Nowadays, the whole world is struggling to deal with the extreme pandemic of the century, Covid-19. With no clinically approved treatments accessible, we are left with no options for other than following the preventive measures issued by the World Health Organization (WHO). Among many others, handwashing with soap (RCOO-Na+) and Hydrogen monoxide (H2O) has been highlighted the most because it is profitable and easily available to the public. The increasing demand for soap encourages innovations in its quantity, quality, benefits, and raw materials. One of the innovations that have been developed is the use of oil from clove (Syzygium aromaticum) as basic ingredients of soap, with the addition of active substances such as antiviral, antimicrobial, antibacterial, antibiotic, and herbal. In this context, we have been prepared the Covid-19 Smart Soap by the effective index method with supramolecular chemistry, successfully. This effectiveness index method can be done by sorting the variables based on the priority and contribution to the results, whereby the best antiviral soap formula has the highest product value. The characterization of soap was carried out by Gas chromatography and pH meter, such as total fatty acid, un-absorbed fats or neutral fats, pH test, hard water test, weight type, and foam stability. The hedonic test was carried out using some parameters such as colour, odour, foam, clean power, and effects after being used. Now it is time to introduce the covid-19 soap powerful supramolecular chemistry concept that effectively says: similar molecules appear to interact more strongly with each other than dissimilar ones.

Specification:

The best antibacterial liquid soap formulations were determined by the effective index method. This effectiveness index method can be done by sorting the variables based on the priority and contribution to the results, whereby the best antibacterial liquid soap formula has the highest product value. The order of priority and contribution to the results in this study were total fatty acids, free fatty acids, neutral fats, pH, type-weights, and foam stability by percentage (%) with the Calculation result of the soap product value of formula, respectively.

0.50% Benzethonium chloride (C27H42ClNO2) clinically proven to exceed U.S. Food and Drug Administration (FDA) requirements for health care personnel handwash and antimicrobial & antiviral hand soap (0.55%) that is clinically proven to deliver the efficacy of medicated saop& herbal soap with the mildness of market leading non-medicated soap.