How Bio Enzymes and Natural Cleaner benefits

Bio enzymes cleaners are cleaning products that use non-pathogenic, “good” harmless bacteria to digest wastes, soils, stains and malodors. The bacteria do this by producing chemicals called enzymes that break down certain molecules (wastes/soils) into tiny pieces. These smaller pieces of food feed bacteria. The bacteria consume these soils and break them down into two basic compounds: water and carbon dioxide. The bacteria grow in number and continue to consume the waste until their food supply diminishes (the food waste is gone).

Proteins called enzymes serve as biological catalysts by quickening chemical reactions. Substrates are the molecules that enzymes can interact with, and the enzyme changes the substrates into other molecules known as products. Enzyme catalysis is required for the majority of metabolic processes in the cell to proceed at speeds quick enough to support life.  Enzymes are required for each step in the catalysis of metabolic pathways. Enzymology is the study of enzymes.

It is known that enzymes catalyze more than 5,000 different kinds of biological reactions. Enzymes, like all catalysts, speed up reactions by reducing their activation energy. Some enzymes have the ability to speed up substrate to product conversion by millions of times. Enzymes are similar to any catalyst chemically and neither consume substances in chemical processes nor change the equilibrium of a reaction. Enzymes are far more specialised than the majority of other catalysts. Other compounds, such as activators and inhibitors, can influence the activity of enzymes. Activators reduce enzyme activity, while inhibitors increase it. Enzyme inhibitors are found in many medicinal substances and toxins. Outside of its ideal temperature and pH range, an enzyme's activity is significantly reduced, and many enzymes are denatured by extreme heat, losing their structure and catalytic abilities.

Some enzymes are employed in the production of goods, such as antibiotics. Enzymes are used in several household products to speed up chemical reactions. For example, enzymes in biological washing powders dissolve protein, starch, or fat stains on clothing. Proteins that work alone or as part of bigger complexes, enzymes are typically globular in shape. The structure of the enzyme is specified by the amino acid sequence, which also controls the enzyme's catalytic activity. [23] Although structure dictates function, it is still not possible to anticipate a novel enzyme activity solely based on structure. Before they can catalyse any chemical process, enzymes must bind to their substrates. Enzymes often bind to extremely particular substrates, which subsequently catalyses the chemical reaction. As natural cleaning agents created by the fermentation of citrus fruits, jaggery, and water, bio enzymes have become very popular in recent years. The organic solution contains beneficial bacteria that creates enzymes to break down garbage, stains, dirt, and bad smells. The bacteria attack the stains throughout the fermentation process to break down the molecules into smaller particles so that it can serve as food for the bacteria and ultimately be transformed into carbon dioxide and water.

Why we should go for Bio enzymes?

• Environmentally friendly and supportive of sustainable living are bio-enzymatic cleansers.

• Traditional chemical cleansers cannot remove stains from narrow gaps and fractures like the microorganisms can.

• Compared to the harmful chemical cleansers that are sold on the market, they are more cheap.

• They promote a zero waste lifestyle because it is an environmentally friendly approach to maintain the home.

The lakes and underground water are not contaminated by the cleaners. All household cleaning products include harmful and aggressive chemicals. These cleaners pose a serious threat to human health and have negative effects on the environment. A completely natural solution to handle your cleaning requirements at home is with bio-enzymes.

Unchecked pollution of dangerous chemicals is wreaking havoc on the world. The use of chemical-filled items has badly contaminated water sources. If we don't alter our behaviour, pure water won't be available to us. 

Different types of enzymes are included in bio enzyme cleaners:

Proteases: Capable of dissolving protein-based substances like blood and food.

Lipases: Degrade grease and fat.

Amylases: Degrade all molecules of starch.

Cellulases: Soften the fabric and give its fibres their original colour.

Applications of Bio enzymes :

• Disinfects and cleans all of the household's surfaces. Utilize diluted solution

eliminates odours and purifies the air (1part bio-enzyme to 3 parts water, store in open containers to deodorize)

• Removing limescale from taps and other steel appliances.

•  Very effectively (can be used directly) removes toxic chemicals and pesticides from produce,

freshens and cleans garments and shoes (cloths can be soaked in a diluted solution to move stains and kept clothing fresh)

• It is an organic herbicide and insecticide (spray diluted solution on plants)

• Pets' hair and skin are nourished (wash pets with a diluted solution for an allergy-free experience).

• Used to keep insects and cockroaches at bay (15ml in 500ml of water to be sprayed ).

• Excellent plant fertiliser that organically nourishes the soil.

• Helps in ground water purification.

• Effectively removes grease and dirt from utensils

• No other cleaner is as adaptable and reasonably priced as a bio-enzyme cleaner.

No other cleaner is as versatile and inexpensive as a bio-enzyme cleaner. More importantly, it is quite safe for both the environment and humans. Amazingly, bio-enzymes may restore tainted water to its original state. 1000 litres of water can be cleaned up with one litre of bio-enzyme. When you pour this miraculous solution down drains, you are actually assisting in the water's filtration.

The best part is that the leftover peels don't have to be thrown away; instead, they may be used as a natural fertiliser for your plants, added to your compost pile, or made into a paste to clean dirty chimneys

eactions. Substrates are the molecules that enzymes can interact with, and the enzyme changes the substrates into other molecules known as products. Enzyme catalysis is required for the majority of metabolic processes in the cell to proceed at speeds quick enough to support life.  Enzymes are required for each step in the catalysis of metabolic pathways. Enzymology is the study of enzymes.

It is known that enzymes catalyze more than 5,000 different kinds of biological reactions. Enzymes, like all catalysts, speed up reactions by reducing their activation energy. Some enzymes have the ability to speed up substrate to product conversion by millions of times. Enzymes are similar to any catalyst chemically and neither consume substances in chemical processes nor change the equilibrium of a reaction. Enzymes are far more specialised than the majority of other catalysts. Other compounds, such as activators and inhibitors, can influence the activity of enzymes. Activators reduce enzyme activity, while inhibitors increase it. Enzyme inhibitors are found in many medicinal substances and toxins. Outside of its ideal temperature and pH range, an enzyme's activity is significantly reduced, and many enzymes are denatured by extreme heat, losing their structure and catalytic abilities.

Some enzymes are employed in the production of goods, such as antibiotics. Enzymes are used in several household products to speed up chemical reactions. For example, enzymes in biological washing powders dissolve protein, starch, or fat stains on clothing. Proteins that work alone or as part of bigger complexes, enzymes are typically globular in shape. The structure of the enzyme is specified by the amino acid sequence, which also controls the enzyme's catalytic activity. [23] Although structure dictates function, it is still not possible to anticipate a novel enzyme activity solely based on structure. Before they can catalyse any chemical process, enzymes must bind to their substrates. Enzymes often bind to extremely particular substrates, which subsequently catalyses the chemical reaction. As natural cleaning agents created by the fermentation of citrus fruits, jaggery, and water, bio enzymes have become very popular in recent years. The organic solution contains beneficial bacteria that creates enzymes to break down garbage, stains, dirt, and bad smells. The bacteria attack the stains throughout the fermentation process to break down the molecules into smaller particles so that it can serve as food for the bacteria and ultimately be transformed into carbon dioxide and water.

•  Bio enzymes cleaners encourage sustainable living and are safe for the environment.
• The microorganisms can penetrate small crevices and cracks to eliminate stains which conventional not chemical cleaners.
• These Bio enzymes are affordable in comparison to the toxic chemical cleaners that are available in the market.
• They encourage a no waste lifestyle as it is a sustainable way to clean the home.
• The bio enzymes cleaners do not pollute the lakes and underground water.