COSMOS stands for Cosmetics Organic and Natural Standard.
Sets certification requirements for organic and natural cosmetics products in Europe.
The standard is recognized globally by the cosmetics industry.
review of guidelines for herbal cosmetics by private bodies like cosmos with ...MoidulIslam17
review of guidelines for herbal cosmetics by private bodies like cosmos with respect to preservatives, emollients, foaming agents, emulsifiers and rheology modifiers.
Design of cosmeceutical products addressing dry skinMansiGangwar5
The document discusses various skin conditions including dry skin, acne, pigmentation, and prickle heat. It defines each condition, describes causes and symptoms, prevention methods, and treatment options. It also provides details on marketed cosmetic formulations for conditions like dry skin. The document serves as a reference for common skin issues, their pathogenesis, and approaches to management.
The document discusses various cosmetic and cosmeceutical formulations and treatments for different skin and oral conditions including acne, dandruff, bad breath, and sensitive teeth. It provides details on the anatomy and layers of skin, causes and treatments for different conditions using cosmetic ingredients like benzoyl peroxide, clindamycin, resorcinol, and retinoic acid. The document also provides formulations for anti-acne cream and discusses preventative measures and adjuvants used along with cosmeceutical treatments.
Review of guidelines for herbal cosmetics by COSMOSDev Jain
Review of guidelines for herbal cosmetics by
private bodies like cosmos with respect to preservatives,
emollients, foaming agents, emulsifiers and rheology modifiers.
Myself Omkar Tipugade , M pharm , Shree Santkrupa College of Pharmacy , Ghogaon , Karad ( Maharashtra).
I upload the presentation on sun protection & type of Skin and sun screen agent depend on skin type , and also brief information about the cosmetic & cosmeceutical product.
This document discusses rheological additives used in cosmetics. It begins with an introduction to rheology and how it relates to cosmetics performance. It then classifies rheological additives into aqueous-phase and non-aqueous phase additives. The main types of aqueous additives discussed are associative thickeners, hectorite, and bentone hydrophilic clays. For non-aqueous additives, it covers bentone organophilic clays, bentone gel, and thixcin r additive. It concludes by listing some applications of these additives and citing references.
Cleansing and care need for face skin,eye lids,lips,hands,feet,nail,scalp,neck,bDRx Amit Chaudhari
Hi friends these topics mainly related to cosmetic biological aspects in which Cleansing and Care need for face skin, scalp, Nail, lips, eye,body and deodorants preparation are explained ..I hope you will like my slides and if any queries then comments .
review of guidelines for herbal cosmetics by private bodies like cosmos with ...MoidulIslam17
review of guidelines for herbal cosmetics by private bodies like cosmos with respect to preservatives, emollients, foaming agents, emulsifiers and rheology modifiers.
Design of cosmeceutical products addressing dry skinMansiGangwar5
The document discusses various skin conditions including dry skin, acne, pigmentation, and prickle heat. It defines each condition, describes causes and symptoms, prevention methods, and treatment options. It also provides details on marketed cosmetic formulations for conditions like dry skin. The document serves as a reference for common skin issues, their pathogenesis, and approaches to management.
The document discusses various cosmetic and cosmeceutical formulations and treatments for different skin and oral conditions including acne, dandruff, bad breath, and sensitive teeth. It provides details on the anatomy and layers of skin, causes and treatments for different conditions using cosmetic ingredients like benzoyl peroxide, clindamycin, resorcinol, and retinoic acid. The document also provides formulations for anti-acne cream and discusses preventative measures and adjuvants used along with cosmeceutical treatments.
Review of guidelines for herbal cosmetics by COSMOSDev Jain
Review of guidelines for herbal cosmetics by
private bodies like cosmos with respect to preservatives,
emollients, foaming agents, emulsifiers and rheology modifiers.
Myself Omkar Tipugade , M pharm , Shree Santkrupa College of Pharmacy , Ghogaon , Karad ( Maharashtra).
I upload the presentation on sun protection & type of Skin and sun screen agent depend on skin type , and also brief information about the cosmetic & cosmeceutical product.
This document discusses rheological additives used in cosmetics. It begins with an introduction to rheology and how it relates to cosmetics performance. It then classifies rheological additives into aqueous-phase and non-aqueous phase additives. The main types of aqueous additives discussed are associative thickeners, hectorite, and bentone hydrophilic clays. For non-aqueous additives, it covers bentone organophilic clays, bentone gel, and thixcin r additive. It concludes by listing some applications of these additives and citing references.
Cleansing and care need for face skin,eye lids,lips,hands,feet,nail,scalp,neck,bDRx Amit Chaudhari
Hi friends these topics mainly related to cosmetic biological aspects in which Cleansing and Care need for face skin, scalp, Nail, lips, eye,body and deodorants preparation are explained ..I hope you will like my slides and if any queries then comments .
Formulation Building blocks: Building blocks for different product formulatio...PRAJAKTASAWANT33
Building blocks for different product formulations of
cosmetics/cosmeceuticals. Surfactants - Classification and application. Emollients,
rheological additives: classification and application.
This document discusses controversial ingredients in cosmetics including parabens, formaldehyde liberators, and 1,4-dioxane. It outlines the common uses of these ingredients, potential health concerns like cancer and irritation, and regulations regarding their use. Parabens are widely used preservatives that may disrupt the endocrine system and have been linked to breast cancer. Formaldehyde and formaldehyde-releasing preservatives are found in many personal care products and are classified as carcinogenic. 1,4-dioxane is a probable carcinogen that can form as a contaminant in ingredients processed with ethylene oxide. Avoiding these ingredients requires reading labels and choosing products certified as formaldehyde-free or
Cleansing and care needs for face eyelid lips hands feet nail scalp neck bodyRahul Krishnan
This document provides information on various skin, eye, lip, nail, and scalp care products. It discusses cleansers, face washes, moisturizers, fairness creams, and other cosmetic products. It also covers ingredients and formulations for lipsticks, lip balms, lip gloss, lip liner, eye shadows, mascara, eye liner, and other eye and lip care products. The document is intended to educate readers on cleansing and care needs for different areas of the face and recommendations for appropriate cosmetic products.
INDIAN REGULATORY REQUIREMENTS FOR LABELING OF COSMETICSPV. Viji
INDIAN REGULATORY REQUIREMENTS FOR LABELING OF COSMETICS , IMPORTANCE OF LABELING , LABELING REQUIREMENTS , Common or generic name of the product. , Product function , Use instruction , Name & address of Manufacturer , Country of manufacture , Manufacture Date , Expiry date , Net Quantity , Retail Sale Price , Storage condition , Barcodes , Batch number , Warning or Caution if hazard exists , Manufacturing License Number , Ingredients , Registration Certificate Number (RCN) , Consumer Care Details , Using Stickers , Brown/Red or green dot , Not a standard pack size under Legal Metrology(Packaged commodities) Rules
This document provides an overview of cosmetics regulations in India. It discusses the regulatory bodies that oversee cosmetics, including the Central Drugs Standard Control Organization and state licensing authorities. Import requirements for cosmetics are also summarized, such as the ports cosmetics can be imported through and standards they must meet. Labelling standards are outlined as well as what constitutes a misbranded or spurious cosmetic.
