Annuncio • Jul 21
Virexit Technologies Secures Landmark Agreement for Maxclean 756 Air and Surface Purification System Test Pilot in Major U.S. School District
VirExit Technologies, Inc. announced its landmark agreement with a major US school district to conduct an onsite 3rd party lab tested MaxClean 756 Air and Surface Purification System test-pilot to objectively access MaxClean 756's effectiveness in optimizing indoor air quality and mitigation of harmful bacteria, viruses, toxic molds, fungi, and VOC's (volatile organic compounds) in a selected test area where a facility is experiencing sub-standard indoor air and surface quality and pathogenic mitigation issues. The useful life of the district's school facilities and building assets require renovation of buildings on 25-year cycles. The current cycle between renovations is approximately 42 years. . In order to maintain a premier learning environment, major equipment and capital infrastructure replacements are needed 2-3 times between each renovation. In most cases, the district only replaces infrastructure once or, at times, not at all. MaxClean 756 Mitigates Dangerous VOCs, Toxic Molds, and Harmful Pathogens from Building Degradation due to Age and Deferred Maintenance. MaxClean 756 system enhances the quality of air exchanges, prolonging HVAC useful lifespan, and achieves energy savings, without the risk of mold spore formation or air quality degradation. The District's goal is to evaluate and adopt an Indoor Air Quality Technology that will combat the poor indoor air quality at many of its antiquated school buildings while also being integrated into new construction specs to maintain indoor air quality protocols and practices. These updated indoor quality protocols and practices are accessed by obtaining 3rd party lab empirical data results that can be communicated with stakeholders to validate an enhanced indoor air environment for optimization of well-being for teacher and staff productivity, student engagement, and academic performance. The MaxClean 756 pilot aims to create a healthier environment by mitigating air and surface pathogens, toxic mold, fungi, and volatile organic compounds (VOCs). The implementation of this technology in school settings promises to enhance indoor air quality, thereby fostering better health outcomes and improved educational experiences for students and staff alike. MaxClean 756's implementation process includes on-site pre and post 3rd Party Level II Lab Verification of Indoor Air Quality /Pathogenic Mitigation assessment and resolution, documented in a detailed lab report. MaxClean 756 has developed a robust testing protocol with a 3rd party lab specializing in indoor air quality and microorganisms. This creates confidence for school decision makers. Company have no interest in solving problems that do not exists. On-site 3rd party pre/post-testing builds trust based on empirical data. Most of the school systems that made indoor air quality improvements never performed any pre-testing to determine each building's exact problems, if existing, that require resolution, nor determined the species and levels detected. Each building needs pre-testing to identify the problem and post testing to validate the MaxClean 756 improvements are effective and comprehensive for each buildings use, type and age. Maxclean 756's efficacy is backed by rigorous third-party lab testing. Rest assured, you're investing in a solution that has been proven effective in improving indoor air quality. MaxClean 756 Use Case - 3rd Party Lab Results at a School in Minnesota Pre -Treatment Bioload Levels - "Not Acceptable Range, Needs Corrective Action" MaxClean 756, In -Treatment Bioload Levels - "Clean and Acceptable Range" Pre -Treatment Bioload Levels - "Not Acceptable Range, Needs Corrective Action" MaxClean 756, In -Treatment Bioload Levels - "Clean and Acceptable Range" - Resulting in 90.1% Reduction Pre -Treatment Bioload Levels - "Not Acceptable Range, Needs Corrective Action" MaxClean 756, In -Treatment Bioload Levels - "Clean and Acceptable Range" MaxClean 756's Measurable Cost Saving Benefits Schools will Experience Based on Indoor Air Quality, Pathogenic Mitigation, and Energy Efficiency Improvements. Reduced HVAC maintenance costs: By improving air quality and reducing contaminants, the MaxClean 756 system will decrease the strain on HVAC systems, leading to lower maintenance and repair expenses. Extended HVAC equipment lifespan: With cleaner air circulating through the system, HVAC equipment will last longer, delaying the need for costly replacements. Lower energy consumption: The MaxClean 756 system's efficient air purification will allow HVAC systems to operate more efficiently, reducing overall energy usage and costs. Decreased absenteeism: Improved air quality will lead to fewer illness-related absences among students and staff, reducing costs associated with expensive per-diem substitute teachers and lost productivity. Teacher absences are worse now than during the pandemic. It's costing schools $4 billion a year and some students never get back on track. Reduced cleaning and maintenance expenses: With fewer airborne contaminants, there will be a reduced bioload of pathogens on surfaces, reducing risk of all disease transmission modes, and thus, lowering cleaning and maintenance costs. Avoided renovation costs: By maintaining better air quality, the MaxClean 756 system will help delay or reduce the need for extensive renovations related to air quality issues. Lower healthcare-related expenses: Improved air quality may lead to fewer respiratory issues and allergic reactions, reducing healthcare costs for the school district and its employees. Increased energy rebates and incentives: Implementing advanced air quality systems like MaxClean 756 might qualify the school district for energy efficiency rebates or incentives from utility companies or government programs. Reduced need for portable air purifiers: The MaxClean 756 system will eliminate or reduce the need for individual classroom air purifiers, saving on purchase, maintenance, and energy consumption costs for these units. Potential insurance premium reductions: Improved air quality and reduced health risks might lead to lower insurance premiums for the school district over time. MaxClean 756's cost savings metrics are measurable, and through a cost-benefit analysis, school districts can determine the actual financial impact of mplementing such a system. Virexit Technologies is excited about MaxClean 756, the company's cutting-edge air and surface purification system and how it is transforming indoor air quality in school districts across the United States.