Development and Physicochemical Evaluation of Veterinary Floor Cleaning Solution and Utensil Cleaning Solution for Animal Healthcare Environments

Maintaining proper hygiene in veterinary healthcare environments is essential for preventing the spread of infectious diseases among animals and ensuring safe working conditions for veterinary professionals. Veterinary facilities such as hospitals, clinics, dairy farms, poultry houses, and animal shelters frequently encounter contamination from biological materials including animal excreta, feed residues, milk proteins, blood, and other organic matter. These contaminants create ideal conditions for microbial growth and biofilm formation, which can contribute to the transmission of pathogenic microorganisms between animals. Environmental sanitation in veterinary facilities is therefore an important component of disease prevention and infection control. Floor surfaces and feeding utensils are among the most commonly contaminated objects within animal housing environments. Inadequate cleaning of these surfaces may lead to persistent microbial contamination, increased disease incidence, and reduced productivity in livestock operations. The present study focuses on the formulation and evaluation of veterinary floor cleaning solution and veterinary utensil cleaning solution designed specifically for sanitation of animal healthcare environments. The formulations were developed using a combination of surfactants, antimicrobial agents, solvents, and stabilizing components to achieve effective removal of organic contaminants while maintaining safety and surface compatibility. Benzalkonium chloride was used as the primary antimicrobial agent due to its broad-spectrum activity against bacteria, fungi, and certain viruses. The prepared formulations were evaluated using physicochemical parameters including pH determination, dilution stability studies, and storage stability testing. These tests were performed to assess formulation consistency, compatibility with water dilution, and long-term stability under different storage conditions. The results demonstrated that the developed formulations exhibited appropriate pH ranges suitable for cleaning applications, maintained stability at various dilution levels, and showed no evidence of precipitation or phase separation during storage.The findings suggest that the developed veterinary hygiene formulations possess promising cleaning efficiency and stability characteristics suitable for application in veterinary healthcare environments. These formulations may contribute to improved environmental sanitation and infection control in veterinary facilities.