This article will address the question of the biodegradability of Frosch products.
It will also cover other areas such as:
- The components of Frosch products.
- The purpose of each ingredient.
- Eco-friendliness of Frosch products.
Is Frosch biodegradable?
The biodegradability of Frosch products depends on the concentration of the natural, organic compounds.
Biodegradation is the process by which microorganisms such as bacteria and fungi break down organic tissue into small biomass, producing carbon dioxide, water, or methane.
Heat is also produced during the process of biodegradation and is lost to the environment.
The main agents of biodegradation are bacteria and fungi. They break organic materials, using them as a source of carbon to make food and energy.
Microbes can use either oxygen or other chemical compounds to break down organic matter. When they use oxygen, the process is called aerobic biodegradation.
When microorganisms use any other chemical to break down organic matter instead of oxygen, the process is called anaerobic biodegradation.
The products of aerobic biodegradation are carbon dioxide and water. The products of anaerobic biodegradation are carbon dioxide and methane.
The biodegradation process occurs in three distinct stages: biodeterioration, bio-fragmentation, and finally assimilation.
Biodeterioration is the first stage of biodegradation that involves abiotic factors such as light, UV radiation, and water to help in the weakening of the structure of organic substances.
Bio-fragmentation is the second stage that involves the physical breakdown of organic matter into small particles, this is due to the biodeterioration of the organic matter in the first stage.
The last stage involves the fungi and the bacteria breaking down the small particles into even smaller biomass, producing heat, water, carbon dioxide, and methane, with the products depending on the type of biodegradation; whether aerobic or anaerobic.
What is Frosch?
Frosch is a brand name for different types of products, with the majority of them being soaps and detergents.
Frosch products contain active ingredients derived from natural sources such as plant extracts.
The Frosch products do not contain microplastics, formaldehyde, or EDTA as the chelating agent. They also do not contain chemicals such as sulfates, and parabens which are known carcinogens and allergens.
The most common products of the Frosch brand include:
- Room fragrances.
- Cleaning soaps and detergents.
- Dishwashing detergents.
- Baby detergents.
- Hand soaps.
- Shower gels.
What are the ingredients of Frosch products?
Frosch products contain the following main products.
- Sodium Laureth sulfate.
- Sodium benzoate.
- Sodium chloride.
- Lactic acid.
- Sodium lauryl sulfate.
- Cocamidopropyl betaine.
- Propylene glycol.
- Dipropylene glycol.
- Amide polyglycol ether.
- Chamomilla Recutita flower extract.
Water is used in this soap to act as a solvent for water-soluble ingredients.
It is also a medium that keeps the skin moist and healthy. It hydrates the skin.
Sodium Laureth sulfate.
This is a synthetic compound that is added to soaps, detergents, and other cosmetics to add foaming properties.
It makes the soap and detergents lather, removing oil and dirt from the fabrics and other surfaces.
This is glucose that is derived from vegetables and oil from products such as coconut and palm kernels.
It acts as a cleansing agent, which results in soap forming high and stable foam.
The compound is readily biodegradable
Sodium benzoate is a chemical that is used in detergents to prevent the growth of microorganisms such as yeast and mold.
It is used as a preservative to increase the shelf life of detergents. It is used as an alternative to parabens since parabens are carcinogenic.
Sodium chloride is also called table salt. It is added to the soap to control its viscosity.
It also acts as a thickener making the soap a gel.
The sodium and chloride ions in the sodium chloride interact with opposite charges in surfactants to form micelles.
However, too much salt in soaps leads to salting out, making the surfactant watery; less thick.
Panthenol is also called pro-vitamin B5. It is a precursor for vitamin B5.
Panthenol is added to the hand and bathing soaps to act as a humectant which helps the skin attract water molecules.
It also helps the skin produce lipids to protect and thicken the skin.
Panthenol also acts as an anti-inflammatory agent for the skin. It helps reduce the irritation caused by chemical sunscreens or fragrance additives in the soap.
Panthenol also helps in wound healing as it causes the proliferation of fibroblast cells which cause the thickening of collagen, protecting the skin.
It also makes one’s hair more elastic, softer, and healthy.
Lactic acid is added to soaps and detergents because it has disinfectant properties; protecting the skin against microorganisms.
