Time: 2024-06-20
TOMI Environmental Solutions, Inc. is actively engaged in combating the current outbreak of avian influenza (H5N1) that is causing widespread disruption globally. The Centers for Disease Control reported that 48 states and 50 jurisdictions have been impacted by this highly contagious viral disease. The threat posed by avian influenza extends beyond poultry and dairy farms, with potential devastating impacts on people, animals, and businesses.
TOMI is working closely with partners to support efforts in combating the avian influenza outbreak, providing advanced disinfection solutions to mitigate risks and ensure operational continuity. The company's innovative approach and strategic partnerships are crucial in addressing this global challenge and positioning TOMI for sustained growth in the food safety and agricultural sectors. By leveraging its existing partnerships, TOMI is well-equipped to navigate the challenges posed by the outbreak and drive company growth.
Dr. Halden Shane, CEO of TOMI, emphasizes the importance of being prepared for outbreaks by implementing stringent biosecurity measures and cutting-edge disinfection methods. TOMI is prepared to deploy SteraMist to confront the looming threat of avian influenza and drive company growth through strategic partnerships and a global distribution network. By working closely with customers and distributors, TOMI aims to reduce the threat of avian influenza and expand its market reach.
TOMI Environmental Solutions, Inc. is a global decontamination and infection prevention company that provides environmental solutions for indoor surface disinfection through its Binary Ionization Technology (BIT) platform. The company's innovative products and services are designed to address a broad spectrum of commercial structures, including hospitals, medical facilities, cruise ships, and more. TOMI's commitment to innovation and strategic partnerships positions it as a leader in the industry, capable of addressing global challenges such as the avian influenza outbreak.