Safe-Decon Inc

• Airtight and Impermeable
• Temperature Sensitive Auto-Sealing Valves
• Safe Lockable Latches
• Efficient Decontaminating Loads in less than 1 Hour

The Safe-Decon container was designed and engineered by someone with 20 plus years of experience in BSL 3 & 4 labs. These easy to use containers are the real deal. Our customers will back us up on that. We also have the scientific documentation to confirm our claims. These containers will make your job so much easier while decreasing the amount of time to decontaminate even the toughest materials. (Eggs and Carcasses in under 1 Hour!) Don't forget the PPE, BSC Media, Laundry and Towels!

I know you are skeptical, please contact us today and see for yourself.

If you are interested in our containers please visit www.safedeconinc.com for contact information.

Safe-Decon Inc
When dangerous pathogens threaten lives, isolation is critical. It protects patients, caregivers, and the community. But containment shouldn't stop with the patient. Potentially infectious waste can remain contaminated long after it leaves the bedside. Yet many facilities still rely on traditional autoclave bags that can tear, leak, and require opening before decontamination. When bags are stacked or overfilled, they can create insulating barriers that reduce heat penetration to the center of the load. The result? Materials that may not receive adequate decontamination. Safe-Decon was designed to provide a safer, more reliable solution for biohazard waste containment and decontamination. Key features include: • Airtight seals • Lockable latches • Biological indicator and load probe access port • Automated temperature-sensitive venting • Sterilizing-grade 0.22-micron filtered exhaust airflow • Hands-free foot pedal operation Trusted by global pharmaceutical leaders, federal prime contractors, and leading research institutions, Safe-Decon helps facilities improve safety, efficiency, and reliability in biohazard waste management. Learn more about Safe-Decon and discover a better way to manage infectious waste. #SafeDecon #BiohazardWaste #Biocontainment #Biosafety #Decontamination #HealthcareSafety #LaboratorySafety #MedicalWasteManagement #InfectionPrevention #Autoclave
Isolation Protects Patients—But What About the Waste? | Safe-Decon Biohazard Containment
Are stacked biohazard waste bags compromising your decontamination process? Earl thought he was maximizing efficiency by stacking biohazard waste bags before treatment. What he didn't realize was that stacked bags can create an insulating effect, preventing steam and heat from reaching the center of the load during autoclave decontamination. The result? Potentially infectious materials may survive inside the protected core. The biggest risks in healthcare waste management aren't always visible. Sometimes they're hidden within the process itself. Have you ever identified a workflow issue that changed the way your facility operates? Share your experience in the comments. #BiohazardWaste #BiohazardWasteManagement #Decontamination #Autoclave #SteamSterilization #InfectionControl #HealthcareSafety #LabSafety #Biosafety #MedicalWaste #WasteManagement #AutoclaveValidation #HealthcareOperations #SafeDecon
The Hidden Biohazard Waste Mistake That Can Compromise Decontamination
After decades working in decontamination, Debbie was ready to put down the scrub brush. At first, everyone thought it was a retirement announcement… but Debbie isn’t leaving the industry — she’s upgrading it. For years, decontamination technicians, sterile processing staff, and healthcare teams have accepted the mess, physical strain, endless paperwork, and labor-intensive cleaning of autoclaves and equipment as “just part of the job.” But Debbie knew there was a better, safer, and more efficient way to manage medical waste, infection control, and biosafety. That’s exactly why Safe-Decon was created. We simplify the entire decontamination process and drastically reduce manual handling — helping hospitals, clinics, and healthcare facilities save time, cut costs, and improve workplace safety. Our reusable, autoclavable, airtight Bio-Pro Containers are engineered for maximum protection and full compliance: 🔹 Securely contain biohazardous waste, infectious materials, and contaminated instruments 🔹 Safe for every step: collection, transport, storage, and autoclave decontamination 🔹 Eliminate spills, leaks, and exposure risks to staff, patients, and the environment 🔹 Designed specifically for sterile processing departments and strict biosafety protocols This means your team spends less time cleaning, managing waste, and doing admin — and more time focusing on what matters most: patient safety, infection prevention, and smooth hospital operations. Sometimes the next chapter in your career or your facility’s journey isn’t about leaving — it’s about leaving outdated, high-risk processes behind. Upgrade your decontamination system today with Safe-Decon — where biosafety meets efficiency. #SafeDecon #Decontamination #SterileProcessing #HealthcareInnovation #HealthcareSafety #InfectionPrevention #MedicalWasteManagement #HospitalOperations #Biosafety #HealthcareEfficiency #MedicalEquipmentCare #WasteManagementSolutions #PatientSafety #HealthcareCompliance #SterileProcessingDepartment
