Presented by: Dr. Adel Gabr Abdel-Razek
Fats and Oils Dept., National Research Center.
in workshop on Workshop on Oleochemicals at the SemiRamis Intercontinental Hotel.
Oleochemical Technology. Production of fatty acids & glycerine starting from vegetable & animal oil and fats Hydrolysis is the basic production step, the fats and oils are split into crude glycerine and a mixture of crude fatty acids, under the combined action of water, temperature and pressure. The temperature exceeds 200°C and the products are kept under pressure for more than 20 minutes.. Fats & oils crude glycerine + crude fatty acids + water
3. • A process for the esterification of a triglyceride. • The process comprises forming a single phase solution of said triglyceride in an alcohol selected from methanol and ethanol, the ratio of alcohol to triglyceride being 15:1 to 35:1. • The solution further comprises a co-solvent in an amount to effect formation the single phase and a base catalyst for the esterification reaction. • After a period of time, ester is recovered from the solution. • Esterification is rapid and proceeds essentially to completion. • The esters may be used as biofuel or biodiesel
4. Glycerine (also called glycerin or glycerol) is an alcohol which is used as a moisturizer in soaps and lotions. Glycerine has a sweet taste, and it can be used as a food preservative and a non-sugar sweetener.
5. Glycerine Lubricants (jet engine, refrigeration) Plasticizer for Polyvinyl Butyral (PVB) Explosives Polyurethane Foam
6. Examples of Derivative
7. Process involves 1. A fatty acid or fatty acid mixture is esterified in a column reactor. 4. As the liquid flows down the trays it encounters progressively drier lower alkanol. 5. The ester product recovered from the bottom of the reactor has an ester content of at least 99 mole % (calculated on a lower alkanol free basis). 2. Relatively dry lower alkanol vapour (water content not more than 5 mole %) is injected into the bottom of the column reactor. 3. Water of esterification is removed from the top of the column reactor in the vapour stream, whilst ester product is recovered from the sump of the reactor.
Presented by: Chemist / Eid koranyOwner and technical managerof Taba company for Chemical
Industries and cleaning products
in workshop on Workshop on Oleochemicals at the SemiRamis Intercontinental Hotel.
Episode 46 : PRODUCTION OF OLEOCHEMICAL METHYL ESTER FROM RBD PALM KERNEL OIL SAJJAD KHUDHUR ABBAS
Episode 46 : PRODUCTION OF OLEOCHEMICAL METHYL ESTER FROM
RBD PALM KERNEL OIL
Oleo chemicals
The term ― oleo chemicals refers to any chemical compounds derived from natural oils
almost 95% of natural oils and fats are used in food application
small percentage is applied in non-food purposes such as soap manufacturing
The advantages of using oleo chemicals over petrochemicals are:
Oleo chemicals are derived from renewable resources .
Oleo chemical production requires less energy and causes less pollution .
Oleo chemicals are fully non-toxic .
SAJJAD KHUDHUR ABBAS
Ceo , Founder & Head of SHacademy
Chemical Engineering , Al-Muthanna University, Iraq
Oil & Gas Safety and Health Professional – OSHACADEMY
Trainer of Trainers (TOT) - Canadian Center of Human
Development
Fatty alcohol. Define fatty alcohols Describe the production processes of fatty alcohols and its derivatives Draw the flow chart of fatty alcohol production Explain the uses and application of fatty alcohols.
3. Definitionof Fatty Alcohols Fatty alcohols are the workhorse raw materials that facilitate the existence of products such as shampoos, shaving creams, laundry detergents, etc, and are produced at a rate of about one-and-a-half million tonnes per year and growing. Fatty alcohols are oleochemicals derived from vegetable feedstocks. The feedstock raw materials include coconut and palm kernel oils. These refined vegetable oils are first converted to a methyl ester or fatty acid. This reaction generates crude glycerine. The intermediate methyl ester or fatty acid are then fractionated and hydrogenated to produce fatty alcohol. Sources : http://www.pgchemicals.com/products/fatty-alcohols/
4. Chemical Equation for Fatty Alcohol Production Sources : http://www.pgchemicals.com/products/fatty- alcohols/
5. Block diagram of Fatty Alcohol production process
6. Fatty acids are converted into methyl ester and hydrogenated into fatty alcohols.
7. Sources : http://www.abq.org.br/workshop/11/ADRIANO- SALES-%20FIRJAM_Oleochemicals-from-Palm-Kernel- Oil.pdf
8. Hydrogenation All natural fatty alcohol processes are based on renewable fats and oils like coconut, palm oil,palm kernel,rope seed and soya bean oil. It has been proven that hydrogenation of methyl esters are preferred alternatives than hydrogenating the oils directly. Using fixed bed hydrogenation process offers the advantage of lower hydrogenation temperatures and pressures. Using special catalysts, this process is able to produce unsaturated fatty alcohols too. To produce fatty alcohols, there are three routes which is acid route,ester route and wax ester route that are shown in the following block diagrams.
9. - Acid route - Ester route - Wax ester route
10. Acid Route
Presented by: Dr. Adel Gabr Abdel-Razek
Fats and Oils Dept., National Research Center.
in workshop on Workshop on Oleochemicals at the SemiRamis Intercontinental Hotel.
Oleochemical Technology. Production of fatty acids & glycerine starting from vegetable & animal oil and fats Hydrolysis is the basic production step, the fats and oils are split into crude glycerine and a mixture of crude fatty acids, under the combined action of water, temperature and pressure. The temperature exceeds 200°C and the products are kept under pressure for more than 20 minutes.. Fats & oils crude glycerine + crude fatty acids + water
3. • A process for the esterification of a triglyceride. • The process comprises forming a single phase solution of said triglyceride in an alcohol selected from methanol and ethanol, the ratio of alcohol to triglyceride being 15:1 to 35:1. • The solution further comprises a co-solvent in an amount to effect formation the single phase and a base catalyst for the esterification reaction. • After a period of time, ester is recovered from the solution. • Esterification is rapid and proceeds essentially to completion. • The esters may be used as biofuel or biodiesel
4. Glycerine (also called glycerin or glycerol) is an alcohol which is used as a moisturizer in soaps and lotions. Glycerine has a sweet taste, and it can be used as a food preservative and a non-sugar sweetener.
