Oleochemicals: An Eco-Friendly Alternative

Introduction:

Oleochemicals, derived from the Latin word “oleum” meaning “olive oil,” are chemicals extracted from plant and animal fats. The primary sources include palm oil, soybean oil, and animal fats. These natural oils undergo chemical reactions such as hydrolysis, transesterification, and hydrogenation to produce a variety of oleochemicals, including fatty acids, glycerol, fatty alcohols, and methyl esters. They are similar to petrochemicals, which are derived from petroleum. In modern times, oleochemistry plays a significant role in our daily lives.

Eco-Friendly Alternative

The world’s population is growing at an alarming pace of 83.1 million per year, which is mainly responsible for the rise in demand for natural resources.

To overcome the well-known environmental problems, in recent years the attention of many researchers worldwide has been directed towards the replacement of petrochemical raw materials with renewable ones such as, for example, plant oils. Among the reasons that lead to the replacement of petrochemical raw materials with greener ones are the high CO2 emissions, the contamination of the aquatic environment, the lack of adequacy of production, the greenhouse effects and, above all, because petrochemical raw materials are non-renewable. Oleochemicals, on the contrary, are renewable chemical substances derived from plant oils and other fats, including animal fats, or even synthesized from the metabolism of microorganisms. In some cases, oleochemicals are also produced as by-products from the biofuel production.

As you know, today’s consumers want innovative, high-performance products created with natural, sustainable and ethically sourced ingredients. There is a noticeable shift, especially with younger generations who are looking for more eco-friendly options in their everyday lives. Think about the soaps, detergents, and beauty products, a lot of them are ditching the chemicals made from fossil fuels and turning to plant-based oleochemicals instead. It’s better for environment and just as effective. This trend isn’t just present in personal care products. Companies in industries like pharmaceuticals, plastics, and even animal feed are also looking for ways to cut down on their emissions, and plant-based alternatives like oleochemicals are a part of the solution. Some of the major oleochemicals include fatty acids, fatty alcohols, methyl esters, and glycerin. The largest application for oleochemicals is in the production of soaps and detergents, which account for about 30% of the market share for fatty acids and 55% for fatty alcohols.

Glycerine: A 21st Century Disruptor

Glycerine was once produced synthetically. Today, it comes from the natural resources of animal or vegetable oils or fats. It is derived via hydrolysis (saponification) and by reaction with acid and alcohol (transesterification).

Several hundreds of applications rely on crude or refined glycerine feedstocks. They range from food, medicine and personal care to detergents, solvents and plastics. The relatively new market that grew around the vaping industry uses glycerine. And, seasonal demand for antifreeze underpins a cyclical market driver for this biodiesel industry waste stream.

Challenges and Future Prospects

Despite the positive outlook, the oleochemical industry faces challenges such as fluctuating crude oil prices and the need for reliable sources of raw materials. However, the industry also presents significant opportunities, particularly in the personal care and food industries, where there is a growing demand for natural and organic ingredients

Market Overview

The global oleochemicals market was valued at approximately USD 37.88 billion in 2023 and is projected to grow at a compound annual growth rate (CAGR) of 6.3% from 2024 to 2032, reaching around USD 65.38 billion. The Asia Pacific region dominates the market, accounting for 48.86% of the market share in 2023.

Conclusion:

Growth in the global oleochemicals market is supported by demand for products seen as safe and natural. Seen as the sustainable green option by business, consumers and regulatory authorities has driven demand. They have uses in industrial additives and lubricants; food processing, animal feed and for manufacturing detergents and personal care products, often as replacements for petroleum-derived commodities. However, market trends for oleochemicals are heavily dependent on feedstock pricing and availability

