RADIOACTIVE WASTE ®

Decrease station

Radioactive effluents in medical settings originate from departments that discharge effluents contaminated with radionuclides, which must be treated in decay tanks. These departments include: nuclear medicine and dose preparation laboratories, brachytherapy, patient injection rooms, laboratories (hot sinks), and other activities involving the discharge of radioactive liquids.

Traitement des effluents cuve décroissance NRBC
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Our teams will support you in carrying out your projects with complete peace of mind

CUSTOMISED SOLUTIONS

To meet your needs while respecting your constraints, our tanks are custom-made after careful study.

RESEARCH & CONSULTING

Our teams will assist you in the early stages of the project to determine the appropriate technical room.

SAFETY

All our installations are equipped with redundant safety features with alarm relay to GTB/GTC.

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Requirements

  • Volume to be processed
  • Type of isotope released
  • Compliance with standards, decrees and circulars
  • Architectural constraints
  • Budgetary constraints

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Satisfaction

  • Compliant rejection after decay
  • Customised design and production
  • Installation or assistance available
  • Commissioning and training provided by us
  • Data traceability and archiving

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Origin of effluents

  • Custom-made tanks designed to meet your architectural requirements.
  • Safety system with high-level and overflow sensors.
  • Retention tank with integrated leak detection sensor.
  • Design, sizing assistance and technical documentation provided free of charge.
  • Installation and maintenance available by our teams.
  • Commissioning by us.
  • Optional slave screen for user service to monitor activity in real time.
  • Training for user personnel.
  • Monitoring and minimum 2-year parts warranty, extension on request.

Traitement des effluents cuve décroissance NRBC

Tank sizing

The MEDICAL PROCESS radioactive effluent decay station allows these effluents to be stored, secured and monitored in accordance with regulations during the decay period.

The number of tanks and their storage capacity depend on the flow rate, the number of discharge points and the type of isotope. It is important to separate short-lived isotopes (short half-life) from long-lived ones in order to reduce volumes. Our team of experts will assist you with the design in order to optimise volumes.

Complete your installation

WC séparatif

Separate WC

POUR CHAMBRE D’INJECTION PATIENT IRADIÉS

A hospital, clinic or medical practice project?

Do you have a project? Feel free to contact your dedicated technical sales representative on +33 (0)9.83.98.43.56 or by email at contact@medicalprocess.fr

CONTACT US !
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