5. Glycerine Lubricants (jet engine, refrigeration) Plasticizer for Polyvinyl Butyral (PVB) Explosives Polyurethane Foam
6. Examples of Derivative
7. Process involves 1. A fatty acid or fatty acid mixture is esterified in a column reactor. 4. As the liquid flows down the trays it encounters progressively drier lower alkanol. 5. The ester product recovered from the bottom of the reactor has an ester content of at least 99 mole % (calculated on a lower alkanol free basis). 2. Relatively dry lower alkanol vapour (water content not more than 5 mole %) is injected into the bottom of the column reactor. 3. Water of esterification is removed from the top of the column reactor in the vapour stream, whilst ester product is recovered from the sump of the reactor.
Presented by: Chemist / Eid koranyOwner and technical managerof Taba company for Chemical
Industries and cleaning products
in workshop on Workshop on Oleochemicals at the SemiRamis Intercontinental Hotel.
Episode 46 : PRODUCTION OF OLEOCHEMICAL METHYL ESTER FROM RBD PALM KERNEL OIL SAJJAD KHUDHUR ABBAS
Episode 46 : PRODUCTION OF OLEOCHEMICAL METHYL ESTER FROM
RBD PALM KERNEL OIL
Oleo chemicals
The term ― oleo chemicals refers to any chemical compounds derived from natural oils
almost 95% of natural oils and fats are used in food application
small percentage is applied in non-food purposes such as soap manufacturing
The advantages of using oleo chemicals over petrochemicals are:
Oleo chemicals are derived from renewable resources .
Oleo chemical production requires less energy and causes less pollution .
Oleo chemicals are fully non-toxic .
SAJJAD KHUDHUR ABBAS
Ceo , Founder & Head of SHacademy
Chemical Engineering , Al-Muthanna University, Iraq
Oil & Gas Safety and Health Professional – OSHACADEMY
Trainer of Trainers (TOT) - Canadian Center of Human
Development
Fatty alcohol. Define fatty alcohols Describe the production processes of fatty alcohols and its derivatives Draw the flow chart of fatty alcohol production Explain the uses and application of fatty alcohols.
3. Definitionof Fatty Alcohols Fatty alcohols are the workhorse raw materials that facilitate the existence of products such as shampoos, shaving creams, laundry detergents, etc, and are produced at a rate of about one-and-a-half million tonnes per year and growing. Fatty alcohols are oleochemicals derived from vegetable feedstocks. The feedstock raw materials include coconut and palm kernel oils. These refined vegetable oils are first converted to a methyl ester or fatty acid. This reaction generates crude glycerine. The intermediate methyl ester or fatty acid are then fractionated and hydrogenated to produce fatty alcohol. Sources : http://www.pgchemicals.com/products/fatty-alcohols/
4. Chemical Equation for Fatty Alcohol Production Sources : http://www.pgchemicals.com/products/fatty- alcohols/
5. Block diagram of Fatty Alcohol production process
6. Fatty acids are converted into methyl ester and hydrogenated into fatty alcohols.
7. Sources : http://www.abq.org.br/workshop/11/ADRIANO- SALES-%20FIRJAM_Oleochemicals-from-Palm-Kernel- Oil.pdf
8. Hydrogenation All natural fatty alcohol processes are based on renewable fats and oils like coconut, palm oil,palm kernel,rope seed and soya bean oil. It has been proven that hydrogenation of methyl esters are preferred alternatives than hydrogenating the oils directly. Using fixed bed hydrogenation process offers the advantage of lower hydrogenation temperatures and pressures. Using special catalysts, this process is able to produce unsaturated fatty alcohols too. To produce fatty alcohols, there are three routes which is acid route,ester route and wax ester route that are shown in the following block diagrams.
9. - Acid route - Ester route - Wax ester route
10. Acid Route
Palm Oil, Palm Kernel Oil Process - Fractions, Derivatives and Product UsesGreenPalm
One of our previous infographics looked at an overview of the complexity in the palm oil / palm kernel oil supply chain. RSPO (Roundtable on Sustainable Palm Oil) certified oil still remains a market niche (16% of total palm oil production now RSPO certified); keeping physical oil separated from non certified oil can be very difficult and impossible depending on where you are based and the types of process and products used. If the world just used crude palm oil, tracing physical sustainable palm oil would be simpler.
We now delve a little deeper into the supply chain, identifying the various processes along the supply chain. Included are examples of product applications with a key that describes the various products and processes e.g Fractionation, Hydrogenation, distillation, IE Palm Stearin, RBD Palm Kernel Stearin, Emulsifier etc.
The product examples we provide do not cover all individual products that palm or palm kernel oil are used in. All main refinery processes are covered; however further blending and manufacturing processes do take place passed what is shown in this graphic.
Processes
- Palm Oil Mill Process
- Crushing
- Refining RBD
- Fractionation
- Interesterification
- Hydrogenation
- Glycerolysis
- Distillation
Products
- RBD Palm Oil
- RBD Palm Olein
- RBD Palm Stearin
- Double Olein (or Super Olein)
- Palm Mid Fraction
- Double Stearin
- Mid Stearin
- Palm Kernel Expeller
- RBD Palm Kernel Oil
- RBD Palm Kernel Olein
- RBD Palm Kernel Stearin
- Palm Fatty Acid Distillate (PFAD)
- Palm Kernel Fatty Acid Distillates (PKFAD)
- Oleochemicals
- Hydrogenated Palm Kernel Oil (HPKO)
- Emulsifier
- Hydrogenated Palm Olein
- Hydrogenated Double Olein
- Hydrogenated Palm Oil
- Hydrogenated Palm Kernel Olein
- IE Palm
- IE Palm Olein
- IE Palm Stearin
Oleochemicals - What are they?
fatty acids
fatty alcohols
fatty methyl esters
fatty amines
glycerine
Oleochemical pathways
What are they used for?
Where do they come from?
