As catalysts these green cleaning chemicals speed up natural processes and create natural reactions that otherwise would not materialize.
How do enzymes work as green cleaning chemicals? Enzymes bind to the target material catalyzing it into harmless basic elements. Although the enzyme is not consumed in the reaction, it does lose its activity over time and so eventually needs to be replenished.
Enzymes as “green cleaning chemicals”can be classified by the types of material they work on: proteins, carbohydrates, fats, cellulose, and lipids. They can also be classified by the types of reactions they perform. Altogether there are over a thousand cultured enzymes.
More science than you want to know? The key is that enzymes as green cleaning chemicals will outperform caustic chemicals and the natural oils found in other cleansers. Think of it as using a doctor’s scalpel versus the atom bomb; more effective and avoid the collateral damage created by other chemical based cleaning products.
It's because both natural and chemical cleaners work on the same fundamental principles -- acids break down alkalines, and alkalines break down acids. Toxic chemicals work well because they're strong acids and strong alklalines, and natural cleaners are typically less effective because they're weaker acids or alkalines.
Naturally green chemical cleaners are unique - using only hospital-grade enzymes purified of all bacteria, just like enzyme cleaners used in the surgical suite to clean surgical instruments. This means you can trust these “green chemicals” to be safe for your family, your pets and the environment.
FAMILY & WORK SAFETY
Enzyme cleaners as green cleaning chemicals are non-toxic, non-caustic, and hypoallergenic. Ecozyme Green Cleaning Chemicals in South Africa are free of harsh fumes and vapors, phosphates, chlorine and petroleum surfactants. Enzymes green chemicals are not corrosive and can safely be used on any surface not harmed by water.
Ecozyme Enzymes green cleaning chemicals are very specific in comparison to inorganic catalysts such as acids, alkalines, and petrochemicals found in traditional cleaners. They work exclusively on their target, therefore no unattended side affects and no significant warning labels. Have you read the caution labels on your chemical cleaners lately? Rubber gloves, ventilated work areas, and poison control contact instructions - is this safe?
Many consumers treat an antibacterial or sanitizing product as a cleaner. Unfortunately these products can be problematic and unsafe if not used properly. The Medical and Food Safety Councils require cleaning before sanitizing. Likewise, the Center for Disease Control (CDC) has strongly recommended that use of anti-bacterial cleaning solutions should be reduced because bacteria are becoming resistant to antibiotics. Never sanitize without cleaning first.
In contrast, the consistent use of our Hospital Grade Enzymes cleaners will reduce the re-growth of organisms, eliminating the invisible food sources that attract them. Enzymes keep working and waiting for moisture and a food source to renew the process.
ECOLOGY Enzymes come from biological systems, and when finished they are readily absorbed back into nature biodegradable and non-toxic. Likewise, the targets of the enzymatic conversion are non-toxic and readily broken down to their basic elements.
Compared with other ways of controlling chemical reactions, enzymes as “green chemicals” and green cleaning chemicals in South Africa are more specific, more efficient, and work under milder conditions. Most enzymes function at normal room temperatures with a neutral ph factor, similar to water. By working in neutral conditions, they save energy, provide safer working conditions, and are easier to use. Your only caution is to not subject enzymes to extreme cold or heat, below freezing or above 170 degrees, where they lose their efficacy.
For years the medical industry has cleaned with green chemical enzymes to remove organic material before moving to any sterilization process. Without thorough cleaning, harmful bacteria can simply return to grow in a friendly environment.
There are thousands of cultured enzymes, each with its unique target, available to the microbiologist today.
Another advantage is that any remaining enzymes will be re-activated upon contact with water. This characteristic aids in reducing future organic growth while continuously neutralizing lingering odors.