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Press Release: Bioquell invests for future growth
Automated filling and capping systems Ten steps to preventing infection in hospitals... Award by the NHS Purchasing and Supply Agency to BIOQUELL DoH & PASA Publish report on Success of BIOQUELL System in Showcase Hospital Programme BIOQUELL assist with clean up BIOQUELL Launch new Clarus L2 HPV Generator Briefing on the outbreak of Swine Influenza Virus BIOQUELL takes top prize at the Department of Health HCAI Technology Innovation Summit BBC News Films 'New Weapons Against Hospital Bugs' at Lewisham Hospital Department of Health Press Release Robot set to tackle killer hospital bugs BIOQUELL moves to newly renovated production facility Infection Control & Hospital Epidemiology Article - Impact of Hydrogen Peroxide Vapor Room Decontamination on Clostridium difficile... BIOQUELL technology showcased in seven NHS hospitals Best foot forward for cleaner hospitals East Sussex Hospitals NHS Trust Commence Deployment of RBDS Proactive Team Gloucestershire Hospitals NHS Foundation Trust are the first UK hospital to deploy a BIOQUELL Proactive team. "Hydrogen Peroxide Vapor can control Nosocomial MRSA Outbreak" - Clinical Infectious Diseases Article Rapid Review Panel upgrades BIOQUELL technology to Level One Status Department of Health Post BIOQUELL Case Studies as "Best Practice" on website Award of Joint Material Decontamination System (US military) sub-contract Deep Cleaning Service from BIOQUELL Category III decontamination service launched |
PRESS RELEASE ‘Deep clean’ of NHS hospitals Today the Prime Minister announced a high profile new policy initiative that every NHS hospital is to be deep cleaned. The aim of the intervention is to ‘restore hospitals to their initial state of cleanliness to rid them of MRSA and Clostridium difficile.’ This deep clean is likely to be challenging for a number of reasons, including:
BIOQUELL’s hydrogen peroxide vapour (HPV) technology has been proven to kill MRSA, C. difficile and other nosocomial pathogens including glycopeptide-resistant enterococci (GRE) and Acinetobacter on hospital surfaces. Furthermore, because HPV is a vapour-phase method, all surfaces in the ward - including hard-to-reach areas and sensitive electronic items - are decontaminated. The decontamination of an entire ward (confirmed using 6-log Geobacillus stearothermophilus biological indicators) using BIOQUELL’s HPV technology is complete in less than 12 hours (or 2 hours for a side room), after which the ward can resume normal operation because the only residues from HPV are water vapour and oxygen. |
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