References:

https://www.resourcewise.com/

https://www.intechopen.com/

https://www.researchgate.net/

https://www.sciencedirect.com/

https://www.goldenagri.com.sg/

https://www.icheme.org/

https://www.resourcewise.com/

https://www.icis.com/

https://rspo.org/

https://www.fortunebusinessinsights.com/

Post Categories

Formulation of Baby Skin Care Products; Dos and Don’ts

The phrase “baby skin” immediately evokes exceptional softness and smoothness; however, for specialists and formulators, behind this delicate appearance lies a complex and sensitive reality. Baby skin has an immature protective barrier (Skin Barrier) that does not yet have sufficient capacity to cope with environmental factors, and its permeability is very high. This is precisely why the standards and criteria for selecting cosmetic and personal care raw materials for baby products have fundamental differences from adult products. A small mistake in selecting these compounds can lead to severe skin irritation. Therefore, safe formulation requires a deep understanding of skin physiology. In this article, we examine the characteristics of baby skin, formulation challenges, and the list of compounds approved by the FDA.

Understanding the Characteristics and Sensitivities of a Baby’s Developing Skin

Baby skin is not merely a smaller version of adult skin; rather, it has specific structural and functional differences that require special care. Below, three main characteristics and the physiological challenges associated with them are examined:

Thinner Stratum Corneum

Compared with adults, babies have a Stratum Corneum that is approximately 30 percent thinner, and the distance between the cells of this layer is also greater.

Physiological Challenges of Baby Skin:

Lower ability to retain moisture
Increased rate of water absorption and loss (which can cause dry skin)
Greater vulnerability to chemicals and high permeability to topical substances, which in some cases increases the likelihood of sensitivity or even toxic effects.

Formation of the Protective Acid Mantle (Acid Mantle)

Sebaceous glands and sweat glands in babies are less active; therefore, the protective acid mantle of the skin has not yet fully formed. This is why baby skin has a neutral pH during the first few days, while adult skin is naturally acidic.

Physiological Challenges of Baby Skin:

Greater possibility of contact with and growth of microorganisms on the skin
Greater vulnerability to infections and skin irritations such as diaper rash
High tendency toward dry skin

Read More: Sulfate-Free Shampoo Formulation

Less Melanin

Baby skin contains a very small amount of coloring substances; therefore, it produces much less melanin compared with adults.

Physiological Challenge of Baby Skin:

Lack of natural protection against sunlight

Table Examining the Structural Characteristics of Baby Skin

Structural Characteristic of Baby Skin	Detailed Description	Physiological Challenge and Risks	Formulation Approach
Thin Stratum Corneum	30% thinner than adults with greater distance between cells	High permeability to chemicals and rapid water loss (dryness)	Use of strong emollients and removal of toxic/sensitizing substances
Immature Acid Mantle	Low activity of sebaceous and sweat glands (neutral pH at birth)	Susceptibility to microbial growth, fungal infection, and diaper rash	Precise adjustment of product pH and use of mild antibacterial compounds
Melanin Deficiency	Minimal pigment production by melanocytes	Lack of natural protection against solar UV radiation	Need for physical protection (no use of chemical filters in babies)

How to Select Suitable Chemical Raw Materials for Baby Products?

Avoiding Materials with Potential Risks for Babies:

Naturally, any material that has not been tested on baby skin in terms of its potential to cause sensitivity, allergy, or its level of absorption through the skin should not be used in the formulation of baby products. For example, very strong detergents such as sodium lauryl sulfate, excessive or very strong preservatives, degreasing agents, PEG-containing additives, and fragrances are better avoided in baby products. However, these substances are not inherently dangerous and do not necessarily need to be removed from adult products; rather, it is recommended that these substances themselves and formulations containing them be evaluated and tested before use on baby skin. It should also be noted that although natural preservatives can be beneficial in some baby products, their safety on baby skin has not always been fully evaluated; therefore, caution should also be exercised when using them.

