Recommended Items
-
MARC 7000 – Tritium Bubbler: Atmospheric Monitoring System with 4 Pots (With Oven) for Trapping Tritium in HTO, HT, and OBT Forms
- EFFICIENCY: The MARC 7000 monitors atmospheric tritium, capturing vapor and gas, with oxidation in an oven.
- PERFORMANCE: 99% HTO trapping efficiency and 98% oven conversion efficiency for precise tritium monitoring.
- INTEGRATED ADVANCED FUNCTIONS: Offers adjustable airflow, real-time display of various parameters, automatic regulation, and default data storage. Designed for user-friendly operation and accurate readings.
- PERFORMANCE: Automatic air flow regulation, durable diaphragm pump, and 316L stainless steel circuit.
- INTEGRATED ADVANCED FUNCTIONS: Adjustable air flow, automatic regulation, real-time display, and anomaly storage.
- OPTIONS FOR ENHANCED FUNCTIONALITY: Cooling circuit, Ethernet connectivity, and alarms.
- VERSATILE APPLICATIONS: Suitable for the nuclear industry, research centers, waste storage, and laboratories.
- SUPPLIER CONFIDENCE: Officially supplied to major organizations such as IRSN, the French Navy, EDF, ANDRA, CEA, and internationally to IAEA and various nuclear power plants.
- CERTIFICATION: NF ISO 20045 & NF ISO 20041-1
APPLICATIONS ·Nuclear Power Plants
·Industrial Use of Tritium
·Research on the Impact of Different Contamination Levels
·Radioactive Waste Storage and Treatment Sites
·Laboratories
·Incinerators
-
H3R 7000 : Tritium Condenser – Advanced Trapping of Atmospheric Tritium in Vapor Form
- INNOVATIVE DESIGN: The H3R 7000 is a revolutionary device for sampling tritium in the air, capable of capturing a representative sample of tritium in vapor form in ambient air in less than 40 minutes.
- HIGH PRECISION: The collected sample achieves a minimum detectable activity (MDA) of tritium in the air up to 0.01 Bq per cubic meter.
- EFFICIENT OPERATION: The H3R 7000 captures tritium in the form of water vapor through a process of cryogenizing the water vapor from the ambient air, ensuring accurate measurements.
- REAL-TIME MONITORING: Measures and records the absolute humidity of the ambient air in g/m3 in real-time.
- EXCEPTIONAL ADVANTAGES: 100% tritium trapping efficiency, suitable for indoor and outdoor use, allows multiple consecutive samplings in one day, guarantees 100% active samples, easy to use and transport, and offers data traceability.
- PATENTED TECHNOLOGY: Developed under a French patent filed internationally by the National Institute for Radioprotection and Nuclear Safety (I.R.S.N.) and the School of Military Applications of Atomic Energy (E.A.M.E.A./French Navy).
-
EDP 9002 – Double Mast Electrodeposition Equipment
- SPACE-SAVING & ECONOMICAL DESIGN: Two measurement stations on a single base, ideal for laboratories with limited workspace. The EDP 9002 is more affordable than purchasing two EDP 7000 devices.
- TIME EFFICIENCY: Significant time savings when conducting multiple analyses.
- SYNTHETIC MATERIALS: The EDP is made solely from synthetic materials that perfectly resist the sometimes highly corrosive environments of research laboratories, thus ensuring a very long lifespan for the device.
- HIGH PRECISION: Ensures optimal trapping efficiency with regulated and constant direct current. The EDP is equipped with a polarity reverser for electrochemical stripping of the stainless steel pellet intended to receive the deposit, thereby ensuring perfect purity of the support.
- COOLING SYSTEM: Features high-flow air convection, preventing solution evaporation thanks to a solution cooling system with high-flow air convection.
- VERSATILE SETTINGS: Adjust the current intensity up to 5 Amperes and the electrode rotation speed with precision potentiometers and three sizes for solution containers.