This document discusses regulatory provisions related to the manufacture of cosmetics in India. It notes that a license must be obtained from the state licensing authority to manufacture products like tooth powders, pastes, creams, lotions, shampoos, hair oils, emulsions, nail polishes, lipsticks, aerosols, colognes, hair dyes, and toilet soaps. The license application must be submitted along with a Rs. 6000 fee and Rs. 1500 inspection fee. It also outlines penalties for contraventions like importing or selling spurious, prohibited, or misbranded cosmetics, which can include imprisonment of up to 5 years and fines up to Rs. 10,000.
The document discusses the COSMOS standard for organic and natural cosmetics certification in Europe. Some key points:
- COSMOS sets certification requirements for organic and natural cosmetics products in Europe to use specific guidelines and signatures on packaging.
- There are four main COSMOS certification signatures: organic, natural, certified, and approved products. Companies must go through a six step process to gain approval for product labeling.
- Over 1,600 manufacturers across 45+ countries follow the COSMOS standard. It aims to promote principles like using organic farming ingredients and environmentally friendly production processes.
Controversial ingredients of Cosmetics - Parabens, Formaldehyde and formaldehyde liberators, 1,4 Dioxanes, Health concerns of controversial ingredients, Regulations of controversial ingredients, quaternium-15, DMDM hydantoin, imidazolidinyl urea, diazolidinyl urea, polyoxymethylene urea,
sodium hydroxymethylglycinate, bromopol and glyoxal, Alternatives of parabens, Vulnerable populations, How to avoid controversial ingredients
Review of guidelines for herbal cosmetics by private bodies like cosmosNimmiRoy
The document discusses the COSMOS standard for organic and natural cosmetics. COSMOS was established in 2002 by five European organizations to set universal standards for organic and natural cosmetics. The standard defines criteria for ingredients, composition, processing, packaging, labeling and certification. Products must be third-party certified to use the COSMOS label to indicate they meet the standard's requirements for using organic and natural ingredients.
History of computers in pharmaceutical research and developmentZahid1392
Computers have been used in pharmaceutical research since the 1940s, starting with early machines like the IBM 650. Over subsequent decades, computational approaches like quantum chemistry, molecular mechanics, molecular simulations, and QSAR grew alongside increasing computer power. The 1980s saw many of these approaches combine into modern computational chemistry. By the 1990s, computer-based drug discovery was yielding new drugs, as workstations and supercomputers assisted research. Computational chemistry experts now play an important role in pharmaceutical research and development.
Definition of cosmetic products as per india by bashantBashant Kumar sah
The document discusses Indian regulations for cosmetics, including definitions, labeling requirements, and provisions for manufacturing, importing, and selling cosmetics. Key points:
1. The Drugs and Cosmetics Act defines cosmetics as any article intended to be applied to the human body to cleanse, beautify or alter appearance.
2. Labeling must include the name, address, ingredients, and net quantity of the product. Certain information is required on inner and outer labels.
3. Manufacturing cosmetics requires a license and must follow good manufacturing practices for premises, equipment, testing, and record keeping. Imported cosmetics also have restrictions.
4. Misbran
Perfumes, Classification, Perfume Ingredients listed as allergens in EU regul...SimranDhiman12
This document summarizes the key aspects of perfumes, including their composition, manufacturing process, classification, and ingredients. Perfumes are mixtures of essential oils, fixatives, and solvents that are blended according to a formula. They are classified based on concentration and longevity. The major steps in manufacturing include collection of aromatic sources, extraction of oils, blending, and aging. Perfumes contain top, middle, and base notes that create the harmonious scent. They also list common allergens that must be disclosed on cosmetic labels in the EU.
This document discusses the use of computers in pharmaceutical formulation. It begins with an introduction to pharmaceutical formulation and design of experiment techniques. It then provides examples of emulsion and microemulsion formulations. The document reviews several software programs used for design of experiment and optimization in formulation development. It also discusses using design of experiment techniques for screening critical factors and developing different dosage forms. Finally, it covers legal protection of innovative computer uses in research and development, including patents, copyright, database protection, and trade secrets.
This document summarizes regulations relating to the import of cosmetics in India. It defines cosmetics and outlines what types are prohibited from import under the Drugs and Cosmetics Act, including those that are not of standard quality, misbranded, contain unsafe ingredients, or contain banned substances like hexachlorophene or mercury compounds. It also describes registration requirements for imported cosmetic products, listing 28 specific types that must meet Indian standards. Misbranded and spurious cosmetics are defined, and penalties are outlined for offenses like importing prohibited cosmetics or selling non-standard or misbranded products.
The document discusses several key concepts related to drug transport and absorption:
1) The pH partition hypothesis states that acidic drugs are absorbed from acidic solutions and basic drugs from alkaline solutions, though some exceptions exist due to the microclimate pH near the membrane surface.
2) Tight junctions form a virtually impermeable barrier between cells, composed of sealing strands that prevent fluid passage.
3) According to Fick's first law, passive diffusion of solutes is determined by concentration gradients and membrane permeability. For ionizable drugs, the uncharged form is more permeable. The pH partition hypothesis relates permeability to pH and the fraction of uncharged molecules.
Addressing wrinkles, body odor & dandruff through cosmeceutical preparationsMonika Dovulary
This presentation is a precise yet descriptive information of the topic and will be of extreme use to postgraduate students.
I hope this will be of great help.
The document summarizes the guidelines for herbal cosmetics by the COSMOS certification. COSMOS sets standards for organic and natural cosmetics in Europe. The guidelines cover ingredients, product composition, manufacturing, packaging, labeling and certification requirements. Products must meet criteria for the origin and processing of ingredients, and use of preservatives is allowed to prevent microbial growth and maintain product safety and shelf life. The document provides examples of preservatives commonly used in cosmetic products like lipsticks, toothpastes, shampoos and creams.
HERBAL COSMETICS BY PRIVATE BODIES LIKE COSMOS.pptxpurvayeole1
GUIDELINES FOR HERBAL COSMETICS BY PRIVATE BODIES LIKE COSMOS
Preservatives
Emollients
Foaming agents
What are Cosmetics?
What are Herbal Cosmetics?
Advantages of Herbal Cosmetics
What is Cosmos?
Guiding principle of Cosmos
Certification signatures & Benefits
What the Cosmos standard covers?
Approval of ingredients
Cosmos standard:
Origin and processing of ingredients.
Composition of total product.
Storage, manufacturing and packaging.
Environment management.
Labelling and communication.