Use of Suitable Emollients and Moisture-Retaining Agents for Babies:

Baby skin requires special care to restore lipids and protect its natural barrier; therefore, moisturizers, moisture-retaining agents, and emollients are ideal options for baby skin care formulations. Dimethicone is particularly considered a safe and highly effective ingredient in this regard. In fact, the U.S. Food and Drug Administration (FDA) has published a monograph that lists substances permitted for drug claims related to skin protection, including:

Dimethicone 1–30%
Glycerin 20–45%
Allantoin 0.5–2%
Petrolatum 30–100%

In general, any emollient that can prevent excessive water evaporation from the skin (TEWL) and maintain skin moisture is suitable, provided that it is not known to be a comedogenic agent (pore-clogging) or a sensitizer.

Important and Noteworthy Points in the Formulation of Baby Care Products

The production of baby care products requires a precise understanding of raw materials and their potential effects on baby skin. The market is highly receptive to products produced based on renewable, natural, or nature-inspired resources. In addition, the product pH should be close to the natural pH of baby skin, and the concentration of active ingredients and preservatives should be adjusted according to safety standards. Conducting specific skin tests for babies before launching the product will ensure the safety and effectiveness of the product.

Safety Tests and Standards

Baby products should be manufactured and tested according to international standards. Conducting clinical and laboratory tests before launch, in addition to ensuring safety, also helps build parents’ trust.

Marketing Trends and Parental Attention

Today, parents are paying more attention than ever to natural resources and safety. Products manufactured with safe and natural ingredients gain greater trust and perform better in the market. This trend has led manufacturers to use vernix-inspired compounds and skin barrier-repairing materials in their formulations.

Conclusion:

Baby skin is not merely a smaller version of adult skin, but rather has a physiological structure with unique characteristics. The 30% thinner Stratum Corneum, immature acid mantle, and low activity of sebaceous glands make this skin highly vulnerable to the penetration of chemicals and moisture loss. Therefore, the art of baby product formulation lies in the intelligent selection of raw materials; removing high-risk compounds such as SLS and strong parabens and replacing them with safe and FDA-approved materials such as Dimethicone, Glycerin, and Petrolatum. Ultimately, success in this market depends on producing products that, in addition to restoring the skin’s protective barrier, are inspired by natural resources and have successfully passed all safety and clinical tests before launch.

Frequently Asked Questions:

1. Why does baby skin dry out faster than adult skin?

Because the Stratum Corneum in babies is 30% thinner and the distance between its cells is greater. This structure causes the rate of water evaporation from the skin surface (TEWL) to increase, resulting in faster moisture loss.

2. Which substances does the FDA consider safe for protecting baby skin?

According to the FDA monograph, substances such as Dimethicone (1 to 30%), Glycerin (20 to 45%), Allantoin (0.5 to 2%), and Petrolatum (30 to 100%) are safe and effective for use in baby skin protection products.

3. Which compounds should not be used in baby product formulations?

The use of strong detergents such as sodium lauryl sulfate (SLS), strong preservatives, harsh degreasing agents, PEG-containing compounds, and allergenic fragrances is not recommended due to the high permeability of baby skin.

Padideh Shimi Jam is a manufacturer of chemical raw materials for industries in Iran. To purchase and place an order for chemical raw materials, contact the sales experts at this center at 02188580000.

Source:

https://www.cosmeticsandtoiletries.com/formulas-products/skin-care/blog/21837701/deciphering-baby-care-formulations

Author : مدیریت وبسایت پدیده شیمی جم

Trends Influencing Cosmetic and Personal Care Raw Materials Over the Next 25 Years

Chemical raw materials play a key role in various industries, including the beauty and personal care industry. In the coming years, the chemical raw materials industry will undergo profound transformation. Growing demand for sustainability, the rapid growth of biotechnology, and the development of biopharmaceuticals will fundamentally change the direction of this industry. Today, specialized raw materials are no longer just a part of formulations; they have become tools for creating innovation and competitive advantage.

Sustainability: From Corporate Goals to Product Sustainability:

The World Economic Forum’s “Global Risks 2024” report shows why environmental sustainability has become one of the most important priorities for the chemical raw materials industry. The major risks over the next decade include natural resource shortages, biodiversity loss, and extreme weather events caused by climate change, all of which are related to the environment.