- DIGITAL TIMER: Set the exact duration of electrodeposition with a digital display timer and an audible alarm.
- EASY TO USE: Quick assembly/disassembly of bottles and an internal container for accidental spills. Easy user maintenance of the device. Almost instantaneous assembly/disassembly of bottles.
- COLLABORATION WITH COGEMA: Designed in association with the leading French nuclear institute.
-
MARC 5000 – Tritium Bubbler: Dual Pot Atmospheric Monitoring System (Without Oven) for Trapping Tritium in HTO Form
- EFFICIENCY: Precise monitoring of atmospheric Tritium (HTO only) with optimal trapping efficiency, suitable for long periods of activity thanks to its innovative cooling system (optional).
- VERSATILITY: Usable in various sectors, including nuclear power plants and nuclear medicine.
- AUTOMATIC REGULATION: Automatic adjustment of airflow based on pressure loss.
- PERFORMANCE: Regulated air flow, durable pump, and 316L stainless steel circuit.
- PRECISION: Particle filtration and real-time display of airflow/volume.
- SAFETY: Visual and remote alarms, with anomaly recording.
- RECOGNITION: Endorsed by renowned institutions such as IRSN, the French Navy, EDF, ANDRA, and CEA.
- CERTIFICATION: NF ISO 20045 & NF ISO 20041-1
APPLICATIONS ·Nuclear Power Plants
·Industrial Use of Tritium
·Research on the Impact of Different Contamination Levels
·Nuclear Medicine
-
HAGUE 7000 – Carbon 14 Bubbler with 4 Pots (with Oven)
- OPTIMAL MONITORING OF CARBON 14: The HAGUE 7000 effectively monitors atmospheric C14, capturing gas and organic compounds from various sources.
- ADVANCED OPERATING PRINCIPLE: Uses bubbling in a soda solution to trap gaseous C14 and similarly oxidizes organic C14.
- PRECISE MEASUREMENT: Accurately determines the volumetric activity of C14 in the air, with a 100% trapping efficiency for CO2 and 94% for CH4-CO2 conversion.
- COMPLIANCE WITH STANDARDS: Designed according to NF ISO 20041-1 standards for maximum efficiency and ergonomics.
- OPTIONAL COOLING FUNCTION: Cooling system available, maintaining the trapping solution at 7°C for consistent performance.
- CERTIFICATION: NF ISO 20041-1
APPLICATIONS · Nuclear Power Plants
· Nuclear Research Centers
· Radioactive Waste Storage and Treatment Sites
· Laboratories
· Incinerators
· Decommissioning or any industries incorporating Carbon 14
-
AS 5000 Portable Aerosol & Iodine Sampler DPRC Type for Air Flow Regulation – Maintenance-Free Design
- HIGH-QUALITY SAMPLING: The AS 5000 excels in aerosol and iodine sampling, fully compliant with NF ISO 2889 standards.
- ADJUSTABLE AIR FLOW: Microprocessor for airflow setting from 30 to 100 liters/minute, customizable options.
- EASY FILTER HANDLING: TPHP head for easy installation and retrieval of filters, without interrupting the air circuit.
- EASY DATA TRANSFER: Transmits data via Ethernet, an available option.
- PRECISE MONITORING: Tracks sampled air volume and alerts for clogging and leaks, with audible and written reports.
- CERTIFICATION: NF ISO 2889
Best Seller Items
-
MARC 7000 – Tritium Bubbler: Atmospheric Monitoring System with 4 Pots (With Oven) for Trapping Tritium in HTO, HT, and OBT Forms
- EFFICIENCY: The MARC 7000 monitors atmospheric tritium, capturing vapor and gas, with oxidation in an oven.
- PERFORMANCE: 99% HTO trapping efficiency and 98% oven conversion efficiency for precise tritium monitoring.
- INTEGRATED ADVANCED FUNCTIONS: Offers adjustable airflow, real-time display of various parameters, automatic regulation, and default data storage. Designed for user-friendly operation and accurate readings.