Review of Organic Functional Groups
Fatty Acids
- Uses
- Process
- Splitting
- Hydrogenation
Ni Catalyst for FA hydrogenation
Catalyst deactivation in fatty acids by corrosion
Ni soap decomposition
Nickel dissolution in the presence of hydrogen
Comparison pore size & TG/FA molecules
Effect of pore dimensions in fatty acid hardening
Effect of premixing timeon catalyst activity
Effects of catalyst dissolution summarized:
Reducing Ni soaps
Issues
Alternative catalyst for FA hydrogenation (i)
Precious metal catalyst cycle
Alternative catalyst for FA hydrogenation (ii)
Fatty Alcohols
- Uses
- Process
Fatty Ester Hydrogenolysis
Fixed Bed Hydrogenolysis
Slurry Phase Hydrogenolysis
Fatty OH polishing
Fatty Methyl Esters
- Uses
Advantages of ME vs FA as a feedstock
FME - Biodiesel
Fatty Amines
Glycerin
- Uses
- The Future
REFERENCE:
Some graphs and photographs, in particular the photo of "The nickel deposits in the tube section", were extracted from Johnson Matthey contributions to International conferences.
Dr. Ruslan Abdullah
Director, Science, Environment and Sustainability Division
MPOC HQ/ Malaysia
&
Ms. Sarafhana Dollah
Senior Executive, Science, Environment & Sustainability Division
MPOC HQ/ Malaysia
i'm making this slide for my assignment and will be very happy to receive any kind comments, response or suggestions in correcting the slides. and yes, cause i'm still a student :)
Palm Oil, Palm Kernel Oil Process - Fractions, Derivatives and Product UsesGreenPalm
One of our previous infographics looked at an overview of the complexity in the palm oil / palm kernel oil supply chain. RSPO (Roundtable on Sustainable Palm Oil) certified oil still remains a market niche (16% of total palm oil production now RSPO certified); keeping physical oil separated from non certified oil can be very difficult and impossible depending on where you are based and the types of process and products used. If the world just used crude palm oil, tracing physical sustainable palm oil would be simpler.
We now delve a little deeper into the supply chain, identifying the various processes along the supply chain. Included are examples of product applications with a key that describes the various products and processes e.g Fractionation, Hydrogenation, distillation, IE Palm Stearin, RBD Palm Kernel Stearin, Emulsifier etc.
The product examples we provide do not cover all individual products that palm or palm kernel oil are used in. All main refinery processes are covered; however further blending and manufacturing processes do take place passed what is shown in this graphic.
Processes
- Palm Oil Mill Process
- Crushing
- Refining RBD
- Fractionation
- Interesterification
- Hydrogenation
- Glycerolysis
- Distillation
Products
- RBD Palm Oil
- RBD Palm Olein
- RBD Palm Stearin
- Double Olein (or Super Olein)
- Palm Mid Fraction
- Double Stearin
- Mid Stearin
- Palm Kernel Expeller
- RBD Palm Kernel Oil
- RBD Palm Kernel Olein
- RBD Palm Kernel Stearin
- Palm Fatty Acid Distillate (PFAD)
- Palm Kernel Fatty Acid Distillates (PKFAD)
- Oleochemicals
- Hydrogenated Palm Kernel Oil (HPKO)
- Emulsifier
- Hydrogenated Palm Olein
- Hydrogenated Double Olein
- Hydrogenated Palm Oil
- Hydrogenated Palm Kernel Olein
- IE Palm
- IE Palm Olein
- IE Palm Stearin
Oleochemicals - What are they?
fatty acids
fatty alcohols
fatty methyl esters
fatty amines
glycerine
Oleochemical pathways
What are they used for?
Where do they come from?
Review of Organic Functional Groups
Fatty Acids
- Uses
- Process
- Splitting
- Hydrogenation
Ni Catalyst for FA hydrogenation
Catalyst deactivation in fatty acids by corrosion
Ni soap decomposition
Nickel dissolution in the presence of hydrogen
Comparison pore size & TG/FA molecules
Effect of pore dimensions in fatty acid hardening
Effect of premixing timeon catalyst activity
Effects of catalyst dissolution summarized:
Reducing Ni soaps
Issues
Alternative catalyst for FA hydrogenation (i)
Precious metal catalyst cycle
Alternative catalyst for FA hydrogenation (ii)
Fatty Alcohols
- Uses
- Process
Fatty Ester Hydrogenolysis
Fixed Bed Hydrogenolysis
Slurry Phase Hydrogenolysis
Fatty OH polishing
Fatty Methyl Esters
- Uses
Advantages of ME vs FA as a feedstock
FME - Biodiesel
Fatty Amines
Glycerin
- Uses
- The Future
REFERENCE:
Some graphs and photographs, in particular the photo of "The nickel deposits in the tube section", were extracted from Johnson Matthey contributions to International conferences.
Dr. Ruslan Abdullah
Director, Science, Environment and Sustainability Division
MPOC HQ/ Malaysia
&
Ms. Sarafhana Dollah
Senior Executive, Science, Environment & Sustainability Division
MPOC HQ/ Malaysia
i'm making this slide for my assignment and will be very happy to receive any kind comments, response or suggestions in correcting the slides. and yes, cause i'm still a student :)
introduction to soil stabilization and introduction to geo textiles and synth...husna004
Stabilization is the process of blending and mixing materials with a soil to improve certain properties of the soil. The process may include the blending of soils to achieve a desired gradation or the mixing of commercially available additives that may alter the gradation, texture or plasticity, or act as a binder for cementation of the soil.
How to Manufacture Detergents (Detergent Manufacturing Business, Cleaning Pro...Ajjay Kumar Gupta
A detergent is a surfactant or a mixture of surfactants with "cleaning properties in dilute solutions. Detergents, as a constituent of the overall FMCG industry, accounts for a near 12% of the total demand for all FMCG products estimated at over Rs. 530 bn. Detergents, chemically known as alfa olefin sulphonates (AOS) are used as fabric brightening agent, anti-deposition agent, stain remover and as a bleacher. A major input for the production of detergents is a petrochemical, Linear Alkyl Benzene (LAB), while soaps rely more on an inorganic chemical, caustic soda, as a major input.
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Profitable Business Ideas for Starting Detergent BusinessAjjay Kumar Gupta
A detergent is a surfactant or a mixture of surfactants with "cleaning properties in dilute solutions. Detergents, as a constituent of the overall FMCG industry, accounts for a near 12% of the total demand for all FMCG products estimated at over Rs. 530 bn.
