Tag: enVerid

enVerid Systems shared a new tool to calculate energy, costs, and carbon impact of various HVAC strategies for mitigating airborne transmission of COVID-19. The free, open-source enVerid COVID-19 Energy Estimator allows building owners, mechanical engineers, and facility managers to quickly gain a picture of the risk, costs, and carbon impacts of different ventilation and filtration approaches. Read more...

enVerid Systems, a leading provider of indoor air quality solutions, today shared a new tool to calculate energy, costs and carbon impact of various HVAC strategies for mitigating airborne transmission of COVID-19. The free, open-source enVerid COVID-19 Energy Estimator allows building owners, mechanical engineers, and facility managers to quickly gain a more complete picture of the risk, costs, and carbon impacts of different ventilation and filtration approaches. The enVerid COVID-19 Energy Estimator is informed by enVerid’s decade-long focus on indoor air quality (IAQ) and energy efficiency. Read more...

As school administrators across the country prepare their facilities for winter months, enVerid Systems, a leading provider of indoor air quality solutions, announced today that its in-room, commercial-grade, ceiling-mounted, True HEPA air purifiers are ready for rapid deployment to schools investing in COVID-19 risk mitigation. The enVerid Air Purifier’s HEPA filtration has been proven to capture 99.99% of viruses, including a surrogate for the virus that causes COVID-19. Read more...

enVerid Systems unvield a new high-efficiency filtration product that has been shown to capture 99.99% of viruses including a surrogate for the COVID-19 virus. The enVerid Air Purifier combines a high-efficiency filter with built-in ultraviolet germicidal irradiation (UVGI) technology to capture and inactivate viruses. enVerid’s solution is one of the only integrated high-efficiency + UVGI filtration products to have undergone independent lab testing for a surrogate virus for SARS-CoV-2, the virus behind COVID-19. Read more...