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NSF/ANSI 49 | Biosafety Cabinet Decontamination StandardsIf you work in a laboratory, you know that biosafety cabinets (BSCs) are the unsung heroes of containment. They keep sample integrity intact and keep researchers safe from hazardous biological agents. But when it comes time to clean and decontaminate…

GMP Annex 1 and the Sterilization of Direct and Indirect Product Contact Parts: What Manufacturers Need to KnowEU GMP Annex 1, Section 5.5, requires that in aseptic processing, both direct product contact parts (like filling needles and pumps, which the product physically passes through) and…

Hydrogen Peroxide Disinfection ExplainedWhen healthcare facilities, pharmaceutical manufacturers, and research laboratories evaluate their infection prevention strategies, one technology continues to gain attention: hydrogen peroxide disinfection.But not all hydrogen peroxide technologies are…

Key TakeawayCleaning removes dirt, dust, and some germs from a surface, but it doesn’t reliably kill pathogens. Disinfecting uses antimicrobial chemistry to kill the microorganisms that cleaning leaves behind. A surface can look spotless and still carry infectious pathogens, which is why both steps…

The world is coming. Is your facility ready for FIFA?FIFA World Cup 2026 brings 6.5 million+ visitors to North America. SteraMist’s ionized hydrogen peroxide technology ensures stadiums, hospitals, hotels, and restaurants are protected at the highest level before the first whistle blows.FIFA…

Fighting Ebola with iHPWhen high-consequence biological threats emerge, absolute precision is required to protect public health. Among the most dangerous of these pathogens is the Ebola virus, an enveloped filovirus capable of causing severe hemorrhagic fever.Controlling an outbreak requires…