Detergents, chemically known as alfa olefin sulphonates (AOS) are used as fabric brightening agent, anti-deposition agent, stain remover and as a bleacher. A major input for the production of detergents is a petrochemical, Linear Alkyl Benzene (LAB), while soaps rely more on an inorganic chemical, caustic soda, as a major input.
To cater to this increasing demand of quality washing powders most of the top detergent brands in India are continually introducing better packaged detergents that are offering a host of benefits in a single wash. In India HUL holds a 38 per cent market share in the washing powder segment clearly standing as the winner. The other important players in the detergent industry include Surf Excel, Nirma and Sunlight.
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How to Start Detergent Powder Making Business?, High Profit Detergent Manufacturing Business in India, Profitable Detergent Powder Manufacturing & Processing Business Ideas, Easy and Profitable Detergent Powder Manufacturing Business Ideas You Can Start Now, Most Profitable New Detergent Powder Manufacturing Business Ideas, Top Business Ideas in India with Low Budget, Low Investment Business Ideas in India, How You Can Start Small Business with Low Investment, Top Entrepreneur Ideas in India, How to Start Money Making Business - Start Your Own Profitable Business, Top Small Business Ideas for Beginners, Best Business Ideas in India with Small Investments for 2017, Startup Business Ideas, Top Best & Unique New Business Ideas to Start, Business Startup Ideas-Best Small Business Ideas, Small Business Ideas with Low Investment & High Profit, Top Best Small Business Ideas in India for Starting Small Business, New Profitable Small Business Ideas to Start Your Own Business, Business Ideas for Women Startups in India, Small Business Ideas to Start Today, New Small Business Ideas in India, How to Start Business?, Highly Profitable Small & Medium Industries for Entrepreneurs, Top Profitable Small Business Ideas with Small Capital, Manufacturing Business Ideas, Small Business Ideas in India with Low Budget, Best Small Business Ideas for Women in India, Popular Small Business Ideas in India for New Startup, Newest Innovative Small Business Ideas, Tips for Starting Your Own Business,
Formulae and Manufacturing Process of Emulsifiers with Uses and ApplicationsAjjay Kumar Gupta
Emulsifier is an organic compound that encompasses in the same molecule two dissimilar structural groups e.g. water soluble and a water insoluble moiety. It is the ingredient which binds the water and oil in a cream or lotion together permanently. The composition, solubility properties, location and relative sizes of these dissimilar groups in relation to the overall molecular configuration determine the surface activity of a compound. Emulsifiers are classified on the basis of their hydrophilic or solubilizing groups in to four categories anionic, non ionic, cationics and amphoterics. Emulsifier is utilized in various industries; agriculture, building and construction, elastomers & plastics, food & beverages, industrial cleaning, leather, metals, paper, textiles paints & protective coatings etc. An emulsion is an ideal formulation for the administration. The emulsion form allows uniform application of a small amount of active ingredient on the surface of the skin. Some of the important emulsions in different field are pharmaceutical emulsions, rosin & rubber emulsion, textile emulsions, pesticide emulsions, food emulsions, emulsion in paint industry, emulsion in polish industry, leather & paper treatment emulsions etc.
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How to Manufacture Disinfectants, Soaps and Detergents Ajjay Kumar Gupta
Soaps and detergents are used frequently in our daily life. We use them to wash our hands and clean our clothes without ever really paying attention to how they work. Beneath the plain white surface of a bar of soap lies an intriguing history and a powerful chemistry. It has been said that amount of soap and detergent consumed in a country is a reliable measure of its civilizations. There was a time when these products were luxury; now it is a necessity.
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Definition of fatty esters Production processes of fatty esters and its derivative. Flow chart of fatty ester production Uses and application of fatty ester
3. What is Fatty Ester ? Fatty Ester is a type of ester that result from the combination of a fatty acid with an alcohol.
4. Types of Fatty Esters Isopropyl Esters Ethylexyl Esters Butyl Esters Glycerol Esters Glycol Esters Methyl Esters Polyol Esters
5. Production Processes of Isopropyl Esters and its derivatives Isopropyl esters of carboxylic acids are products manufactured by means of reacting fatty acids and isopropyl alcohol in a process called “esterification”.The by‐product of the reaction is water. FATTY ACIDS + ISOPROPYL ALCOHOL → ISOPROPYL ESTERS +WATER Lauric (C12), Myristic (C14), and Palmitic (C16) are the typical fatty acids used to manufacture isopropyl esters.
6. Production Processes of Isopropyl Esters and its derivatives Raw material is received in the plant and is heated before entering the reactor to form a ester through esterification .The reaction takes place at atmospheric pressure with the aid of catalyst.The reaction water is sent to the distillation column to distill off the excess alcohol for reuse. After completion of the reaction, the product is neutralized, and if necessary, distilled. The derivatives are Isopropyl Laurate (IPL), Isopropyl Myristate (IPM), and Isopropyl Palmitate (IPM).
7. Flow Diagram of Isopropyl Esters Production
8. Uses and application of isopropyl esters Isopropyl Laurates are used in cosmetics and lubricating oil additives. Isopropyl Myristate is used as an emollient and lubricant in preshaves, aftershaves, shampoos, bath oils, antiperspirants, deodorants, and various creams and lotions. Isopropyl Palmitate is used in cosmetics as a thickening agent and emollient. It is often used in moisturizes where it forms a thin layer and easily penetrates the skin. Isopropyl Palmitate is said to enhance silkiness in hair and skin.
9. Production Processes of Methyl Esters and its derivatives Methyl esters were produced by transesterification of palm oil with methanol in the presence of a catalyst (KOH).The rate of transesterification in a batch reactor increased with temperature up to 60°C. (Higher temperatures did not reduce the time to reach maximal conversion. The mixture enters into the second reactor to recover the excess of methanol and enters into the washing column together with water. Next, methyl esters goes to drying stage to be dried. After that, we got methyl esters.