Inspection, certification and control.
Formulation Building blocks: Building blocks for different product formulatio...PRAJAKTASAWANT33
Building blocks for different product formulations of
cosmetics/cosmeceuticals. Surfactants - Classification and application. Emollients,
rheological additives: classification and application.
This document discusses controversial ingredients in cosmetics including parabens, formaldehyde liberators, and 1,4-dioxane. It outlines the common uses of these ingredients, potential health concerns like cancer and irritation, and regulations regarding their use. Parabens are widely used preservatives that may disrupt the endocrine system and have been linked to breast cancer. Formaldehyde and formaldehyde-releasing preservatives are found in many personal care products and are classified as carcinogenic. 1,4-dioxane is a probable carcinogen that can form as a contaminant in ingredients processed with ethylene oxide. Avoiding these ingredients requires reading labels and choosing products certified as formaldehyde-free or
Cleansing and care needs for face eyelid lips hands feet nail scalp neck bodyRahul Krishnan
This document provides information on various skin, eye, lip, nail, and scalp care products. It discusses cleansers, face washes, moisturizers, fairness creams, and other cosmetic products. It also covers ingredients and formulations for lipsticks, lip balms, lip gloss, lip liner, eye shadows, mascara, eye liner, and other eye and lip care products. The document is intended to educate readers on cleansing and care needs for different areas of the face and recommendations for appropriate cosmetic products.
INDIAN REGULATORY REQUIREMENTS FOR LABELING OF COSMETICSPV. Viji
INDIAN REGULATORY REQUIREMENTS FOR LABELING OF COSMETICS , IMPORTANCE OF LABELING , LABELING REQUIREMENTS , Common or generic name of the product. , Product function , Use instruction , Name & address of Manufacturer , Country of manufacture , Manufacture Date , Expiry date , Net Quantity , Retail Sale Price , Storage condition , Barcodes , Batch number , Warning or Caution if hazard exists , Manufacturing License Number , Ingredients , Registration Certificate Number (RCN) , Consumer Care Details , Using Stickers , Brown/Red or green dot , Not a standard pack size under Legal Metrology(Packaged commodities) Rules
This document provides an overview of cosmetics regulations in India. It discusses the regulatory bodies that oversee cosmetics, including the Central Drugs Standard Control Organization and state licensing authorities. Import requirements for cosmetics are also summarized, such as the ports cosmetics can be imported through and standards they must meet. Labelling standards are outlined as well as what constitutes a misbranded or spurious cosmetic.
This document discusses regulatory provisions related to the manufacture of cosmetics in India. It notes that a license must be obtained from the state licensing authority to manufacture products like tooth powders, pastes, creams, lotions, shampoos, hair oils, emulsions, nail polishes, lipsticks, aerosols, colognes, hair dyes, and toilet soaps. The license application must be submitted along with a Rs. 6000 fee and Rs. 1500 inspection fee. It also outlines penalties for contraventions like importing or selling spurious, prohibited, or misbranded cosmetics, which can include imprisonment of up to 5 years and fines up to Rs. 10,000.
The document discusses the COSMOS standard for organic and natural cosmetics certification in Europe. Some key points:
- COSMOS sets certification requirements for organic and natural cosmetics products in Europe to use specific guidelines and signatures on packaging.
- There are four main COSMOS certification signatures: organic, natural, certified, and approved products. Companies must go through a six step process to gain approval for product labeling.
- Over 1,600 manufacturers across 45+ countries follow the COSMOS standard. It aims to promote principles like using organic farming ingredients and environmentally friendly production processes.
Controversial ingredients of Cosmetics - Parabens, Formaldehyde and formaldehyde liberators, 1,4 Dioxanes, Health concerns of controversial ingredients, Regulations of controversial ingredients, quaternium-15, DMDM hydantoin, imidazolidinyl urea, diazolidinyl urea, polyoxymethylene urea,
sodium hydroxymethylglycinate, bromopol and glyoxal, Alternatives of parabens, Vulnerable populations, How to avoid controversial ingredients
Review of guidelines for herbal cosmetics by private bodies like cosmosNimmiRoy
The document discusses the COSMOS standard for organic and natural cosmetics. COSMOS was established in 2002 by five European organizations to set universal standards for organic and natural cosmetics. The standard defines criteria for ingredients, composition, processing, packaging, labeling and certification. Products must be third-party certified to use the COSMOS label to indicate they meet the standard's requirements for using organic and natural ingredients.
History of computers in pharmaceutical research and developmentZahid1392
Computers have been used in pharmaceutical research since the 1940s, starting with early machines like the IBM 650. Over subsequent decades, computational approaches like quantum chemistry, molecular mechanics, molecular simulations, and QSAR grew alongside increasing computer power. The 1980s saw many of these approaches combine into modern computational chemistry. By the 1990s, computer-based drug discovery was yielding new drugs, as workstations and supercomputers assisted research. Computational chemistry experts now play an important role in pharmaceutical research and development.
Definition of cosmetic products as per india by bashantBashant Kumar sah
The document discusses Indian regulations for cosmetics, including definitions, labeling requirements, and provisions for manufacturing, importing, and selling cosmetics. Key points:
1. The Drugs and Cosmetics Act defines cosmetics as any article intended to be applied to the human body to cleanse, beautify or alter appearance.
2. Labeling must include the name, address, ingredients, and net quantity of the product. Certain information is required on inner and outer labels.
3. Manufacturing cosmetics requires a license and must follow good manufacturing practices for premises, equipment, testing, and record keeping. Imported cosmetics also have restrictions.
4. Misbran
Perfumes, Classification, Perfume Ingredients listed as allergens in EU regul...SimranDhiman12
This document summarizes the key aspects of perfumes, including their composition, manufacturing process, classification, and ingredients. Perfumes are mixtures of essential oils, fixatives, and solvents that are blended according to a formula. They are classified based on concentration and longevity. The major steps in manufacturing include collection of aromatic sources, extraction of oils, blending, and aging. Perfumes contain top, middle, and base notes that create the harmonious scent. They also list common allergens that must be disclosed on cosmetic labels in the EU.
This document discusses the use of computers in pharmaceutical formulation. It begins with an introduction to pharmaceutical formulation and design of experiment techniques. It then provides examples of emulsion and microemulsion formulations. The document reviews several software programs used for design of experiment and optimization in formulation development. It also discusses using design of experiment techniques for screening critical factors and developing different dosage forms. Finally, it covers legal protection of innovative computer uses in research and development, including patents, copyright, database protection, and trade secrets.
This document summarizes regulations relating to the import of cosmetics in India. It defines cosmetics and outlines what types are prohibited from import under the Drugs and Cosmetics Act, including those that are not of standard quality, misbranded, contain unsafe ingredients, or contain banned substances like hexachlorophene or mercury compounds. It also describes registration requirements for imported cosmetic products, listing 28 specific types that must meet Indian standards. Misbranded and spurious cosmetics are defined, and penalties are outlined for offenses like importing prohibited cosmetics or selling non-standard or misbranded products.
