Interscan Corporation

New EPA Rules Are Shaking Up Sterilization—Is Your Facility Ready? 🧪⚠️ Ethylene oxide is under the microscope—and so is your sterilization process. On April 22nd, join Galen George, Director of Applied Science at Interscan, for a no-fluff webinar on what the new EPA EtO regulations really mean for your operations. We’ll cover: ◾️ What’s changing with EtO—and what compliance actually looks like now ◾️ How to manage sterilants like EtO, H₂O₂, and PAA without compromising safety ◾️ Real talk: Interscan vs. ChemDAQ—how monitoring tech stacks up ◾️ Strategies to stay compliant and build community trust This isn’t just about checking boxes—it’s about protecting people. 🗓 April 22, 2025 🕘 9 AM PDT 🔗 Sign up while there is still spots here: https://lnkd.in/g6zxCqPB #Healthcare #Sterilization #EthyleneOxide #EPACompliance #PatientSafety #GasMonitoring

You can’t always see them. Chemical exposure, noise, and overexertion are the hidden hazards that cause most workplace injuries, not heavy machinery. That’s where industrial hygiene and safety step in. It’s not just about compliance—it’s a proactive strategy to predict, measure, and control risks before they harm people or operations. The result? ✅ Fewer injuries ✅ Higher productivity ✅ Lower costs ✅ Better morale We broke it all down in this quick read: 🔗: https://lnkd.in/g4ychgui #Manufacturing #WorkplaceSafety #IndustrialHygiene #OSHA #EHS #SafetyFirst

Electrochemical gas sensors aren’t just safety tools but precision instruments built on redox chemistry. They translate gas concentrations into current flow via targeted oxidation/reduction at the working electrode. The result? Real-time, ppm-level detection of corrosive, explosive, and toxic gases across industrial environments—without the complexity or cost of spectroscopy. Cross-sensitivity, humidity drift, and thermal variation are still challenges, but innovative design (electrode coatings, bias voltages, compensation algorithms) pushes the tech forward. #GasDetection #ElectrochemicalSensors #ProcessSafety #RedoxChemistry #IndustrialTech

Think PPE is enough? Administrative controls may be 4th on the safety hierarchy, but they’re a legal must and often your best bet when elimination or engineering fixes aren’t an option. From job rotation to strict work practices, these smart strategies reduce chemical exposure without expensive equipment upgrades. 🧠 Learn how to build a safer workplace with practical admin controls: https://ow.ly/NIo450VwMUt

Big Shifts in Healthcare Sterilization Are Here—Are You Ready? This month’s Interscan newsletter covers the key changes shaking up healthcare sterilization—including what the EPA’s new ethylene oxide (EtO) rules mean for your facility. Here’s what we’re diving into: 🧪 Webinar Alert – Learn how to navigate EtO regulations, compare gas monitoring options, and boost safety in our upcoming expert-led session. 📅 Spring Events – We’ll be in Lansing, Vegas, and Kansas City. Come find us and let’s connect. ⚠️ Gas Hazards in Healthcare – A look at the dangerous (and often overlooked) gases still found in medical facilities. 📈 Safety Trends – Serious injuries and fatalities are down 16% since 2017. Here’s what’s working. 🧠 Smarter Sensors – 2024’s biggest tech leaps in gas detection—AI, nanomaterials, and beyond. If you work in safety, compliance, or sterilization, there’s something here for you. [Link to newsletter]

The Hidden Dangers in Hospitals: 8 Gases That Could Harm Healthcare Workers Hospitals aren’t just healing spaces—they’re also chemical minefields. From sterilants like ethylene oxide and vaporized hydrogen peroxide to waste anesthetic gases like nitrous oxide and sevoflurane, many of these gases are toxic, flammable, or even carcinogenic. Some aren’t FDA-cleared. Others can trigger asthma, cause neurological damage, or raise cancer risks with chronic exposure. Monitoring indoor air quality isn’t optional—it’s essential. Learn which gases pose the highest risk and how to stay ahead. 📘 Full Article out now: “What Are the Most Hazardous Gases in Healthcare Facilities?” 🔗: https://ow.ly/MAqt50VrRxG

What was one safety measure you implemented in 2024 that is already paying off? #safety #WorkplaceSafety #SafetyTips #SafetyCulture #SafetyTraining #SafetyAwareness

Are Healthcare Workers Breathing in Silent Threats? 😷 Hospitals depend on hazardous gases daily—sterilants like ethylene oxide, disinfectants such as chlorine dioxide, and anesthetics including nitrous oxide. Many healthcare pros already know these gases are effective, but not everyone realizes how dangerous prolonged exposure can be. Here's a quick breakdown of the biggest culprits: 🟡 Ethylene Oxide (EtO): Widely used sterilant—highly effective, deeply penetrating, but also a carcinogenic and flammable VOC. Any exposure is risky enough that the EPA has imposed stricter regulations. 🟡 Formaldehyde: Another sterilization mainstay and tissue preservative—fast-acting, cost-effective, but labeled as a potential carcinogen. OSHA strictly monitors exposure. 🟡 Vaporized Hydrogen Peroxide (VHP): Effective sterilant and disinfectant cleared recently by FDA for medical device sterilization. While eco-friendly (breaking down into oxygen and water), stored VHP can dangerously build pressure and risk explosions. 🟡 Chlorine & Chlorine Dioxide: Powerful disinfectants that quickly neutralize pathogens. Chlorine gas can be highly toxic, corrosive, and reactive, while chlorine dioxide (recently cleared by FDA for wipes and foams) is safer—but still needs careful monitoring to prevent harmful exposure. 🟡 Vaporized Peracetic Acid & Glutaraldehyde: Both effective for sterilization and cold sterilization of sensitive equipment—but peracetic acid lacks FDA clearance for vapor systems, and glutaraldehyde vapor can cause severe respiratory issues and skin reactions. 🟡 Ozone: Highly effective against pathogens (including coronavirus), but can cause respiratory complications if levels aren't strictly controlled. Its usage isn’t standard practice yet. 🟡 Anesthetic Gases (like Nitrous Oxide): Essential for medical procedures, but chronic exposure (like leaks from equipment or poor ventilation) can lead to serious health issues, including neurological disorders and birth defects. ⚠️ The bottom line? Even with protective protocols, dangerous gases in healthcare facilities pose ongoing risks to staff and patients. Continuous, precise gas monitoring is crucial. For instance, gas analyzers can help ensure facility-wide safety by tracking hazardous gas concentrations around the clock. Curious about exactly how hospitals can manage these risks? Check out more details in our full article on hazardous gases in healthcare here: 🔗: https://ow.ly/VbPm50VnxIE Stay informed—your lungs will thank you! 🌬️🩺

What's protecting your air? The GasD 8000 offers precise, portable gas detection for 21 gases, with active sampling and real-time data logging. It's lightweight, durable, and designed to provide immediate alerts, ensuring safety even in challenging environments.

Here's a look at the AccuSafe gas detection system. It's designed for continuous gas monitoring and can handle up to ten sensor modules from a single controller. Installation is straightforward, and you can easily view and manage data remotely. It's an efficient solution for maintaining safety and compliance in various environments. Reach out to learn more!