10. Flow Diagram of Production Methyl Esters.
Presentation by Ms. Vicky Chia, Senior Executive, Science, Environment and Sustainability Division, MPOC
was presented during Techno-Economic Marketing for Palm Oil (TEMPO) in Algeria 2022
Presentation by Dr. Ruslan Abdullah, Director, Science, Environment and Sustainability Division, MPOC
was presented during Techno-Economic Marketing for Palm Oil (TEMPO) in Algeria 2022
Presentation by Mr. Faisal Iqbal, Director, Marketing & Market Development, MPOC
was presented during Techno-Economic Marketing for Palm Oil (TEMPO) in Algeria 2022.
This presentation explores a brief idea about the structural and functional attributes of nucleotides, the structure and function of genetic materials along with the impact of UV rays and pH upon them.
hematic appreciation test is a psychological assessment tool used to measure an individual's appreciation and understanding of specific themes or topics. This test helps to evaluate an individual's ability to connect different ideas and concepts within a given theme, as well as their overall comprehension and interpretation skills. The results of the test can provide valuable insights into an individual's cognitive abilities, creativity, and critical thinking skills
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Inspired by David Donoho's vision, this talk aims to revisit the three crucial pillars of frictionless reproducibility (data sharing, code sharing, and competitive challenges) with the perspective of deep software variability.
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I will then present some software engineering and AI techniques that can support the strategic exploration of variability spaces. These include the use of abstractions and models (e.g., feature models), sampling strategies (e.g., uniform, random), cost-effective measurements (e.g., incremental build of software configurations), and dimensionality reduction methods (e.g., transfer learning, feature selection, software debloating).
I will finally argue that deep variability is both the problem and solution of frictionless reproducibility, calling the software science community to develop new methods and tools to manage variability and foster reproducibility in software systems.
Exposé invité Journées Nationales du GDR GPL 2024
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genomics, an increasing number of crop genomes have been sequenced and dozens of genes influencing key agronomic traits have been identified. However, current genome sequence information has not been adequately exploited for understanding
the complex characteristics of multiple gene, owing to a lack of crop phenotypic data. Efficient, automatic, and accurate technologies and platforms that can capture phenotypic data that can
be linked to genomics information for crop improvement at all growth stages have become as important as genotyping. Thus,
high-throughput phenotyping has become the major bottleneck restricting crop breeding. Plant phenomics has been defined as the high-throughput, accurate acquisition and analysis of multi-dimensional phenotypes
during crop growing stages at the organism level, including the cell, tissue, organ, individual plant, plot, and field levels. With the rapid development of novel sensors, imaging technology,
and analysis methods, numerous infrastructure platforms have been developed for phenotyping.
The use of Nauplii and metanauplii artemia in aquaculture (brine shrimp).pptxMAGOTI ERNEST
Although Artemia has been known to man for centuries, its use as a food for the culture of larval organisms apparently began only in the 1930s, when several investigators found that it made an excellent food for newly hatched fish larvae (Litvinenko et al., 2023). As aquaculture developed in the 1960s and ‘70s, the use of Artemia also became more widespread, due both to its convenience and to its nutritional value for larval organisms (Arenas-Pardo et al., 2024). The fact that Artemia dormant cysts can be stored for long periods in cans, and then used as an off-the-shelf food requiring only 24 h of incubation makes them the most convenient, least labor-intensive, live food available for aquaculture (Sorgeloos & Roubach, 2021). The nutritional value of Artemia, especially for marine organisms, is not constant, but varies both geographically and temporally. During the last decade, however, both the causes of Artemia nutritional variability and methods to improve poorquality Artemia have been identified (Loufi et al., 2024).
Brine shrimp (Artemia spp.) are used in marine aquaculture worldwide. Annually, more than 2,000 metric tons of dry cysts are used for cultivation of fish, crustacean, and shellfish larva. Brine shrimp are important to aquaculture because newly hatched brine shrimp nauplii (larvae) provide a food source for many fish fry (Mozanzadeh et al., 2021). Culture and harvesting of brine shrimp eggs represents another aspect of the aquaculture industry. Nauplii and metanauplii of Artemia, commonly known as brine shrimp, play a crucial role in aquaculture due to their nutritional value and suitability as live feed for many aquatic species, particularly in larval stages (Sorgeloos & Roubach, 2021).
Travis Hills' Endeavors in Minnesota: Fostering Environmental and Economic Pr...Travis Hills MN
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Nutraceutical market, scope and growth: Herbal drug technologyLokesh Patil
As consumer awareness of health and wellness rises, the nutraceutical market—which includes goods like functional meals, drinks, and dietary supplements that provide health advantages beyond basic nutrition—is growing significantly. As healthcare expenses rise, the population ages, and people want natural and preventative health solutions more and more, this industry is increasing quickly. Further driving market expansion are product formulation innovations and the use of cutting-edge technology for customized nutrition. With its worldwide reach, the nutraceutical industry is expected to keep growing and provide significant chances for research and investment in a number of categories, including vitamins, minerals, probiotics, and herbal supplements.
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With increasing population, people need to rely on packaged food stuffs. Packaging of food materials requires the preservation of food. There are various methods for the treatment of food to preserve them and irradiation treatment of food is one of them. It is the most common and the most harmless method for the food preservation as it does not alter the necessary micronutrients of food materials. Although irradiated food doesn’t cause any harm to the human health but still the quality assessment of food is required to provide consumers with necessary information about the food. ESR spectroscopy is the most sophisticated way to investigate the quality of the food and the free radicals induced during the processing of the food. ESR spin trapping technique is useful for the detection of highly unstable radicals in the food. The antioxidant capability of liquid food and beverages in mainly performed by spin trapping technique.
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Abnormal or anomalous secondary growth in plants. It defines secondary growth as an increase in plant girth due to vascular cambium or cork cambium. Anomalous secondary growth does not follow the normal pattern of a single vascular cambium producing xylem internally and phloem externally.
Application of Oleochemicals in Soap, Detergents and Cosmetic Industries
1. Application of Oleochemicals in Soap, Detergents and
Cosmetic Industries
Fathy Hassan, PhD
COO, Oleo Misr
drfh71@oleomisr.com
www.oleomisr.com
2. Focus Points
What is Oleochemicals
Vegetable Oil in Oleochemicals
Oleochemicals = Happy Life
Application of Oleochemicals in Soap Industry
Application of Oleochemicals in Cosmetic Industry
Conclusion
6. OLEO CHEMICALS USED IN MANY INDUSTRIES
Oleochemicals are chemicals derived from Oils &
Fats (plant or animal). They are analogous to
petrochemicals derived from petroleum
Important processes in oleochemical
manufacturing include hydrolysis, splitting,
hydrogenation, methylation and transesterification,
among others.
