hexyl glycerin supporting pharmaceutical excipient qualification and regulatory dossier preparation for topical product registration.

Why Invest in Ethyl Hexyl Glycerin Production?

Several compelling strategic and commercial factors make ethyl hexyl glycerin production an attractive investment:

Critical Functional Cosmetic Ingredient: Ethyl hexyl glycerin serves as a multifunctional additive in personal care and cosmetic formulations, acting as a preservative booster, deodorizing agent, and skin-conditioning ingredient - positioning it as an essential component in modern paraben-free and mild formulations. The multifunctionality of ethyl hexyl glycerin - replacing or reducing the loading requirements of multiple single-function additives in a single, well-tolerated ingredient - creates compelling formulation value that sustains its premium ingredient status and long-term incorporation in evolving cosmetic formulation systems.

Moderate but Technical Entry Barriers: While not as capital-intensive as specialty pharmaceuticals, production requires controlled esterification processes, high-purity raw materials, stringent quality standards, and regulatory compliance with cosmetic safety approvals, creating entry hurdles that favor technically competent manufacturers. The cosmetic ingredient regulatory documentation requirements - including INCI registration, EU Cosmetics Regulation compliance dossiers, safety data sheet preparation, and GMP audit readiness - create a meaningful qualification investment that, once completed, forms a durable competitive moat protecting established suppliers' customer relationships.

Megatrend Alignment: Rising demand for clean-label cosmetics, natural-inspired ingredients, premium skincare, and global growth in personal care markets drives steady demand, with the shift toward preservative-free and multifunctional formulations supporting long-term consumption growth. The alignment of ethyl hexyl glycerin with the dominant clean beauty, natural formulation, and sensitive skin product development trends in cosmetics - including its acceptance in many natural and organic cosmetic certification frameworks as a glycerin-derived ingredient - positions it to benefit from ongoing premiumization and natural product growth across global personal care markets.

Regulatory and Consumer Shift Support: Increasing restrictions on traditional preservatives and growing consumer preference for safer, skin-friendly ingredients across regions such as Europe, North America, and Asia-Pacific indirectly accelerate demand for ethyl hexyl glycerin in cosmetic formulations. The proactive restriction or phased reduction of parabens, formaldehyde-releasing preservatives, and isothiazolinones across multiple major regulated markets creates a sustained reformulation demand environment that continuously expands the market opportunity for ethyl hexyl glycerin as a mild, effective, and regulatory-accepted preservation enhancement ingredient.

Supply Chain Localization and Reliability: Cosmetic and personal care brands are prioritizing reliable, compliant, and regionally diversified suppliers to mitigate raw material volatility and regulatory risks - creating opportunities for manufacturers offering consistent quality, documentation, and scalable production capacity. The growing emphasis of cosmetic brands on supply chain resilience and regional sourcing security - accelerated by global supply chain disruption experience - creates market access opportunities for new ethyl hexyl glycerin producers establishing manufacturing capacity in underserved geographies with strong cosmetic industry customer bases.

Manufacturing Process Excellence:

The ethyl hexyl glycerin production process involves esterification, etherification, and vacuum distillation as the primary production steps, with the process beginning from refined cosmetic-grade glycerin and 2-ethylhexanol feedstocks and proceeding through acid-catalyzed etherification reaction, crude product purification, and vacuum distillation finishing to yield specification-grade cosmetic ingredient ethyl hexyl glycerin. The main production steps include:

• Raw material receipt and quality verification - incoming quality inspection of cosmetic-grade glycerin (minimum 99.5% purity, low color, low odor) and 2-ethylhexanol feedstocks against supplier certificates of analysis and internal acceptance specifications, with release to production storage tanks only upon analytical verification of purity, color, water content, and identity by refractive index or GC analysis, and full lot traceability documentation from raw material receipt through all production stages

• Reactor charge preparation - metering of refined glycerin and 2-ethylhexanol into the etherification reactor at defined molar charge ratio via calibrated metering pumps, with catalyst addition at defined charge weight ratio to glycerin feedstock, and reactor purging with inert nitrogen atmosphere before heating to prevent oxidative color body formation during elevated temperature reaction processing

• Acid-catalyzed etherification reaction - heating of the glycerin and 2-ethylhexanol charge with acid catalyst to defined reaction temperature (typically 120-180°C) under agitation with controlled reaction water removal via azeotropic distillation, Dean-Stark trap, or reflux with water separation, driving condensation etherification equilibrium toward product formation and monitoring reaction progress by periodic sampling and GC analysis for glycerin conversion and product ether content until target conversion specification is achieved

• Reaction endpoint determination and cooling - confirmation of etherification reaction completion by GC analysis of crude product for residual glycerin content and ethyl hexyl glycerin ether content against defined endpoint specification, followed by controlled cooling of the crude reaction mixture to temperature suitable for catalyst neutralization and washing processing while maintaining agitation to prevent solidification of glycerin residues