Debbie Didn’t Retire — She Upgraded Decontamination Forever
Carl tripped. The biohazard bag burst open. Sharps and contaminated waste scattered across the floor — creating an immediate exposure risk for everyone nearby. Traditional biohazard bags can tear, puncture, or fail when dropped, increasing the risk of injuries, contamination, and costly cleanup. With Safe‑Decon Bio‑Pro containers, the outcome is different: ✅ Airtight construction ✅ Secure even if dropped ✅ Containment engineered for safety Because when handling biohazardous waste, safety should depend on a system designed for protection. 👉 Learn more: safedeconinc.com #SafeDecon #BiohazardWaste #SharpsSafety #InfectionPrevention #InfectionControl #Sterilization #Decontamination #Lab #SterileProcessing #MedicalWasteManagement #Biosafety #Containment
Biohazard Bag Burst vs Safe‑Decon: Engineered Safety in Action
0:00 Research 00:20 Autoclave, Disposal, Transport, Containment Breach 1:09 Pandemic 2:28 News how did the Pandemic happen? 4:04 How and why viable pathogens are making it outside of labs 14:01 Pandemic Declared Over What happens when the "unthinkable" meets a common highway accident? In this short film, we explore a terrifyingly plausible scenario: a high-containment laboratory research project where waste isn't 100% decontaminated by the autoclave due to improper loading procedures & using indicators that can result in false decontamination. Studies show these practices leave viable pathogens after the autoclave. When this viable pathogenic material is transported via public highways, a single traffic accident becomes the spark for a global pandemic. The Reality of Lab Risks: While high-containment labs are designed to be Fort Knox for pathogens, the statistics show that the human and mechanical elements are never infallible: The Frequency of Incidents: In the U.S. alone, labs working with the most dangerous "Select Agents" report over 200 potential releases or containment breaches annually. The Human Factor: Studies suggest that up to 80% of laboratory-acquired infections are the result of human error, such as needle sticks, splashes, or improper PPE use. The Transport Gap: While internal lab protocols are strict, the moment hazardous biological waste leaves a facility, the risk profile shifts to the unpredictable environment of public infrastructure. One Time is All It Takes We often focus on "averages" and "probabilities," but with high-consequence pathogens, the math is different. It only takes one waste load with viable pathogens after a autoclave cycle and a roadside accident for a deadly agent to escape into the population. Safety cannot be a matter of "most of the time." We must utilize every available technology and knowledge to ensure that both the researchers on the front lines and the public they serve remain safe. In this short film, the cause of the Pandemic was the lack of education and understanding of how an autoclave sterilizes on a fundamental level. The researcher overloaded the autoclave chamber with autoclavable red bags. The bags were stacked, which caused a insulating effect. This insulation protected the viable pathogen in the center of the load from the steam and heat. After the autoclave cycle, the researcher removed the Biological Indicator (BI) to verify decontamination had occurred. The BI showed decontamination had been achieved. The investigation later revealed that the researcher had placed the BI on the surface of the load. The center of the load did not reach the needed temperature for the required amount of time to kill all pathogens. The researcher disposed of the waste as the SOP stated, unknowingly sending highly contagious viable pathogens out into the world. There is currently technology available to help prevent these things from happening and we could use your help in spreading awareness about it. This film shows a 'what-if' scenario, but the risks are real. At Safe-Decon, we’ve developed technology specifically designed to close these gaps in biocontainment and transport. If you believe that "Safe Enough" isn't safe, we need your help to bring this to the attention of those who set our safety standards. Website: www.safedeconinc.com Please consider sharing this video with your state or local representatives or tagging the CDC and ASPR on social media. A simple letter or post asking for higher standards in biohazardous waste transport and decontamination can save lives. Find your Senator or Representative here: https://www.congress.gov/contact-us Thank you for your help.