The document discusses several key concepts related to drug transport and absorption:
1) The pH partition hypothesis states that acidic drugs are absorbed from acidic solutions and basic drugs from alkaline solutions, though some exceptions exist due to the microclimate pH near the membrane surface.
2) Tight junctions form a virtually impermeable barrier between cells, composed of sealing strands that prevent fluid passage.
3) According to Fick's first law, passive diffusion of solutes is determined by concentration gradients and membrane permeability. For ionizable drugs, the uncharged form is more permeable. The pH partition hypothesis relates permeability to pH and the fraction of uncharged molecules.
Addressing wrinkles, body odor & dandruff through cosmeceutical preparationsMonika Dovulary
This presentation is a precise yet descriptive information of the topic and will be of extreme use to postgraduate students.
I hope this will be of great help.
The document summarizes the guidelines for herbal cosmetics by the COSMOS certification. COSMOS sets standards for organic and natural cosmetics in Europe. The guidelines cover ingredients, product composition, manufacturing, packaging, labeling and certification requirements. Products must meet criteria for the origin and processing of ingredients, and use of preservatives is allowed to prevent microbial growth and maintain product safety and shelf life. The document provides examples of preservatives commonly used in cosmetic products like lipsticks, toothpastes, shampoos and creams.
HERBAL COSMETICS BY PRIVATE BODIES LIKE COSMOS.pptxpurvayeole1
GUIDELINES FOR HERBAL COSMETICS BY PRIVATE BODIES LIKE COSMOS
Preservatives
Emollients
Foaming agents
What are Cosmetics?
What are Herbal Cosmetics?
Advantages of Herbal Cosmetics
What is Cosmos?
Guiding principle of Cosmos
Certification signatures & Benefits
What the Cosmos standard covers?
Approval of ingredients
Cosmos standard:
Origin and processing of ingredients.
Composition of total product.
Storage, manufacturing and packaging.
Environment management.
Labelling and communication.
Inspection, certification and control.
COSMOS GUIDELINES A brief guidelines for the selection of natural & mineral ingredients, selection of proper vehicle for preparation of the natural cosmetics, the other ingredients & excipients used and the different techniques of manufacture of the natural cosmetic products
This document discusses organic cosmetic certification requirements. It outlines the key standards for organic ingredients, product composition, manufacturing processes, packaging, environmental management, and labeling. Products are certified as either organic or natural based on ingredient content. At least 95% of ingredients in organic products must be organic, while natural products must indicate the percentage of natural ingredients. Processes like alkoxylation and treatments with hazardous substances are prohibited. Packaging must minimize waste and may not contain PVC, styrene, or GMOs. Comprehensive inspection and certification ensures compliance.
ECOCERT & BDIHRequirements Presented At Hbalkromidas
The document provides guidelines for developing products certified by ECOCERT and BDIH, which are organizations that certify natural and organic cosmetics in Europe.
For ECOCERT certification, products must use natural ingredients from plant, animal, mineral or marine sources, and can only use specifically permitted synthetic preservatives and ingredients. For BDIH certification, products must use natural ingredients that are traceable and sustainably sourced, with minimal chemical processing and no GMOs or radioactive materials. Both certifications prohibit animal testing and have labeling requirements regarding ingredients.
When choosing organic clothing and textiles, it helps to reduce the use of toxic and persistent pesticides, and in turn, protect the health and the planet. It is easy to understand the hazards of such clothing on our skin, which is the largest organ of our body.
This document discusses organic food production and authenticity. It provides guidelines for organic food certification and labeling. The key points are:
- Organic food production focuses on ecological and sustainable agricultural methods without synthetic pesticides, fertilizers or GMOs. Increased costs are passed onto higher prices for organic products.
- Authentic certification and labeling are important to protect consumers from fraud, and ensure organic standards are followed in production, handling and marketing.
- Guidelines cover certification bodies, inspection, definitions of organic ingredients and production methods, as well as labeling rules for organic and transitioning/conversion products.
This document discusses the certification of honey and hive products according to EU organic specifications. It begins by outlining bee products recognized by the OIE Terrestrial Code, including different types of honey, pollen, propolis, beeswax, royal jelly, and bee venom. It then discusses what constitutes organic beekeeping, why organic honey is important to avoid pesticide residues, and potential causes of residues in honey. The document also covers organic standards and marks, objectives of organic standards, and EU regulations for organic certification. It concludes by outlining the organic certification process and benefits of organic certification for beekeepers.
Organic produce is assessed for quality to ensure it meets certification standards and is safe. Laboratories test organic foods for contaminants like pesticides, heavy metals, antibiotics, and microbes. They also test for nutrition content and health claims. Testing confirms foods are authentically organic and free of unwanted substances, as certifications require. Common contaminants tested include aflatoxins, ochratoxin A, Salmonella, and nitrates. Tests also check for compliance with limits set by authorities like FSSAI for protections consumers. Overall, quality assessment through laboratory analysis provides assurances organic foods meet production and safety standards.
Description of Effluent treatment plant ,its process,types of waste water discharge , Regulations And Guideline Overview , Designing of ETP , special test for tretment of water , etc
Organic Herbicides: Efficacy and Safety
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For more information, Please see websites below:
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Organic Edible Schoolyards & Gardening with Children
http://scribd.com/doc/239851214
`
Double Food Production from your School Garden with Organic Tech
http://scribd.com/doc/239851079
`
Free School Gardening Art Posters
http://scribd.com/doc/239851159`
`
Increase Food Production with Companion Planting in your School Garden
http://scribd.com/doc/239851159
`
Healthy Foods Dramatically Improves Student Academic Success
http://scribd.com/doc/239851348
`
City Chickens for your Organic School Garden
http://scribd.com/doc/239850440
`
Simple Square Foot Gardening for Schools - Teacher Guide
http://scribd.com/doc/239851110
The document provides an overview of organic certification presented by Quality Assurance International (QAI). It discusses QAI and its parent company NSF International, an overview of organic standards and regulations in the US, the organic certification process involving application, inspection, review, and certification, details about organic inspections, and international equivalencies between the US and EU organic programs.
1. The document outlines the agenda for a training course on cosmetic product development. It will cover topics like definitions, elementary chemistry, ingredients, formulas, and safety.
2. The trainer, Rob Klerkx, is introduced. He has over 30 years of experience in industries like pharmaceuticals, cosmetics, and food. He will train participants on product development, marketing, quality control and supply chain management.
3. Definitions of key terms are provided, including the etymology of "cosmetic" and legal definitions. Nomenclature standards like INCI are also introduced.