Today, the impact of these challenges can be seen in consumer purchasing decisions. For example, a significant proportion of consumers prefer to purchase more sustainable products from companies that behave responsibly and provide solutions to address climate change. This trend will continue to grow, and therefore the influence of sustainability on business decision-making will increase, playing a much deeper role in shaping the specialized raw materials sector over the coming decades.

Sustainability claims are no longer limited to reducing greenhouse gas emissions, and greater attention will be given to carbon sources, biodegradability, and the end-of-life of products. In addition, the transition from petrochemical raw materials toward bio-based, recycled, and waste-derived materials will continue at a faster pace, and the share of petrochemical raw materials in the raw materials industry is expected to decline significantly over the next 25 years.

The implications of these trends are clear: sustainability is redefining the industry. Companies must review their methods and products throughout the entire supply chain to reduce environmental impacts while meeting the diverse needs of customers and the future market.

Read more: Factors Affecting the Global Dishwashing Liquid Market

Biotechnology:

Biotechnology is already transforming traditional raw material production processes, and this trend is expected to continue over the next 25 years as attention to biotechnological solutions, particularly in pharmaceuticals and personal care products, continues to increase.

Personalization (Personalization):

Personalization will be one of the emerging developments in pharmaceuticals and personal care over the next 25 years. Imagine entering a store and receiving a product specifically tailored to your unique skin needs. This concept, which is still limited and specialized today, could become widely common in developed markets over the coming decades.

Artificial Intelligence (AI):

Artificial intelligence has become an effective tool in the raw materials industry; it accelerates the discovery of new materials, increases production efficiency, and improves demand forecasting. However, data quality remains a determining factor in the effectiveness of this technology.

Sustainable Solutions for Protecting Resources and the Environment:

Improper extraction of raw materials leads to resource shortages, habitat destruction, and biodiversity loss. The transition toward bio-based, recycled, and waste-derived resources is accelerating, and the share of petrochemical raw materials in the cosmetics industry is expected to decline significantly over the next 25 years. Sustainable carbon sources, including plant-based lignin and waste gas capture technologies, are becoming a major focus of the industry.

Challenges and Opportunities for the Raw Materials Industry in the Face of Demographic and Cultural Changes:

Economic growth in developing countries is outpacing that of developed markets, with Asia, the Middle East, and Africa emerging as important sources of future growth for this industry. This growth is largely driven by the expansion of the middle class and urbanization, resulting in greater penetration of personal care products across different cultures and markets around the world. As a result, raw material suppliers are required to consider cultural and ethnic differences in their product portfolios.

The aging population is also an important driver of consumption. According to World Health Organization statistics, by 2050, the proportion of people aged over 60 will reach 22%, compared with only 12% in 2015. Older people in developed markets generally have greater disposable income and fewer responsibilities, and therefore show a greater tendency toward luxury and impulse purchases. In addition, with increasing life expectancy, these consumers are looking for products that provide a greater sense of well-being and a more youthful appearance.

Today, beauty at every stage of life has become synonymous with well-being, self-confidence, and self-esteem. This trend creates an opportunity to provide better products and experiences for the aging population, which represents a growing share of the global population. All of these factors will have a significant impact on the raw materials industry.

Read more: Formulation Strategies for Producing Popular Detergents

Conclusion: The Future Depends on Responsibility

The chemical raw materials industry is on the threshold of a new era in which sustainability, biotechnological innovations, and attention to consumers’ personalized needs will dictate the path of growth. Success in this decade will require significant investment in research and development to discover sustainable carbon sources, such as plant-based lignin and waste gas capture technologies, and full alignment with the new values and demands of the market. Companies that can establish this balance between technology and social responsibility will become transformative leaders in the industry.

Author : مدیریت وبسایت پدیده شیمی جم