- PERFORMANCE: Automatic air flow regulation, durable diaphragm pump, and 316L stainless steel circuit.
- INTEGRATED ADVANCED FUNCTIONS: Adjustable air flow, automatic regulation, real-time display, and anomaly storage.
- OPTIONS FOR ENHANCED FUNCTIONALITY: Cooling circuit, Ethernet connectivity, and alarms.
- VERSATILE APPLICATIONS: Suitable for the nuclear industry, research centers, waste storage, and laboratories.
- SUPPLIER CONFIDENCE: Officially supplied to major organizations such as IRSN, the French Navy, EDF, ANDRA, CEA, and internationally to IAEA and various nuclear power plants.
- CERTIFICATION: NF ISO 20045 & NF ISO 20041-1
APPLICATIONS ·Nuclear Power Plants
·Industrial Use of Tritium
·Research on the Impact of Different Contamination Levels
·Radioactive Waste Storage and Treatment Sites
·Laboratories
·Incinerators
-
H3R 7000 : Tritium Condenser – Advanced Trapping of Atmospheric Tritium in Vapor Form
- INNOVATIVE DESIGN: The H3R 7000 is a revolutionary device for sampling tritium in the air, capable of capturing a representative sample of tritium in vapor form in ambient air in less than 40 minutes.
- HIGH PRECISION: The collected sample achieves a minimum detectable activity (MDA) of tritium in the air up to 0.01 Bq per cubic meter.
- EFFICIENT OPERATION: The H3R 7000 captures tritium in the form of water vapor through a process of cryogenizing the water vapor from the ambient air, ensuring accurate measurements.
- REAL-TIME MONITORING: Measures and records the absolute humidity of the ambient air in g/m3 in real-time.
- EXCEPTIONAL ADVANTAGES: 100% tritium trapping efficiency, suitable for indoor and outdoor use, allows multiple consecutive samplings in one day, guarantees 100% active samples, easy to use and transport, and offers data traceability.
- PATENTED TECHNOLOGY: Developed under a French patent filed internationally by the National Institute for Radioprotection and Nuclear Safety (I.R.S.N.) and the School of Military Applications of Atomic Energy (E.A.M.E.A./French Navy).
-
EDP 9002 – Double Mast Electrodeposition Equipment
- SPACE-SAVING & ECONOMICAL DESIGN: Two measurement stations on a single base, ideal for laboratories with limited workspace. The EDP 9002 is more affordable than purchasing two EDP 7000 devices.
- TIME EFFICIENCY: Significant time savings when conducting multiple analyses.
- SYNTHETIC MATERIALS: The EDP is made solely from synthetic materials that perfectly resist the sometimes highly corrosive environments of research laboratories, thus ensuring a very long lifespan for the device.
- HIGH PRECISION: Ensures optimal trapping efficiency with regulated and constant direct current. The EDP is equipped with a polarity reverser for electrochemical stripping of the stainless steel pellet intended to receive the deposit, thereby ensuring perfect purity of the support.
- COOLING SYSTEM: Features high-flow air convection, preventing solution evaporation thanks to a solution cooling system with high-flow air convection.
- VERSATILE SETTINGS: Adjust the current intensity up to 5 Amperes and the electrode rotation speed with precision potentiometers and three sizes for solution containers.
- DIGITAL TIMER: Set the exact duration of electrodeposition with a digital display timer and an audible alarm.
- EASY TO USE: Quick assembly/disassembly of bottles and an internal container for accidental spills. Easy user maintenance of the device. Almost instantaneous assembly/disassembly of bottles.
- COLLABORATION WITH COGEMA: Designed in association with the leading French nuclear institute.
-
MARC 5000 – Tritium Bubbler: Dual Pot Atmospheric Monitoring System (Without Oven) for Trapping Tritium in HTO Form
- EFFICIENCY: Precise monitoring of atmospheric Tritium (HTO only) with optimal trapping efficiency, suitable for long periods of activity thanks to its innovative cooling system (optional).