This document summarizes concerns from ECOFI, an organization representing producers of organic fertilizers, about the draft EU Fertilizers Regulation. The main concerns are that the proposed REACH requirements would be too burdensome for small producers, potentially discouraging innovation and shifting business to larger companies. Specifically, requiring registration of all substances could mean registering byproducts never isolated or placed on the market. It is also noted that contaminant limits and forms may not be appropriate for all organic materials. The document calls for further testing of the requirements and resolution of easy issues to improve workability for organic-based products before finalizing the regulation.
Types of waste and magnitude of waste generationPritika Rana
Food industries generate large amounts of waste from their production processes. [1] Meat industries produce waste like blood, hair, skin and bones from animal slaughter. [2] The milk industry's main waste is sludge from wastewater treatment. [3] Fruits and vegetable industries deal with solid peels and skins as well as liquid waste from juicing. Proper utilization of these wastes is important to reduce environmental impact.
This document outlines requirements for organic food processing and handling. It discusses the organic production and handling plan, pest control methods, ingredients, processing methods, packaging, labeling, and storage/transport. Specific requirements include developing a processing plan, using approved ingredients and additives, preventing commingling of organic and non-organic products, approved physical/mechanical processing methods, using biodegradable packaging, and clearly labeling organic products. Pest control focuses on prevention over treatment, and only approved substances are permitted.
NATIONAL QUALITYSTANDARDS FOR FISH AND FISHERY PRODUCTSSalmashaik26
National quality standards have been introduced to protect public health and ensure fair trade practices. Standards are established for fish and fish products to ensure minimum levels of cleanliness and hygiene during handling, processing, and marketing. Standards fall into two main categories: safety standards, to protect against health hazards, and composition standards, to prevent fraud by ensuring food is pure and correctly labeled. The Bureau of Indian Standards has established over 50 national standards for fish and fishery products in India covering various aspects of quality.
This document discusses controversial ingredients commonly found in cosmetics. It summarizes the key ingredients of parabens, dioxane, formaldehyde liberators and provides details on their use, health concerns, regulations and alternatives. Parabens are widely used preservatives that some research links to cancer and hormone disruption. Dioxane and formaldehyde releasing chemicals are contaminants and preservatives respectively that are classified as carcinogens. The document outlines the potential health effects of these ingredients and regulations around their use in cosmetics.
This document discusses the use of microalgae (phycoremediation) for wastewater treatment. It begins with definitions of phycoremediation and discusses how it utilizes microalgae and macroalgae to remove or transform pollutants from wastewater. The document then outlines several applications of phycoremediation including removal of nutrients, organic matter, and heavy metals. Specific examples of phycoremediation being used to treat domestic wastewater, industrial wastewater from textile, food, tannery, chemical and pharmaceutical facilities, are provided. The document emphasizes that phycoremediation is an environmentally friendly alternative to conventional wastewater treatment methods.
Active packaging involves packaging materials that interact with the food or the internal environment of the package to extend shelf life or enhance safety while maintaining quality. Some common types of active packaging systems include oxygen scavengers, carbon dioxide emitters/absorbers, moisture absorbers, ethylene absorbers, and antimicrobial films. Oxygen scavengers help remove oxygen from packages to prevent spoilage. Ethylene absorbers help remove the plant hormone ethylene from packages to slow ripening and senescence of produce. Antimicrobial films release antimicrobial compounds to inhibit microbial growth. The effectiveness of active packaging systems depends on factors like the type of food and microbes, environmental conditions, and properties of the packaging material.
Similar to REVIEW OF GUIDELINES FOR HERBAL COSMETICS BY PRIVATE BODIES LIKE COSMOS WITH RESPECT TO FOAMING AGENTS (20)
Metallic nanoparticles (MNPs) is a type of nanoparticle which have a metal core composed of inorganic metal or metal oxide that is usually covered with a shell made up of organic or inorganic material or metal oxide.
This document presents information on estimating the absorption rate constant using the method of residuals. It discusses absorption and compartment models, outlines the steps of the method of residuals for a one compartment model, and notes considerations like lag time, flip-flop phenomena, and applications and limitations of the method. The method involves plotting drug concentrations over time, obtaining slopes for the terminal and residual lines to determine the absorption and elimination rate constants. It is best suited for rapidly absorbed drugs following one-compartment kinetics.
ANTIMICROBIAL AGENTS USED AS PRESERVATIVES.pptxDivya Pushp
Preservativeis a substance or chemical that is added to cosmetic product to prevent decomposition by microbial growth or by undesirable chemical changes.
Evaluation of protein and peptide formulations.pptxDivya Pushp
This document discusses stability testing and evaluation methods for protein formulations. Stability testing ensures products maintain specifications over shelf life under various storage conditions. Evaluations include bioassays to assess potency, which can be in vitro by monitoring cell responses to proteins or in vivo by monitoring animal pharmacological responses. Common evaluation methods are UV spectroscopy, Bradford assay, thermal analysis like DSC and TGA, and chromatography techniques like HPLC, ion exchange, and chromatofocusing.
ICH guidelines on impurities in new drug products.pptxDivya Pushp
This document provides a summary of a presentation on ICH guidelines for impurities in new drug products. The guidelines provide guidance for registration applications on reporting and qualifying degradation products and impurities. Key points include: analytical procedures must be validated for detecting degradation products; batches used in development and commercial processes must be compared; degradation products above certain thresholds must be identified, reported, and qualified; and specifications for degradation products should be based on batches from the commercial process. The guidelines do not apply to certain product types like biologics but provide direction on identifying, analyzing, reporting, and qualifying degradation products found in new small molecule drug products.
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REVIEW OF GUIDELINES FOR HERBAL COSMETICS BY PRIVATE BODIES LIKE COSMOS WITH RESPECT TO FOAMING AGENTS
1. Review of Guidelines for herbal cosmetics by private
bodies like COSMOS with respect to Foaming Agents
Under the guidance of,
Dr. S. Janaki Devi
Presented by
Divya Pushp
VP21PHAR0100004
2. CONTENTS
• Introduction of COSMOS
• Objectives of COSMOS
• Documents of COSMOS
• Origin and processing of ingredients
• Composition of total product
• Storage, manufacturing and packaging
• Environmental management
• Labelling and communication
• Certification
• What are Foaming Agents?
• Requirements of Foaming Agents
• Classification of Foaming Agents
• Pharmaceutical and Cosmetic Applications of Foaming Agents
• Examples of Foaming Agents used in Cosmetics
• Herbal Cosmetic Products Examples according to COSMOS
• Conclusion
3. INTRODUCTION
• COSMOS stands for Cosmetics Organic and Natural Standard.
• Sets certification requirements for organic and natural cosmetics products
in Europe.
• The standard is recognized globally by the cosmetics industry.
• The five cosmos members are:
• BDIH (Germany)
• Cosmebio & Ecocert Greenlife SAS (France)
• ICEA (Italy)
• Soil Association (Great Britain)
4. OBJECTIVES OF COSMOS
• The cosmos-standard applies to cosmetic products that are marketed as
organic or natural. Its guiding principles are to:
• Promote the use of products from organic agriculture, and respect
biodiversity.
