Turnkey iodine filter solutions with 99.9%+ I-131/I-129 removal efficiency. ASME AG-1 compliant design for nuclear power plants, hospital nuclear medicine, and research facilities.
We engineer and manufacture custom iodine air filtration systems specifically for your facility's requirements. Our turnkey solutions include system design, ASME AG-1 compliant manufacturing, installation, commissioning, and staff training. Whether you need nuclear facility iodine filters, hospital radioiodine removal systems, or lab fume hood iodine filters, we provide complete regulatory compliance support.
Our latest innovation in radioactive iodine filtration combines silver silicate with activated carbon for enhanced capture efficiency and extended service life. Perfect for high-humidity environments and demanding nuclear applications.
Custom engineering for nuclear facilities and research clusters across North America
Custom iodine filtration systems for nuclear power plants in the Midwest's highest density nuclear region.
Nuclear Power PlantsASME AG-1 filter housing manufacturing and support for nuclear facilities across the Southeast.
ASME AG-1Radioiodine air safety solutions for world-leading research institutions and hospitals.
Research & HealthcareFume hood filter customization and university research facility air safety systems.
Academic ResearchCustom engineering for your specific radioactive iodine containment challenges
ASME AG-1 Compliant Systems
High-Capacity Systems
Medical Facility Air Safety
Regulatory Solutions
Research Facility Solutions
Academic Nuclear Programs
Engineered to meet and exceed nuclear industry standards
Expertise, Experience, Authoritativeness, and Trustworthiness in radioactive iodine filtration
Our engineering team includes licensed nuclear engineers with 25+ years experience in facility design, radiation safety, and regulatory compliance. We understand the unique challenges of nuclear environments.
10+ years supplying iodine filtration systems to operational nuclear power plants, national laboratories, and research reactors. Our systems have performed reliably in the most demanding nuclear applications.
ASME AG-1 certified manufacturing, complete NRC compliance documentation, and participation in industry standards development. We're recognized authorities in nuclear air treatment technology.
Long-term relationships with major nuclear operators, hospital networks, and research institutions. Our clients trust us with their most critical air safety challenges year after year.
Expert answers to common questions about iodine air filtration systems
HEPA filters capture particulate matter (dust, bacteria, viruses) through mechanical filtration. Iodine filters (specifically iodine adsorption systems) use activated carbon impregnated with chemicals like TEDA (triethylenediamine) to chemically bond and remove radioactive iodine gases (I-131, I-129) from air streams.
While HEPA filters are essential for particulate removal, they are ineffective against radioactive iodine gases. Iodine filters are critical in nuclear facilities, hospitals handling radioiodine therapy, and research laboratories working with radioisotopes.
ASME AG-1 is the American Society of Mechanical Engineers' Code on Nuclear Air and Gas Treatment. It sets rigorous standards for the design, materials, fabrication, inspection, testing, and quality assurance of air and gas treatment equipment used in nuclear safety-related applications.
AG-1 certification is required for safety-related applications in nuclear power plants and demonstrates the highest level of engineering quality, material traceability, and nuclear safety compliance. Our systems are designed and manufactured to meet or exceed all AG-1 requirements.
Replacement frequency depends on several factors: iodine concentration in the air stream, total airflow volume, relative humidity, carbon type (TEDA impregnated vs. plain activated carbon), and system design.
In typical nuclear power plant applications, carbon adsorption beds last 3-5 years before requiring replacement. Our systems include real-time monitoring with differential pressure gauges across each bed to indicate when replacement is needed. We offer consumable supply programs with scheduled deliveries for predictable maintenance planning.
Yes, we specialize in complete turnkey solutions that include:
Our turnkey approach ensures seamless integration with your existing infrastructure and complete regulatory compliance documentation.
Primary users of iodine air filtration systems include:
Our custom iodine filtration systems achieve ≥99.9% removal efficiency for I-131 and I-129 when properly specified, installed, and maintained. This efficiency is validated through:
Efficiency can be affected by operating conditions (temperature, humidity, airflow), carbon type, and maintenance practices. Our systems include monitoring to ensure continuous optimal performance and meet or exceed NRC regulatory requirements for nuclear facilities.
Contact our nuclear engineering team for a custom quote, technical consultation, or facility assessment. We provide turnkey solutions for nuclear power plants, hospitals, and research facilities.