Lactic acid also softens the skin keratin, improving the skin’s ability to hold moisture. It also helps to regulate the pH of detergents.
Lactic acid is also added to soaps and detergents to help in removing scum when hard water is used for laundry.
Sodium lauryl sulfate.
This is a chemical that helps in foaming and frothing. It is widely used in shampoos in place of soap.
Sodium lauryl sulfate can be derived from petroleum, coconut oil, or palm oil. It helps in removing oil and dirt from fabrics.
This is an organic compound that is used as a thickener in hand wash and bathing soaps. It makes cosmetic compounds thicker and creamier.
The compound is amphoteric, meaning it has both negative and positive charges, therefore, attracting both positive and negative ions. This aids in attracting dirt and oils, therefore cleaning the fabrics.
Propylene glycol is a petrochemical that is used in soaps as a penetration enhancer ingredient. It activates and enhances the activities of the other soap ingredients.
It contains antimicrobial properties and therefore it acts as a preservative for soaps.
This compound is used as a stabilizer in soaps due to its viscosity.
Amide polyglycol ether.
Amide polyglycol ether is used in soaps to increase the thickening of soaps.
This chemical is used in detergents as a surfactant.
The chemical works like other ethoxylates like lauryl alcohol ethoxylate by enhancing foaming, wetting, solubility, and degreasing properties of soaps and detergents
Glycerin is a molecule that is central to the synthesis of lipids.
It is used as a humectant in soaps and other cosmetics.
A humectant is a substance that helps in keeping the skin moist and healthy, removing skin dryness and paleness.
Chamomilla Recutita flower extract.
This extract contains terpenoids, chamazulene, and bisabolol which act as anti-inflammatory agents.
It also contains matricide, apigenin, and luteolin compounds which act as antioxidant agents.
However, chamomile may cause allergic reactions to some skin types.
Colorants are compounds used to enhance the color of a compound.
Detergents, soaps, and cosmetics used colorants to give the products their different colors.
There are different types of colorants that include:
- FD and C dyes.
- Natural colorants.
Tocopherol is used in the frosch baby detergents.
Sorbitol is used in soaps and cosmetics as a humectant to maintain skin moisture. It increases thickness in lotions and soaps.
Enzymes are used in soaps and detergents to break down biomolecules on food stains.
A protease enzyme is a group of enzymes that breaks down proteins into amino acids.
In the absence of these enzymes, the protein molecule coagulates and hardens.
The enzymes are added to detergents to break down protein coagulants in blood or milk stains on clothes or dishes.
The proteins are broken down into amino acids which are easily washed off by the cleaning agents in the detergent.
Much like protease enzymes and other enzymes such as lipases, amylase enzymes break down starch molecules into small and simple glucose molecules.
The enzymes are added to detergents to break down stains containing starch. After the starch is broken down, the cleaning agents easily wash away the stains.
Is Frosch eco-friendly?
An eco-friendly substance is that which is not harmful to the environment. Frosch products do not pose any threat to the environment.
According to a study, Frosch is EU Ecolabel Certified; this is a label of environmental excellence that is given to products and services that meet high environmental standards throughout their life.
Frosch used packaging materials that are 100% recyclable, and therefore, do not lead to landfills.
This blog article has answered the question of the biodegradability of Frosch products.
It has, in addition, covered other areas that include:
- The components of Frosch products.
- The eco-friendliness of Frosch products.
- Definition and explanation of the biodegradation process
For any questions or comments please use the comment section below.
Frequently Asked Questions (FAQs): is Frosch biodegradable?
Is Frosch safe for pets?
Yes, Frosch is made from natural materials that are not harmful to animals and can therefore be used to clean pets.
Is Frosch cruelty-free?
Yes, Frosch is made from only natural, plant products and not animal products. They, therefore, do not pose any threat to animals and can be said to be cruelty-free.
Is Frosch a good brand?
Frosch is a world-renowned brand. It contains a positive rating by consumers and does not contain toxic ingredients.
But different people have different preferences and tastes, and I, therefore, leave it upon you to decide whether Frosch is good for you.
Kathyryn Kellogg. ( June 8, 2020). 15 All-Natural and Eco-Friendly Cleaning Products.
My Experience With Frosch Cleaning Products (review). A Review article on HomeEcatHome.