• Use natural resources, and respect the environment.
• Use processing and manufacturing that are clean and respectful of human
health and the environment.
• Integrate and develop the concept of “Green Chemistry”.
Documents involved in COSMOS
1. COSMOS-standard
2. COSMOS Technical Guide- which contains additional interpretation and
explanation related to COSMOS standard.
3. COSMOS Labelling Guide
4. COSMOS Control Manual – Certification and Accreditation Requirements.
5. • This standard applies to cosmetic products
marketed as organic or natural and cosmetic
ingredients with organic content. To be certified
these products must comply with the defined
criteria on:
1. Origin and processing of ingredients
2. Composition of total product
3. Storage, manufacturing and packaging
4. Environmental management
5. Labelling and communication
6. Certification.
6. ORIGIN AND PROCESSING OF INGREDIENTS
According to COSMOS standards, the ingredients of a cosmetic product
are classified in five categories:
Water
Minerals and ingredients of mineral origin
Physically processed agro-ingredients
Chemically processed agro-ingredients
Other ingredients.
1. Water (Solvent)-
The water used must comply with hygienic standards (CFU<100/ml).
Type of water used- potable water, spring water, water obtained by
osmosis, distilled water and sea water.
Other solvents- ethyl alcohol, glycerine, vegetable oils, honey,
supercritical CO2.
Water/solvent may be treated with the physical processes allowed in
Appendix I.
7. 2. Minerals and ingredients of mineral origin-
Minerals may be used as long as they are obtained without intentional
chemical modification and preferably from environment.
Ingredients of mineral origin may be used only if they are listed in
Appendix IV.
8. 3. Physically processed agro-ingredients
Included if any physically processed product of plant, animal, or microbial
origin that complies with the conditions below.
• Only primary raw materials of plants, animals or microbial origin that have
been extracted using the physical processes allowed in Appendix I.
• Only primary raw materials that respect the requirements of the
Convention of International Trade in Endangered Species of Wild Fauna and
Flora (CITES) are allowed.
It is forbidden to use:
• Plants, plants materials and microorganisms that have been genetically
modified.
• Primary raw materials extracted from living or slaughtered animals.
It is allowed to use ingredients of animal origin as long as:
• They are produced by animals but are not a part of the animal.
• They do not entail the death of the animal concerned, and
• They have been obtained using only the processes listed in Appendix I.
10. 4. Chemically processed agro-ingredients
Any chemically processed product of plant, animal, or microbial origin that satisfy the
conditions below
• Any raw materials that fulfill the requirements of the International Trade in
Endangered Species of Wild Fauna and Flora (CITES) are allowed to be used.
Chemically processed agro-ingredients may contain mineral moieties.
Note- alcohol and other by-products of fermentation are chemically processed agro-
ingredients.
It is allowed to use ingredients of animal origin as long as:
• They are produced by animals but are not a part of the animal.
• They do not entail the death of the animal concerned,
• They have been obtained using only the processes listed in Appendix II.
5. Other Ingredients
• Certain other ingredients are allowed as long as there are no effective natural
alternatives available to ensure the safety of consumers or efficacy of the product.
11.
12. COMPOSITION OF TOTAL PRODUCT
The COSMOS standard covers two levels for finished products:
• Cosmetic products under organic certification.[Certified as COSMOS ORGANIC]
• Cosmetic products under natural certification.[Certified as COSMOS NATURAL]
1. Rules for Cosmetic Products Under Organic Certification
a) Ingredients
• At least 95% of the physically processed agro-ingredients must be organic.
• The remaining physically processed agro-ingredients must be organic if they are
listed in Appendix VI.
• The chemically processed agro-ingredients listed in Appendix VII must be organic.
b) Total Product
• At least 20% of the total product must be organic.
• By exception, for rinse-off products, non-emulsified aqueous products, and products
with at least 80% minerals or ingredients of mineral origin, at least 10% of the total
product must be organic.
13. APPENDIX VI: PHYSICALLY PROCESSED AGRO-INGRDIENTS THAT MUST
BE ORGANIC
APPENDIX VII: CHEMICALLY PROCESSED AGRO-INGREDIENTS THAT
MUST BE MADE FROM ORGANIC ORIGIN
14. 2. Rules for Cosmetic Products Under
Natural Certification
• There is no requirement to use a minimum level
of organic ingredients.
• Base formulas with no organic content (e.g.,
shampoo bases, soap bases) cannot go through
the normal Approval process.
• Instead, they must be certified under COSMOS
NATURAL certification (therefore including an
on-site inspection).
15. STORAGE, MANUFACTURING AND
PACKAGING
1. Storage
Storage areas must be clearly labelled to avoid any confusion or risk to
the integrity of the products.
2. Manufacturing
Different manufacturing processes must be separated to prevent
contamination of organic or natural ingredients.
There must be a Quality Control System which includes:
• Complete traceability of ingredients and final products
• Manufacturing procedures throughout all stages
• Ingredient and product testing, and
• Analysis, manufacturing and storage records.
16. 3. Packaging
Primary and secondary packaging components must meet the
criteria below. Accessories sold with products, such as brushes,
applicators or technical parts, do not have to comply.
a) To minimize the direct and indirect environmental impacts
of packaging during its life cycle, it is required to:
• Minimise the amount of material used.
• Maximise the amount of material that can be reused or
recycled, and
• Use materials with recycled content if possible.
b) All packaging materials used must be on the list of accepted
materials as listed in Appendix IX.
18. c) It is forbidden to use these materials in packaging:
• Polyvinyl chloride (PVC) and other chlorinated plastics
• Polystyrene and other plastics containing styrene
• materials or substances that contain, have been derived from, or manufactured
using GMOs.
• part of animals or substances produced by animals (e.g. leather, silk).
d) Only the following propulsive gases may be used:
• Air
• Oxygen
• Nitrogen
• Carbon dioxide
• Argon.
19. ENVIRONMENTAL MANAGEMENT
1. Environmental management plan
• It must addresses manufacturing waste, including gaseous, liquid and solid
waste.
• It must aim to reduce, reuse, recycle waste products.
• It must follow ISO 14000 guidelines.
2. Cleaning and Hygiene
• Following disinfectants are used:
• iso-propyl alcohol
• amphoteric surfactants
• hydrogen peroxide
• mineral acids and alkalis
• formic acid
• plant-based cleaning products
20. LABELLING AND COMMUNICATION
Labelling condition products under organic certification
• Must be labelled with the signature ‘COSMOS ORGANIC’ with the seal of the COSMOS-standard AISBL
member organization.
• Must indicate the certification body on the label.
• Must indicate on the label the percentage of organic origin ingredients by weight in the total product,
as “x% organic of total.”