7. OLEO CHEMICALS USED IN MANY INDUSTRIES
The formation of basic oleochemical substances like fatty
acids, glycerol, fatty acid methyl esters (FAME), fatty
alcohols, fatty amines and glycerols are by various chemical
and enzymatic reactions. Intermediate chemical substances
produced from these basic oleochemical substances include
alcohol ethoxylates, alcohol sulfates, alcohol ether glucose,
quaternary ammonium salts, monoacylglycerols (MAG),
diacylglycerols (DAG), structured triacylglycerols (TAG),
sugar esters, and other oleochemical products
8. OLEO CHEMICALS USED IN MANY INDUSTRIES
Adhesives & Sealants Metal Working
Agricultural Chemicals Oilfield Chemicals
Chemical Derivatives Paints, Coatings & Inks
Coatings and Inks Paper Chemicals
Construction Chemicals Personal Care
Electrodes Pharmaceutical
Emulsion Polymerization Polymers & Plastics
Flavors & Fragrance Rubber & Tires
Food Processing Textile Chemicals
Household Care Tobacco
Industrial & Institutional Cleaners Wax & Candles
Lubricants and Greases
9. OLEO CHEMICALS USED IN MANY INDUSTRIES
The expected total oleo chemical consumption
of Egypt, Africa and Middle east is about 1.5 :
1.7 million tons 2017.
10. Non-Food Uses of Oleo Chemicals
SUBJECT CONTENTS
OLEO CHEMICALS = HAPPY LIFE
VEGETABLE OIL IN OLEO CHEMICALS
OLEO CHEMICALS IN SOME INDUSTRIAL PROCESS
IN SOAP
IN COSMETICS
IN IN LEATHER
IN TEXTIAL
IN SURFACTANT, EMULSIFIERS & OTHERS
IN PHARMACEUTICALS, PAINTING & OTHERS
11. Non-Food Uses of Oleo Chemicals
OLEO CHEMICALS = HAPPY LIFE
WE CAN MAKE A DIFFERENCE TO THE FUTURE OF
OUR LIFE BY THE RIGHT CHOICE :
ALL OUR LIFE IS BOLUTED BY HYDROCARBON
IN FOOD / INKS / TEXTILE / COSMETICS
AGRICULTURE PESTICIDES / IN MANY
WHAT WE CAN DO?
12. Non-Food Uses of Oleo Chemicals
OLEO CHEMICALS = HAPPY LIFE
WRITE ANSWER BACK TO THE NATURE
(RIGHT CHOICE FOR GREEN LIFE)
OLEO CHEMICALS ARE USED IN ALL
SPECIALTIES IN OUR EVERY DAY LIFE
THANKS OLEO CHEMICALS WITH
RESPICT TO THE TRIGLYCERIDES
13. Non-Food Uses of Oleo Chemicals
Vegetable oil & FAT are being processed to produce a wide
variety of Fatty Acid based derivatives and end products
including oleo chemicals.
14. Non-Food Uses of Oleo Chemicals
What oleo chemicals are derived from Fat & Oil?
In addition to the Fat & Oil derivatives used for food
applications, there are also a number of Oil-based oleo
chemicals, including:
Fatty acids / Fatty alcohols / Fatty methyl ester
Fatty nitrogen compounds / Glycerine
These substances are used in cosmetics , painting ,
surfactants , emulsifiers , and among other products.
17. Non-Food Uses of Oleo Chemicals
The most important of non-food
application of fatty acids in OLEO MISR
COMPANY. / Egypt now is for the
production of BASIC OLEO
CHEMICALS i.e. All fatty acids and
special oleo chemicals i.e. palmetic,
stearic, oleic fatty acids and their
derivatives with respect to the tri
glycerides .
18. Non-Food Uses of Oleo Chemicals
OLEO CHEMICALS IN SOME INDUSTRIAL PROCESS
IN SOAP
19. Non-Food Uses of Oleo Chemicals
.
ITS SOO EASY TO MAKE A SOAP BUT ITS
VERY DIFFICULT TO MAKE A GOOD SOAP
OLEO CHEMICALS IN SOAP PROCESS
21. Non-Food Uses of Oleo Chemicals
SOAP ( salt of fatty acid ) is not use only as soap
bar for cleaning but its use in many field
We have the calcium, potassium, lithium salt of
fatty acid , soap amine , natural hand soap, and
Soap of carboxylic acids and amines which is
useful in removal and prevention of scale.
OLEO CHEMICALS IN SOAP PROCESS
22. Non-Food Uses of Oleo Chemicals
Fatty amine : in chemistry, is any amine attached to a C
12 or more . These are classified as oleochemicals. More
commonly are derived from C12-C18 , coco amine,
oleylamine, tallow amine, and soya amine. Some
applications of these compounds are in Soap Bar fabric
softeners, and corrosion inhibitors. They are the basis for
a variety of soap & cosmetic formulations.
OLEO CHEMICALS IN SOAP PROCESS
23. Non-Food Uses of Oleo Chemicals
OLEO MISR COMPANY. / Egypt has a facility to produce
snow white soap noodles via a continuous neutralization process.
Snow White soap cannot be prepared directly from continuous
Saponification process because of their high Saponification color
values. When palm fatty acids are distilled, however, some of the
impurities are removed and good quality soaps can therefore be made
from them. In addition to ease of production, the fatty acid route
allows soap formulators to determine the ratio of fatty acids to be
used, by blending, thus offering greater flexibility.
24. Non-Food Uses of Oleo Chemicals
OLEO MISR WILL PRODUCE DIFFERENT FORMULATION FOR
TOILET SOAP, NOODLES , COMBAR, TRANSLUCENT AND
TRANSPARANT SOAP NOODLES
ALSO WE HAVE A FACILITIES TO PRODUCE SWING SOAP
NOODLES DIRECT FROM OIL WITHOUT SEPARATING THE
GLYCEROL
25. Non-Food Uses of Oleo Chemicals
QUALITY DIFFERENCE BETWEEN SOAP
NOODLES FROM OILS AND FATTY ACIDS
SOAP NOODLES FROM FATTY ACID SOAP NOODLES FROM OILS
Color Top white fancy color Yellowish
Dust Little High
Salt 0.1 : as req. 0.4 min.