- VERSATILITY: Usable in various sectors, including nuclear power plants and nuclear medicine.
- AUTOMATIC REGULATION: Automatic adjustment of airflow based on pressure loss.
- PERFORMANCE: Regulated air flow, durable pump, and 316L stainless steel circuit.
- PRECISION: Particle filtration and real-time display of airflow/volume.
- SAFETY: Visual and remote alarms, with anomaly recording.
- RECOGNITION: Endorsed by renowned institutions such as IRSN, the French Navy, EDF, ANDRA, and CEA.
- CERTIFICATION: NF ISO 20045 & NF ISO 20041-1
APPLICATIONS ·Nuclear Power Plants
·Industrial Use of Tritium
·Research on the Impact of Different Contamination Levels
·Nuclear Medicine
-
HAGUE 7000 – Carbon 14 Bubbler with 4 Pots (with Oven)
- OPTIMAL MONITORING OF CARBON 14: The HAGUE 7000 effectively monitors atmospheric C14, capturing gas and organic compounds from various sources.
- ADVANCED OPERATING PRINCIPLE: Uses bubbling in a soda solution to trap gaseous C14 and similarly oxidizes organic C14.
- PRECISE MEASUREMENT: Accurately determines the volumetric activity of C14 in the air, with a 100% trapping efficiency for CO2 and 94% for CH4-CO2 conversion.
- COMPLIANCE WITH STANDARDS: Designed according to NF ISO 20041-1 standards for maximum efficiency and ergonomics.
- OPTIONAL COOLING FUNCTION: Cooling system available, maintaining the trapping solution at 7°C for consistent performance.
- CERTIFICATION: NF ISO 20041-1
APPLICATIONS · Nuclear Power Plants
· Nuclear Research Centers
· Radioactive Waste Storage and Treatment Sites
· Laboratories
· Incinerators
· Decommissioning or any industries incorporating Carbon 14
-
AS 5000 Portable Aerosol & Iodine Sampler DPRC Type for Air Flow Regulation – Maintenance-Free Design
- HIGH-QUALITY SAMPLING: The AS 5000 excels in aerosol and iodine sampling, fully compliant with NF ISO 2889 standards.
- ADJUSTABLE AIR FLOW: Microprocessor for airflow setting from 30 to 100 liters/minute, customizable options.
- EASY FILTER HANDLING: TPHP head for easy installation and retrieval of filters, without interrupting the air circuit.
- EASY DATA TRANSFER: Transmits data via Ethernet, an available option.
- PRECISE MONITORING: Tracks sampled air volume and alerts for clogging and leaks, with audible and written reports.
- CERTIFICATION: NF ISO 2889
-
HAGUE 7000 – Carbon 14 Bubbler with 4 Pots (with Oven)
- OPTIMAL MONITORING OF CARBON 14: The HAGUE 7000 effectively monitors atmospheric C14, capturing gas and organic compounds from various sources.
- ADVANCED OPERATING PRINCIPLE: Uses bubbling in a soda solution to trap gaseous C14 and similarly oxidizes organic C14.
- PRECISE MEASUREMENT: Accurately determines the volumetric activity of C14 in the air, with a 100% trapping efficiency for CO2 and 94% for CH4-CO2 conversion.
- COMPLIANCE WITH STANDARDS: Designed according to NF ISO 20041-1 standards for maximum efficiency and ergonomics.
- OPTIONAL COOLING FUNCTION: Cooling system available, maintaining the trapping solution at 7°C for consistent performance.
- CERTIFICATION: NF ISO 20041-1
APPLICATIONS · Nuclear Power Plants
· Nuclear Research Centers
· Radioactive Waste Storage and Treatment Sites
· Laboratories
· Incinerators
· Decommissioning or any industries incorporating Carbon 14