• Must indicate organic ingredients and those made from organic raw materials in the INCI list.
• The product must not be called “organic”, unless it is at least 95% organic.
21. Products under natural certification
• must be labelled with the signature ‘COSMOS NATURAL’ in conjunction
with the seal of the COSMOS-standard AISBL member organization.
• must indicate the certification body on the label.
• must indicate the percentage of natural origin ingredients by weight in the
total product, as “x% natural origin of total.”
• may indicate organic ingredients and those made from organic raw
materials in the INCI list.
23. FOAMING AGENT
A foaming agent is a material that facilitates the formation of foam
such as a surfactant or a blowing agent. A surfactant, when
present in small amounts, reduces surface tension of a liquid or
increases its colloidal stability by inhibiting coalescence of bubbles.
Eg. Sodium Lauryl Sulphate
FOAM
Foam is a dispersion of a gas in a liquid. Here the liquid is generally
water and the gas is generally air but it may also be an inert gas.
It’s a colloid system.
24. REQUIREMENTS OF FOAMING AGENTS
1. Generate consistent foam easily.
2. Show optimum and uniform wetting.
3. Biodegradable
4. Should be compatible with the other components.
5. It should show little or no effect on color fastness.
25. NATURAL FOAMING AGENTS
• Quillaja Saponaria (Soap Bark)
Natural foaming agent derived from the Soap Bark tree, which is native to central Chile.
• Decyl Glucoside
A gentle and mild natural surfactant which doesn’t contain any impurities. It is obtained from 100%
renewable vegetable origin and is produced by the reaction of glucose from corn starch with the fatty
alcohol decanol, which is derived from coconut.
• Cocamidopropyl Betaine (CocoBetaine)
Derived from Coconut oil, it gives a smooth silky feel to products and a good foam.
• Coco Glucoside
Natural ultra-mild and gentle surfactant derived from coconut and fruit sugars. It can be used as a
foaming agent, conditioner or emulsifier, is gentle on the skin and gives a smooth silky feel to products,
allowing them to glide over the skin.
• Sodium Cocoamphoacetate
A surfactant, foam booster and conditioning agent used in skin care products. This is an organic
compound derived from coconut oil which is very gentle on the skin, and helps products glide on
smoothly.
26. CLASSIFICATION
PHYSICAL CHEMICAL
INORGANIC ORGANIC INORGANIC ORGANIC
NITROGEN
CO2
WATER
AIR
PENTANE
HEXANE
FREON
DICHLOROMETHANE
DICHLOROETHANE
CARBONATES
BICARBONATES
NITRATES
P-TOULENESULFONYL
SEMICARBAZIDE
5-PHENYL TETRAZOLE
4,4’-OXYBIS[BENZENE SULFONYL
HYDRAZIDE]
N,N’’-DINITROSO PENTAMETHYLENE
TETRAMINE
AZODICARBONAMIDE
ISOCYANATE/WATER
27. FOAMING AGENTS IN PHARMACEUTICAL APPLICATION
1.Dermal Drug Delivery
• Ointments comprise a high viscous, non-volatile vehicle which
can be unpleasant to apply and often difficult to remove from
skin and clothing.
• Creams, ointments and gels can leave residues after application
and stain clothing. Solutions often flow away from the site of
application because of their low viscosity.
• Negative sensory attributes such as greasiness, oiliness or
tackiness can be to some degree avoided using foams as a
vehicle for drug delivery.
• There is no sticky feeling and shiny look after application.
28. • Moreover, foams absorb and penetrate quickly without
leaving any greasy residue. That is why these vehicles can be
used on hair bearing skin; the vehicle breaks down rapidly
and reaches the St. corneum through the hair shafts.
• Foam density is approximately one tenth of the density of
conventional vehicles.
• Therefore, foams as more gentle products can be applied and
spread more easily onto large areas with negligible
mechanical shearing required than during application of
traditional vehicles.
• Foams can be easily applied to mucosal areas, to sensitive or
to highly inflamed skin, when rubbing the formulation onto
the skin may be painful or causes further inflammation.
29. 2. Vaginal and rectal Drug Delivery
• Foam vehicles offer both,convenient application and one-step
administration, within one product.
• No leak of the vehicle takes place during application.
• Moreover, the residence time of the active pharmaceutical
ingredients can be controlled through the use of bio-adhesive
polymers.
3. Nasal Drug Delivery
• There are also nasal compositions containing foaming agents such
as saponin and lecithin under development which should
moisturise the nasal cavity in treatment of rhinitis.
• Nasal foams containing non-steroidal anti-inflammatory and
analgesic agents for treatment of low back pain, arthralgia,
distorsion and tendosynovitis are also described.
30. FOAMING AGENTS IN COSMETICS
1. Shaving Creams
• Hard fine pored shaving foam helps to uphold the hair
during the shaving process. Hair mousse helps to give
the hair desirable shape and volume.
2. Foam Bath or Foam Bath Powder
• Foam formation during the application of a foam bath
or foam bath powder is only a cosmetic attribute.
• For foam baths some foam characteristics such as fast
foam generation (“flash foam”), big foam volume, good
stability of foam and slow foam drainage are especially
important.
31. 3.Shampoos
For shampoos, a good foamability of a formulation is of specific
importance.
4. Aerosol hair dying foam are also available in the market.
5. Dry aerosol foams containing zeolite can be used as dry after
shave talc foam, dry deodorant foam, dry makeup foundation
foam or dry body talc foam.
6. There are also foam compositions for application to the skin
as a barrier to skin irritants in the prevention of contact
dermatitis caused for example by sodium lauryl sulfate. Such
formulations, as e.g. a protective foam containing dimethicone
and glycerine was shown to improve chronic hand dermatitis in
individuals with previously uncontrolled dermatitis despite
continuing their regular occupation.
32. 7. Bepanthen® is a foam formulation marketed in
Germany by Roche Consumer Health Ltd containing
dexpanthenol which is used to improve the healing
process of the skin.
8. Allpresan® is a trade name for different foam
formulations used to treat dry skin conditions which
contain urea in different concentrations (5%, 10%,
15% and 18%).
33. Some examples of foaming agents used in cosmetics
Product Type Foaming Agent Concentration %
Toothpaste Sodium Lauryl Sulphate 1-2
Herbal Shampoo Sodium Laureth Sulfate 15
Shaving Creams Triethanolamine 20-30
Hair Removal Cream Sodium Lauryl Sulphate 0.02
Herbal Face Wash Sodium Lauryl Sulphate 2
Herbal Soap Sodium Lauryl Sulphate 15
Mouthwash Tween 80 12
Shower Gels Lauryl Glucoside 12
38. Hibiscus Shampoo with Honey and Aloevera
This Ayurvedic formulation is a perfectly balanced shampoo that cleanses the scalp without removing natural oils or making
the hair dry. Infused with the goodness of Organic Hibiscus petals, nutrient-rich Aloe Vera and moisturising Honey, it
nourishes, hydrates and cleanses your hair.