The Breach: Why One "Minor" Lab Error Leads to a Global Pandemic
Can steam penetrate an airtight container? We put our Bio-Pro 600 series to the ultimate challenge: the Bowie-Dick (DART) test. This test is designed to validate steam and heat penetration at 270°, even through surgical-grade material. The results? Complete coverage, flawless sterilization, and a black indicator that proves Sae-Decon delivers uncompromised performance. 🔬 In this video, you’ll see: • How the Bowie-Dick test works • Why steam penetration is critical for sterilization • The impressive results achieved inside Safety-Con containers ⚡ Safe-Decon isn’t just airtight, it’s proven effective. 👉 Learn more about our sterilization solutions: safedeconinc.com #Sterilization #BioPro600 #SafetyCon #BowieDickTest #MedicalInnovation
Bowie-Dick Test in Safe-Decon Bio-Pro 600: Proving Steam Penetration Inside Airtight Container
Safe-Decon Inc. is fully registered and searchable in SAM.gov, providing government agencies and emergency responders with compliant, mission-ready biohazard waste management solutions. We are proudly: • JCP Certified • SBA Certified Service-Disabled Veteran-Owned Small Business (SDVOSB) • Registered in the Disaster Response Registry Our Capabilities Statement is available for download on our website, outlining how we support federal, state, and emergency response operations with safe, compliant, and sustainable biohazard waste solutions. 🔗 Visit our website: www.safedeconinc.com. 📍 Available for government contracting and disaster response support nationwide #SAMgov #SDVOSB #VeteranOwned #GovernmentContracting #GovCon #DisasterResponse #BiohazardWaste #MedicalWaste #FederalSuppliers #EmergencyManagement #SBAcertified
Safe-Decon Inc. | SAM.gov Registered SDVOSB | Disaster Response Ready
Airtight containment isn’t just safer, it’s smarter. Safe-Decon combines storage, transportation, and decontamination into one reusable system designed to: ✔ Eliminate procedural errors ✔ Extend autoclave lifespan ✔ Reduce linen & PPE costs ✔ Lower water and energy usage Built for healthcare and research facilities that want better safety, efficiency, and sustainability without adding complexity. Learn more at safedeconinc.com. #BiohazardWaste #HealthcareInnovation #InfectionControl #HospitalSafety #SustainableHealthcare #SafeDecon #YouTubeShorts
One System. Total Biohazard Control. | Safe-Decon
As we step into a new year, we’re proud to look back on the moments that defined our journey and strengthened our commitment to safer, smarter biohazard waste management. ✨ 2025 Highlights: • Attended the USDA ARS 8th International Biosafety & Biocontainment Symposium • Presented at the MABioN Biosafety Symposium • Became an Official Member of the CWMD Consortium • Featured on Sean Kauffman’s Lunch Break Series • Exhibited and sponsored the ChABSA Scientific Symposium • Exhibited at the 68th International ABSA Conference Thank you to our partners, peers, and the global biosafety community for the collaboration, conversations, and trust. Here’s to advancing biosafety, innovation, and impact together in the year ahead. 🥂 Wishing you a safe, successful, and inspiring New Year! #HappyNewYear #SafeDecon #Biosafety #Biosecurity #WasteManagement #IndustryEvents #LookingAhead Music: Paradise by @ikson Music provided by TELL YOUR STORY music by ikson™ Listen: https://youtube.com/ikson Website: https://lnkd.in/d7wFwAn5
🎉 Happy New Year from Safe-Decon! 🎉
The Last Line of Defense: Autoclave Decontamination (5-Part Series) Are you 100% sure your lab's sterilization is effective? The autoclave is the final barrier against dangerous containment breaches, yet it's often misunderstood and misused. Viable pathogens could be escaping your lab, putting staff and the public at risk. This essential 5-part series provides the in-depth knowledge and procedures needed to ensure 100% sterilization every single time. Learn how to eliminate the independent variables—from improper loading to user error—that lead to catastrophic failures. What You Will Learn: The Science: A crucial understanding of how heat and proper steam saturation kill pathogens. The Dangers: Why overloading and improper load setup are the biggest risks. The Truth: Why Biological Indicators (BIs) are superior to unreliable Chemical Indicator strips that produce false negatives. The Procedures: The loading techniques that work vs. the dangerous ones that fail. The Reality: The high probability of containment breaches occurring after assumed decontamination Series Breakdown: Part 1: The Stakes are High (Background, the Reality of Containment Breaches, and Why Getting Decontamination Right is Non-Negotiable) Part 2: The Physics of Steam (Decontamination Challenges, How Autoclaves Work, Gas vs. Mist, and Achieving Proper Steam Saturation) Part 3: Cycles & Principles (The Role of Pressure & Liquids, and a Deep Dive into Autoclave Cycles) Part 4: Case Study & Failures (Setup/Results, Why Chemical Strips Fail, and Examples of Wet/Dry and Sealed/Open Bag Failures) Part 5: Data & Solutions (Case Study Observations, Statistics, and Immediate, Actionable Solutions) Subscribe and hit the notification bell so you don't miss a single part of this critical series! Safe-Decon Containers remove 95% of user error mentioned in this series. This makes them safer, faster, and more efficient than current methods. Current user reviews appreciate how simple and easy the containers make decontaminating biohazardous materials. Users say they will not work at a facility that does not use Safe-Decon. Visit www.safedeconinc.com for more information and White Papers.