Alk. 0.0 : as req. Difficult to adjust.
Glycerol 0.1 : as req. 1.0 min.
Un-sap 0.15 max. 0.25 min.
Irritation - +
26. Non-Food Uses of Oleo Chemicals
QUALITY DIFFERENCE BETWEEN SOAP
NOODLES FROM OILS AND FATTY ACIDS
•Less qty. Of TiO2 and bighting agent
•Less qty. Of Caustic soda
•Less qty. Of sodium salt
•Less qty. Of fragrance
•Less qty. Of preservative
•High quality with different formulations
27. Non-Food Uses of Oleo Chemicals
OUR TARGET IN SOAP MANUFACTURE WILL BE NEW
FORMULATION WITH HIGH QUALITY TO EXCEED THE
CUSTOMER EXPECTATIONS :
OLEO MISR WILL PRODUCE DIFFERENT BLEND
OF SOAP NOODLES TO ACHIEVE THE STANDARD
No. OF INS, HR, & S.R.
USE NEW TECHNOLOGY TO
PRODUSE SNOW WHITE SOAP
NOODLES FROM METHYL ESTER
28. Non-Food Uses of Oleo Chemicals
OIL DREVATIVES AS OLEO SOAP
ON THE OTHER HAND GLYCEROL COMES
FROM SPLITING OF VEGETABLE OIL IS MORE
HIGH QUALITY THAN THIS ONE COMES
FROM SAPONIFICATION i.e. Odder, Colour and
free of chloride ion and triglycerides
29. Non-Food Uses of Oleo Chemicals
OLEO CHEMICALS IN SOME INDUSTRIAL PROCESS
IN COSMETICS & BODY CARE / HOME CARE & DRILLING
DETERGENTS
IN COSMETICS
30. Non-Food Uses of Oleo Chemicals
EXAMPLE : OIL DREVATIVES AS OLEO CHEMICALS IN COSMETICS
MOST OF THE R.M IN COSMETICS ARE OLEO
CHEMICALS, WHICH USED IN BODY CARE,
PERSONAL CARE , HOME CARE , HAIR CARE ,
BABY CARE, & ALL KINDS OF DETERGENTS
WHICH USED IN HOUSE, HOTELS, PAPER,
TANNING, TEXTILE , AGRICULTURE, PESTICIDES,
DRILLING, OTHERS
31. Non-Food Uses of Oleo Chemicals
EXAMPLE : OIL DREVATIVES AS OLEO CHEMICALS IN COSMETICS
MOST OF OLEO CHEMICALS IN THE ABOVE
WORKS AS ACTIVE MATTER, SURFACTANTS,
EMULSIFIER, WETING AGENTS, PLASTICIZER,
LUBRICANTS, EMOLLIENTS, THICKENER,
MOISTURIZERS ---------------------
32. Non-Food Uses of Oleo Chemicals
.Hypoallergenic
Biodegradable
Septic System Safe
EcoLogo compliant
Vegan
Leaping Bunny approved
WELCOME OLEO CHEMICALS IN COSMETICS
33. Non-Food Uses of Oleo Chemicals
WELCOME OLEO CHEMICALS IN COSMETICS
Good bye to these ingredients in Cosmetics and detergents products:
Sodium Lauryl Sulphate free
Chlorine Free
Phosphates Free
Synthetic fragrances Free
Ethylenediaminetetraacetic acid (EDTA) Free
Alkylphenol ethoxylates (APEs) Free
Petrochemical R.M Free
34. Non-Food Uses of Oleo Chemicals
WELCOME OLEO CHEMICALS IN COSMETICS
Do you know the main ingredient in shampoo & hand Soap?
Sodium Lauryl Sulphate / ether sulphate 10 : 20 %
We need all cosmetics products sulphate free
Its better to use Lauryl glucoside / succinate or
Use fatty Acid & fatty acid derivatives in hand soap & shampoo
35. Non-Food Uses of Oleo Chemicals
STABLE SOAP BASED CLEANSING SYSTEM
( More particularly )
The liquid skin cleansing relates to phase stable liquid
skin cleansing compositions comprising a fatty acid soap,
and acrylate based copolymer and an acidifying agent.
OLEO CHEMICALS IN HAND SOAP .
36. Non-Food Uses of Oleo Chemicals
OLEO CHEMICALS IN HAND SOAP .
A liquid soap composition is prepared by the back-acid formulation
technique utilizing the following recipe.
37. Non-Food Uses of Oleo Chemicals
OLEO CHEMICALS IN HAND SOAP .
The pH is sequentially lowered by back-acid treating with citric acid. The
viscosity and yield values following the sequential reduction of the pH values
of the liquid soap composition are reported in the table below.
38. Non-Food Uses of Oleo Chemicals
OLEO CHEMICALS IN HAND SOAP
.The back-acid technique with citric acid (25% solution) to a pH of 8.6
Different formula with low % of fatty acid blend
39. OLEOCHEMICAL IN COSMETICS
Oleo chemical in disinfectant :
We know that the custor Soap used in disinfectant with
PCMX / IRGAZAN / OTHERS AS anti-bacterial agent
and ( Isopropyl + D.I water ), caramel as color .
OUR COMPANY PRODUSED NEW FORMULA FROM
OLEO CHEMICAL 100 %
Non-Food Uses of Oleo Chemicals
40. Non-Food Uses of Oleo Chemicals
EXAMPLE : OIL DREVATIVES AS OLEO CHEMICALS IN COSMETICS
Caprylyl / Myristyl Glucoside Caprylyl /Myristyl
Glucoside are cleaning agent, an Amine Oxide surfactant
that can also be found in a variety of products including
shampoos and dishwashing detergents. It removes dirt
and deposits by surrounding dirt particles to loosen them
from the surface they're attached to, so they can be rinsed
away. Function: Plant based cleaning agent (Surfactant),
Liquid Laundry .