Packaged in a plastic bottle which
Is recyclable.
Name Uses
Aloe Barbadensis
Juice
Sootheneing dry scalp and prevent flaking
Hibiscus rosa
sinesis flower
extract
Prevent dryness and treat hair breakage
Lauryl glucoside Foaming agent
Sodium coco
sulphate
Foaming agent
Coco glucoside Foaming,cleansing,viscosity building agent
Potassium
Sorbate, Sodium
gluconate
Preservative
Citral Flavouring agent
Linalool Imparts odour
Betaine Hair conditioning product
Aqua Solvent to dissolve ingredients
39. DIRECTIONS FOR USE
1. Take adequate amount on your palm
2. Massage it into your wet scalp and rinse it thoroughly
3. Wash your hair with a conditioner, concentrating on the length of your hair
STEP 1 STEP 2 STEP 3
40. LABELLING CONDITIONS
• Ayurvedic Formulation
• Prevents dryness & hair breakage
• Cleanses & Hydrates at the same time
• SLS/SLES free
• Suitable for All hair types
• 100% Vegetarian
• Certified 'Organic' by COSMOS, France
• Not tested on animals
• DOES NOT contain Parabens, Silicones, Lead, DEA/TEA, Phthalates, SLS/SLES, Mineral Oil, Petrolatum and Synthetic Fragrance
• Net weight of the product: 250 ml
• Best Before: Within 30 months from the date of manufacture
• Manufactured by: Vedicare Ayurveda Pvt. Ltd.
• Country of Origin: India
• Disclaimer: Above claims are based on documented properties of the ingredients in this product. Actual results may vary for each
individual.
42. LABELLING CONDITIONS
Plantas brings to you the purest essence of nature to make a meaningful difference
in your lives through India's 1st and only complete range of ORGANIC products
certified by ECOCERT GREENLIFE, FRANCE under COSMOS V3 standard.
COSMOS V3 is the highest global organic cosmetic standard.
This certification conforms to ORGANIC QUALITY TRACEABILITY from farm to shelf.
About the Product
This face wash enriched with antioxidant property of apple prevents cell and tissue
damage. Abundance ocalagen &c elastin in papaya helps the skin to repair & renew
the cells.
100% Natural Origin of total.
95.403% of the total ingredients are from organic farming.
COSMOS organic certified by Ecocert Greenlife according to COSMOS standard
This Product is also Free from Phthalate, Pesticide & Mineral oil
How to use: Take a pea size quantity. Apply it on wet face avoiding the eye area. Create a lather, gently massage and rinse it
off.
Store in a cool dark place away from direct sunlight.
FOR EXTERNAL USE ONLY.
Mfd by: PLANTAS INNOVATIONS (P) LTD.
43. Boreal Hydra Shower and Shampoo
Name Ingredients
Aqua Solvent
Disodium cocyl glutamate Mild Surfectant
Lauryl glucoside Foaming agent
Lavandula angustifolia flower water Preservative
Betula alleghaniensis bark extract Masking and flavouring agent
Pinus banksiana bark extract Perfume
Glycerin Humectant
Jasminum officinale flower oil Prevent hair breakage
Juniperus virginiana wood oil[Cedarwood oil] Stimulate healthy growth,reduce thinning,
and slow hair loss
44. LABELLING CONDITIONS
• 98,99% Natural Origin of Total
• Natural Eco Sustainable with Borēaline® Hydra
A sustainable ingredient composed of bark extracts from a mix of four actives extracted from the
recycled bark of four Boreal tree species obtained through a circular economy process. Provides stable
and long-lasting hydration and protection.
• Shampoo & Shower
New formula based on a delicate “green” detergent with good cleansing ability – high biological
degradability – environmentally friendly – Sulphate free. Ideal for all skin and hair types; containing
Borēaline® Hydra, a powerful, sustainable hydrating complex and organic Lavender Water. It cleanses
our hair without weighing down and gives your skin moisture and a pleasant smell of essential oils.
• USE: On wet hair and skin apply sparingly, massage in and rinse off with lukewarm water. Repeat as
needed. Frequent Use. External Use only.
• COSMOS NATURAL
• RECYCLED PET BOTTLE [PACKAGING- Polyethylene terephthalate recyclable bottle]
• 250ml
• Categories: Boreal Hydra, Specialty Hair&Skin care
46. Licorice: Rich in antioxidants, organic extracts of licorice controls premature ageing &
brighten skin tone.
Royal Saffron: Saffron used in its purest form in Organic Handmade soaps comes from
the beautiful valley of Kashmir. It is also effective against acne & dehydrated skin.
Soy Butter: High in lecithin, sterolins, omega-3 fatty acids and isoflavones, it rapidly
penetrates into the skin and hydrates from within.
Olive & Coconut Oil: Rich in vitamins, keeps the skin healthy and balanced. Completely
non-greasy & ideal for all skin types.
Names Uses
Sodium cocoate Foaming agent
Sodium olivate Detergent
Sodium hydroxide Foaming agent
Vetiveria zizanoides Perfume
47. LABELLING CONDITIONS
This wonderfully moisturizing hand crafted soap with extractsof Licorice
and Saffron removes skin pigmentation and bringsan inner glow to your
complexion.
Each of the Azafran's soap will have a small variation in shapeand size as they are
handcrafted.
To make your soap last longer, keep it dry in between uses.
COSMOS Natural certified by Ecocert Greenlife according to COSMOS standard,
Paraben Free | Sulphate Free
Formulated with natural and botanical extracts and tends to change colour over
the period of time. However, the effectiveness remains the same.
Store in a cool & dry place.
Discontinue usage if irritation occurs.
For external use only,
Mfd.& Mktd, by: Azafran Innovacion Ltd.
Net weight when packed: 100 gm
48. CONCLUSION
• COSMOS stands for Cosmetics Organic and Natural Standard.Sets
certification requirements for organic and natural cosmetics products
in Europe.
• Objectives of Cosmos.
• Concentrations of foaming agents to be used in different cosmetic
products.
• Various herbal cosmetic products according to COSMOS
Polystyrene is a kind of plastic. Like other plastic, when polystyrene is littered or leaks out of supply chains it can harm wildlife and last for years and years. Made from chemicals that come from oil and gas, styrene is one of the main ingredients and is a suspected health hazard.
dizziness, drowsiness, and headaches in humans. Because of PVC
AISBL stands for 'Association Internationale Sans But Lucratif' (English translation: international association without lucrative purpose)
Lucartive –producing a great deal of profit
Decyl glucoside was first used in soaps and body cleansers because of its great foaming power, mildness, and its ability to lather easily and thicken while retaining skin moisture even when used repeatedly; prevent skin dryness. It also improves skin tolerance of a cosmetic formulation.