Healthcare Facilities
A Major Breakthrough for Hospitals and Healthcare Facilities.
Eradication of Hospital Acquired Infections - Saves Lives and Money
In 2008 there were over 2 million reported Hospital Acquired Infections (“HAIs”) in the US resulting in 150,000 deaths. The cost of treatment for each HAI is estimated at $15,000 - $50,000 per reported case. HAIs currently represent the 4th largest cause of death in America today.
In response to this massive health crisis and the growing number of health and life threatening microorganisms today, BioNeutral has developed a proprietary EPA-approved sterilant / sporicide designed to eliminate the most harmful microorganisms.
Ygiene 206 Sterilant - This proprietary product line specifically designed for hospitals, the military and other health care providers offers a broad spectrum of antimicrobial efficacy and has been engineered to eliminate dangerous, life threatening, resistant and spore forming microorganisms. Ygiene has superior performance in the 3 critical testing areas for any disinfectant or sterilant: Time to Kill, Broad Spectrum Efficacy and Corrosiveness Ygiene formulations are water based and contains readily commercially available components.
Ygiene’s outstanding time to kill antibiotic resistant bacteria, i.e. Super Bugs, and the most difficult to eliminate spore forming microorganisms such as Aspergillus niger, Bacillus subtilis and Clostridium sporogenese along with its environmentally friendly formulation (no corrosion to ferrous metals) enables Ygiene to simultaneously address the most demanding antimicrobial challenges for disinfectants and sterilants and the most demanding needs of for the healthcare industry and military (Homeland Security) uses.
Not Just For Hospitals
BioNeutral's Advanced Infection Control products are equally important to all healthcare facilities, including nursing homes, long-term care facilities, in-patient and recuperative centers, walk-in clinics, rehabilitation facilities, and any medical-related facilities where exposure to microorganisms poses a potential danger to patients.
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