41. Non-Food Uses of Oleo Chemicals
EXAMPLE : OIL DREVATIVES AS OLEO CHEMICALS IN COSMETICS
Cocamidopropyl Hydroxysultaine used in (Hand soap,
soaps, shampoos, lotions etc.) It has uses as a foam booster,
viscosity builder, and an antistatic agent. : Made by blending raw
coconut oil with a naturally-derived chemical. This ingredient usually
provides the mild and gentle "sudsing" base for body washes, facial
cleansers, shampoos, bubble bath, and other liquid cleansing
formulations. It is also has properties that can be used to adjust the
thickness (viscosity) of formulations. Function: Viscosity adjuster
42. Non-Food Uses of Oleo Chemicals
EXAMPLE : OIL DREVATIVES AS OLEO CHEMICALS IN COSMETICS
Lauramine Oxide : Function: Plant based cleaning agent
(Surfactant) . Produced by the reaction of glucose from
corn starch with the fatty alcohol from P. kernel oil or
coconut. It is a cleaning agent that can also be found in a
variety of products including shampoos and dishwashing
detergents
43. Non-Food Uses of Oleo Chemicals
EXAMPLE : OIL DREVATIVES AS OLEO CHEMICALS IN COSMETICS
Glyceryl Oleate is the ester of glycerin and oleic
acid. It is produced from oils that contain high
concentrations of oleic acid, such as olive oil,
peanut oil, teaseed oil or pecan oil. It is used as
an emulsifier in Hand soap & others (mixes oil
and water). Function: Lipid enhancer
44. Non-Food Uses of Oleo Chemicals
EXAMPLE : OIL DREVATIVES AS OLEO CHEMICALS IN COSMETICS
Glycerine is derived from Vegetable Oil, and is a by-
product of soap making process. Glycerine is a
moisturizer that can also be found in personal care
products such as skin lotion. It helps prevent a product
from drying out and breaking apart. It works by drawing
water in and forming a barrier on a surface to help retain
moisture. Function: Solvent / Foam stabilizer
45. Non-Food Uses of Oleo Chemicals
EXAMPLE : OIL DREVATIVES AS OLEO CHEMICALS IN COSMETICS
Methyl Bis (soya amidoethyl) -2-Hydroxyethyl
Quaternary Ammonium Methyl Sulphate: A soy based
ingredient and an alkaline based compound that is used to
soften garments and also acts an anti-static agent to
reduce static cling. Used in Fabric Softener .Function:
Plant based softening agent
46. Non-Food Uses of Oleo Chemicals
EXAMPLE : OIL DREVATIVES AS OLEO CHEMICALS IN COSMETICS
Sodium Methyl 2-Sulfolaurate/Disodium 2-
Sulfolaurate Is derived from Vegetable oil as a
renewable natural resources. It is Produced by
the reaction of between an acidic and alkaline
compounds. A cleaning agent that can also be
found in a variety of laundry products. Function:
Plant based cleaning agent (Surfactant)
47. Non-Food Uses of Oleo Chemicals
EXAMPLE : OIL DREVATIVES AS OLEO CHEMICALS IN COSMETICS
Alkyl polyglycosides (APGs)
Illustrative of green cleaning agents are APGs, a class of non-
ionic surfactants widely used in a variety of household and industrial
applications. APG are derived from sugars, usually glucose
derivatives, and fatty alcohols. They are used to enhance the
formation of foams in detergents for dishwashing and for delicate
fabrics. In addition to their favourable foaming properties, they are
attractive because they readily biodegrade. The raw materials for
industrial manufacture are typically starch and fat.
48. Non-Food Uses of Oleo Chemicals
EXAMPLE : OIL DREVATIVES AS OLEO CHEMICALS IN COSMETICS
Stearyl alcohol with the formula
CH3 (CH2)16CH2OH. It is classified as a fatty alcohol. which are insoluble
in water. It has a wide range of uses as an ingredient
in lubricants, resins, perfumes and cosmetics. It is used as
an emollient, emulsifier, and thickener in ointments of various sorts, and is
widely used as a hair coating in shampoos and hair conditioners. It has also
found application as an evaporation suppressing monolayer when applied
to the surface of water. Stearyl alcohol is prepared from stearic acid by the
process of catalytic hydrogenation. It has low toxicity.
49. Non-Food Uses of Oleo Chemicals
EXAMPLE : OIL DREVATIVES AS OLEO CHEMICALS IN COSMETICS
Cetyl alcohol
also known as hexadecan-1-ol and palmityl alcohol, is a fatty alcohol with
the formula CH3(CH2)15OH. At room temperature, cetyl alcohol takes the form of
a waxy white solid or flakes.
Preparation
Cetyl alcohol Modern production is based on the reduction of palmitic acid, which
is obtained from vegetable oil.
Uses
Cetyl alcohol is used in the cosmetic industry as an opacifier in shampoos, or as
an emollient, emulsifier or thickening agent in the manufacture of skin creams and
lotions It is also employed as a lubricant for nuts and bolts, and is the active
ingredient in some "liquid pool covers" (forming a surface layer to reduce
evaporation and retain heat).
50. Non-Food Uses of Oleo Chemicals
EXAMPLE : OIL DREVATIVES AS OLEO CHEMICALS IN COSMETICS
Sorbitanne Stearate or Oleates used as Emulsifying agent in many
Cosmetics i.e. Cream , Lotions, Shaving Foams
Glycerol monostearate used as an Emulsifier & Pacifier in
Cosmetics , also as Lubricant, Anti-static agent . Fabric Softener in
Textile , Drilling & Cutting Oil
Lauryl Glucoside is a surfactant used in cosmetics. It is produced
from glucose and lauryl alcohol. Also as a Foaming agent
51. Non-Food Uses of Oleo Chemicals
Some Oleo chemical products in Personal care Formula
Peel off Face Mask & Scrub
Ceraphyl 791 Isocetyl Stearoyl Stearate
Cetyl Alcohol
Ceraphyl 368 Octyl Palmitate
52. Application of Oleochemicals in Soap, Detergents and
Cosmetic Industries
Fathy Hassan, PhD
COO, Oleo Misr
drfh71@oleomisr.com
www.oleomisr.com