How is the biodegradability of APG Degreasing Factor Kitchen Cleaning Wipes achieved?

The biodegradability of APG Degreasing Factor Kitchen Cleaning Wipes is achieved because its key ingredient APG (alkyl polyglycoside) has a unique chemical structure and eco-friendliness. Below I will explain several key steps of this process in detail. APG is synthesized from renewable plant raw materials such as fatty alcohols and glucose. 
This natural synthesis method means that the carbon, hydrogen, oxygen and other elements in the APG molecular structure are all derived from the biosphere, so they have good compatibility with microorganisms and other organisms in nature. When APG Degreasing Factor Kitchen Cleaning Wipes are used, the APG molecules in the wipes will enter the natural environment such as rivers, lakes or soil with the water flow. Here, microorganisms, especially those bacteria and fungi that have the ability to decompose organic matter, will come into play. 

These microorganisms can recognize APG molecules and decompose them through their enzyme systems. Enzymes are biological catalysts produced by microorganisms that can catalyze chemical reactions efficiently and specifically. During the decomposition of APG, microorganisms release specific enzymes that can break the chemical bonds in APG molecules and gradually decompose them into smaller molecular fragments. 
As the decomposition process proceeds, APG molecules are gradually converted into simpler compounds, such as sugars and fatty acids. These compounds are further used by microorganisms as carbon sources and energy sources for their own growth and reproduction. Ultimately, these compounds are completely decomposed into inorganic substances such as carbon dioxide and water, returning to the cycle of nature. Due to the particularity of the APG molecular structure and the decomposition ability of microorganisms, this process is efficient and environmentally friendly. Compared with traditional petrochemical products, APG has better biodegradability, will not accumulate in the environment, and will not cause long-term negative impacts on the ecosystem.