Heat-Check MV
The Heat-Check MV is a non-destructive calorimetry for accurate radioactive waste analysis.
Product Overview
The Heat-Check MV is a medium volume calorimetry system designed for precise, non-destructive analysis of radioactive waste containers.
It uses advanced heat flow measurement techniques to quantify decay heat from isotopes like plutonium and tritium, ensuring compliance with safety regulations and aiding in effective waste management.
Its robust design and automation capabilities make it ideal for nuclear facilities, research institutions, and regulatory bodies.
Features & Benefits
Precise Medium Volume Analysis
Optimised for containers ranging from 20 to 60 litres, ensuring versatile application across various waste sizes.
Superior Detection Limits
Achieves low detection thresholds, crucial for accurate quantification of alpha and beta emitters.
Matrix-Independent Measurements
Delivers consistent results regardless of waste matrix or container composition, enhancing reliability.
Key applications
- Medium volume capacity: Accommodates containers up to 60 litres.
- Non-destructive testing: Preserves sample integrity during analysis.
- High accuracy: Detects as low as 0.8g of plutonium or 5mg of tritium.
- Matrix-independent results: Unaffected by container materials or waste composition.
- Automated operation: Optional integration into automated handling systems.
- Complementary to gamma spectrometry: Enhances isotope-specific analysis.
- User-friendly software: Includes standard and expert modes with predictive algorithms.
- Thermal management: Supports storage and disposal site assessments
Heat Check SV Product Video
About the Heat-Check MV
Managing radioactive waste requires precise measurement tools to ensure safety and regulatory compliance. The Heat-Check MV addresses this need by providing accurate, non-destructive analysis of medium-sized waste containers. Its calorimetric approach measures the heat released from radioactive decay, offering a reliable method for quantifying isotopic content.
Technical Explanation and Unique Features
The system employs high-sensitivity thermal sensors arranged around the sample container, capturing heat flow data indicative of radioactive decay. Its design includes a reference enclosure to enhance measurement stability. The software offers both standard and expert modes, accommodating users with varying levels of expertise. Predictive algorithms improve throughput by estimating measurement times based on sample characteristics.
Use Cases and Customer Applications
- Nuclear Facilities: For routine analysis of waste drums, ensuring safe storage and compliance with regulations.
- Regulatory Agencies: As a verification tool during inspections and audits.
- Research Institutions: For experimental studies involving radioactive materials.
- Waste Management Companies: To categorise and manage various waste types efficiently.
Competitive Advantages
Unlike traditional methods, the Heat-Check MV offers matrix-independent results, reducing the need for sample preparation. Its ability to integrate with automated systems minimises human error and enhances safety. The combination of high accuracy, user-friendly software, and robust design positions it as a leading solution in radioactive waste analysis.
"The HEAT‑CHECK MV is a non‑destructive isothermal calorimeter designed to accurately quantify radioactive materials in medium-sized containers by measuring decay heat."
Product FAQ's
It is designed for medium-sized containers ranging from 20 to 60 litres, commonly used in nuclear waste storage.
By utilising high-sensitivity thermal sensors and a reference enclosure, it achieves measurement accuracy better than 1%.
Yes, it can detect as low as 0.8g of plutonium and 5mg of tritium, making it suitable for precise quantification.
Absolutely, it can be integrated into automated systems for enhanced operational efficiency.
Yes, it offers both standard and expert modes, catering to users with varying levels of experience.
Applications
Application Note 1
Application Note 2
Application Note 3
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