• Catalyst neutralization - addition of calculated quantity of aqueous alkali solution (sodium hydroxide or sodium carbonate) to the cooled crude product with agitation to neutralize the acid catalyst, conversion of acid catalyst to water-soluble salt for removal in subsequent water wash operations, with pH verification of the neutralized crude product mixture before proceeding to washing

• Water washing and phase separation - addition of defined volume of deionized or softened water to the neutralized crude product mixture with agitation, followed by settling and phase separation in a decanter or separation vessel to remove the aqueous phase containing neutralized catalyst salts, unreacted glycerin, and water-soluble impurities from the organic crude product phase, with repeated wash cycles as required to meet wash water conductivity or glycerin content specifications before organic phase transfer to distillation

• Drying and residual water removal - treatment of washed organic crude product phase to remove residual water by vacuum drying, anhydrous magnesium sulfate or sodium sulfate treatment, or short-duration vacuum distillation water stripping to reduce moisture content to specification level before vacuum distillation purification, as residual water interferes with distillation column performance and finished product moisture specification compliance

• Vacuum distillation purification - transfer of dried crude organic product to vacuum distillation column system for fractionation under defined vacuum (typically 1-10 mbar) to separate the ethyl hexyl glycerin product fraction from unreacted 2-ethylhexanol (recovered for recycle or sale), di-ether and tri-ether by-products, and heavier residues, collecting the ethyl hexyl glycerin distillate fraction within the defined boiling range cut points at the target purity and specification compliance level verified by in-process GC analysis

• Decolorization and polishing (for premium cosmetic grades) - treatment of distilled ethyl hexyl glycerin with activated carbon at defined temperature and contact time for adsorption of color bodies and trace odor-contributing impurities, followed by filtration through cosmetic-grade filter aid to remove spent carbon and achieve APHA color specification compliance for premium cosmetic ingredient grades, with thin-film or wiped-film evaporation as alternative finishing option for ultra-low-color specification requirements

• Filtration and quality control sampling - final polish filtration of finished ethyl hexyl glycerin through cosmetic-grade cartridge filters to ensure particulate clarity, followed by quality control sampling for full certificate of analysis testing including GC purity, APHA color, refractive index, water content (Karl Fischer), hydroxyl value, acid value, viscosity, and appearance against product release specification, with microbiological testing as required for cosmetic ingredient supply

• Packaging and dispatch - filling of quality-released finished ethyl hexyl glycerin into nitrogen-blanketed stainless steel drums, IBCs, or other customer-specified cosmetic ingredient packaging formats with accurate net weight recording, batch code and certificate of analysis labeling, and storage under ambient temperature dry conditions before dispatch to cosmetic ingredient distributors and direct cosmetic manufacturer customers with full product documentation and regulatory compliance support

The complete process flow encompasses unit operations, mass balance and raw material requirements, quality assurance criteria, and technical tests throughout production. A comprehensive quality management system aligned with cosmetic ingredient GMP standards - including ISO 9001 certification, full batch production records, raw material and finished product traceability, and customer audit readiness - must be implemented across all stages of ethyl hexyl glycerin production to ensure consistent purity, color, sensory profile, and regulatory documentation compliance meeting the specifications required for qualification and ongoing supply to cosmetic and personal care ingredient customers across global regulated markets.

Industry Leadership:

The global ethyl hexyl glycerin production industry is served by a group of established specialty chemical and cosmetic ingredient producers with recognized brand positions in the personal care ingredient supply market, cosmetic regulatory compliance expertise, and extensive distribution networks serving cosmetic and personal care formulators worldwide. Key industry players include:

• Schülke & Mayr
• Evonik Industries
• Clariant
• Ashland Industries
• Kumar Organic Products

These companies serve diverse end-use sectors including personal care and cosmetics, skincare and deodorants, pharmaceuticals, fine fragrances, and household cleaning products, with leading players investing continuously in product purity and performance innovation, sustainable and bio-based glycerin sourcing programs, cosmetic regulatory intelligence and compliance documentation support, and formulation technical service capabilities that enable cosmetic manufacturer customers to successfully implement ethyl hexyl glycerin across evolving paraben-free and clean-label formulation platforms.

Recent Industry Developments:

The ethyl hexyl glycerin market continues to evolve in response to the sustained global shift toward clean-label, paraben-free, and mild cosmetic preservation systems across all major personal care product categories. Formulators and brands across Europe, North America, and Asia-Pacific continue to accelerate reformulation programs to replace parabens and regulated preservative systems with mild, multifunctional alternatives such as ethyl hexyl glycerin combinations with phenoxyethanol - driving consistent new customer and formulation adoption growth for established suppliers. The ongoing regulatory activity across major cosmetics markets, including EU Cosmetics Regulation amendments and regional preservative ingredient safety reviews, continues to create reformulation demand that expands the addressable market for ethyl hexyl glycerin producers with strong regulatory compliance and documentation capabilities. Investment in bio-based and sustainable glycerin feedstock sourcing programs is an increasing focus for leading ingredient producers seeking to align their ethyl hexyl glycerin supply with cosmetic brand sustainability commitments and natural cosmetic certification requirements across key customer markets.

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