Part 5: Data & Solutions (Case Study Observations, Statistics, and Immediate, Actionable Solutions)
The Last Line of Defense: Autoclave Decontamination (5-Part Series) Are you 100% sure your lab's sterilization is effective? The autoclave is the final barrier against dangerous containment breaches, yet it's often misunderstood and misused. Viable pathogens could be escaping your lab, putting staff and the public at risk. This essential 5-part series provides the in-depth knowledge and procedures needed to ensure 100% sterilization every single time. Learn how to eliminate the independent variables—from improper loading to user error—that lead to catastrophic failures. What You Will Learn: The Science: A crucial understanding of how heat and proper steam saturation kill pathogens. The Dangers: Why overloading and improper load setup are the biggest risks. The Truth: Why Biological Indicators (BIs) are superior to unreliable Chemical Indicator strips that produce false negatives. The Procedures: The loading techniques that work vs. the dangerous ones that fail. The Reality: The high probability of containment breaches occurring after assumed decontamination Series Breakdown: Part 1: The Stakes are High (Background, the Reality of Containment Breaches, and Why Getting Decontamination Right is Non-Negotiable) Part 2: The Physics of Steam (Decontamination Challenges, How Autoclaves Work, Gas vs. Mist, and Achieving Proper Steam Saturation) Part 3: Cycles & Principles (The Role of Pressure & Liquids, and a Deep Dive into Autoclave Cycles) Part 4: Case Study & Failures (Setup/Results, Why Chemical Strips Fail, and Examples of Wet/Dry and Sealed/Open Bag Failures) Part 5: Data & Solutions (Case Study Observations, Statistics, and Immediate, Actionable Solutions) Subscribe and hit the notification bell so you don't miss a single part of this critical series! Safe-Decon Containers remove 95% of user error mentioned in this series. This makes them safer, faster, and more efficient than current methods. Current user reviews appreciate how simple and easy the containers make decontaminating biohazardous materials. Users say they will not work at a facility that does not use Safe-Decon. Visit www.safedeconinc.com for more information and White Papers.
Part 4: Case Study & Failures (Results, Why Chemical Strips Fail, Wet/Dry Sealed/Open Bag Failures)
The Last Line of Defense: Autoclave Decontamination (5-Part Series) Are you 100% sure your lab's sterilization is effective? The autoclave is the final barrier against dangerous containment breaches, yet it's often misunderstood and misused. Viable pathogens could be escaping your lab, putting staff and the public at risk. This essential 5-part series provides the in-depth knowledge and procedures needed to ensure 100% sterilization every single time. Learn how to eliminate the independent variables—from improper loading to user error—that lead to catastrophic failures. What You Will Learn: The Science: A crucial understanding of how heat and proper steam saturation kill pathogens. The Dangers: Why overloading and improper load setup are the biggest risks. The Truth: Why Biological Indicators (BIs) are superior to unreliable Chemical Indicator strips that produce false negatives. The Procedures: The loading techniques that work vs. the dangerous ones that fail. The Reality: The high probability of containment breaches occurring after assumed decontamination Series Breakdown: Part 1: The Stakes are High (Background, the Reality of Containment Breaches, and Why Getting Decontamination Right is Non-Negotiable) Part 2: The Physics of Steam (Decontamination Challenges, How Autoclaves Work, Gas vs. Mist, and Achieving Proper Steam Saturation) Part 3: Cycles & Principles (The Role of Pressure & Liquids, and a Deep Dive into Autoclave Cycles) Part 4: Case Study & Failures (Setup/Results, Why Chemical Strips Fail, and Examples of Wet/Dry and Sealed/Open Bag Failures) Part 5: Data & Solutions (Case Study Observations, Statistics, and Immediate, Actionable Solutions) Subscribe and hit the notification bell so you don't miss a single part of this critical series! Safe-Decon Containers remove 95% of user error mentioned in this series. This makes them safer, faster, and more efficient than current methods. Current user reviews appreciate how simple and easy the containers make decontaminating biohazardous materials. Users say they will not work at a facility that does not use Safe-Decon. Visit www.safedeconinc.com for more information and White Papers.
Part 3: Cycles & Principles (The Role of Pressure & Liquids, and a Deep Dive into Autoclave Cycles)
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