The Radiochemical Laboratory Radiochemical Analyses Hot Cells and Semi-hot Cells Incorporation Monitoring Radiation Metrology Chemical Analyses Radiochemical Laboratory Decommissioning Service TECHNICAL CENTER Chemistry, Radiochemistry AREVA GmbH - Technical Center – Chemistry, Radiochemistry
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The Radiochemical Laboratory Radiochemical Analyses Hot Cells and Semi-hot Cells Incorporation Monitoring Radiation Metrology Chemical Analyses Radiochemical Laboratory Decommissioning Service
TECHNICAL CENTER Chemistry, Radiochemistry
AREVA GmbH - Technical Center – Chemistry, Radiochemistry
The Radiochemical LaboratoryYour competent, fast and on-schedule service laboratory
• Radiochemistry
• Chemical Analyses
• Hot Cells
• Radiation Metrology
• Radiation Protection
Technical Center - Focus on Technology
Our range of services covers:
• Radiochemical analyses of samples with diff erent levels of radioactivity (low-level to highly active) from nuclear power plants, other nuclear facilities and decommis- sioning projects
• Determination of radionuclide inventories and vectors for waste characterization etc.
• Measurements for effl uent monitoring and environmental surveillance
• Evaluation of neutron fl uence detectors
• Tests of iodine fi lters, other tests using radioactive tracers
• Radiochemical engineering
• Excretion analyses
• Chemical analyses
• Radiation metrology and calibration services
• Post-irradiation examinations in hot and semi-hot cells
• Radiation protection services
• Transport of radioactive materials
Hot Cells
Chemical Laboratory
Radiochemical Analyses
Your benefi ts at a glance • Accredited laboratory
• Excellent quality management system
• Wide scope of services
• Dependable services from A to Z
• More than 50 years experience with samples from millibecquerel to terabecquerel
• Testing laboratories for – Radiochemical Analysis – Chemical Analysis – Excretion Analysis – Hot Cells accredited to DIN EN ISO/IEC 17025• Quality management system certifi ed to DIN EN ISO 9001• Environmental management system certifi ed to DIN EN ISO 14001
Your competent, fast and on-schedule service laboratory.Take advantage of our know- how and our facilities
Editor and Copyright 2013: AREVA GmbH – Paul-Gossen-Straße 100 – 91052 Erlangen, Germany. It is prohibited to reproduce the present publication in its entirety or partially in whatever form without prior written consent. Legal action may be taken against any infringer and/or any person breaching the aforementioned prohibitions.
Subject to change without notice, errors excepted. Illustrations may diff er from the original. The statements and information contained in this publication are for advertising purposes only and do not constitute an off er of contract. They shall neither be construed as a guarantee of quality or durability, nor as warranties of merchantability or fi tness for a particular purpose. These statements, even if they are future-orientated, are based on information that was available to us at the date of publication. Only the terms of individual contracts shall be authoritative for type, scope and characteristics of our products and services.
Evaporator concentrate, fi lter concentrate, ion ex-change resin, fi ltering auxiliary, cartridge fi lter material, ash, mixed waste, NPP coolant and pool water, waste water, fi lter, deposits, CRUD, metallic samples, core scrap, decontamination solutions, cleaning materials, dust, hot spots, textiles, excretions, soil, plants etc.
Digestion of samples with high temperature furnace
Your competent, fast and on-schedule service laboratory.Take advantage of our know- how and our facilities
Digestion techniques
Fusion melt, acid or alkaline digestion, microwave digestion, ashing, ablation of oxide layers and de-posits by chemical processes (e. g. CORD)
Typical radionuclides analyzed in our laboratory• 60Co, 134Cs, 137Cs and other γ emitters• 3H, 10Be, 14C, 36Cl, 55Fe, 63Ni, 87Rb, 90Sr, 94Nb, 99Tc, 106Ru, 108mAg, 129I• 233U, 234U, 235U, 238U, 238Pu, 239Pu/240Pu, 241Pu, 241Am, 242Cm, 243Cm/244Cm• other radionuclides on request• total α, total β, total γ activity
Measurement of radioactive samples
Editor and Copyright 2013: AREVA GmbH – Paul-Gossen-Straße 100 – 91052 Erlangen, Germany. It is prohibited to reproduce the present publication in its entirety or partially in whatever form without prior written consent. Legal action may be taken against any infringer and/or any person breaching the aforementioned prohibitions.
Subject to change without notice, errors excepted. Illustrations may diff er from the original. The statements and information contained in this publication are for advertising purposes only and do not constitute an off er of contract. They shall neither be construed as a guarantee of quality or durability, nor as warranties of merchantability or fi tness for a particular purpose. These statements, even if they are future-orientated, are based on information that was available to us at the date of publication. Only the terms of individual contracts shall be authoritative for type, scope and characteristics of our products and services.
Hot Cells and Semi-hot Cells Radiochemical Laboratory
• Fracture mechanical examinations
• Metallographic examinations with
specimens manufacturing
• Materials and components testing and
development
• Failure Analyses
Materials testing
• Material examinations for reactor pressure vessel (RPV) surveillance programs according to inter- national standards
• Testing of diff erent fracture mechanics speci- mens in the frame of RPV surveillance programs according to specifi c fracture mechanics concepts
• Material examination and testing of diverse materials and manufacturing components
• Relaxation measurements on springs and bending specimens
• Non-destructive material testing for crack deter- mination on diverse components (penetration test, PT2)
• Radiation resistance tests on plastics and adhesive joints as well as cable insulation and cable coating materials
Mechanical – technological examinations 2 hot cells, 90 cm heavy concrete shielding, activity handling up to 1014 Bq (based on Co-60)
3 material testing cells (20 cm lead shielding)
Testing machines, equipment in cells/exhausters:
• Impact testing machine with instrumented 300 J and 15 J hammer, standard test temperatures –150 °C up to +300 °C (other temperature on request)
• Multi-purpose testing machines for alternate tension-compression load tests up to 5 kN, 200 kN and 600 kN, standard test temperatures –150 °C up to +300 °C (other temperature on request)
• Pellini machine for drop weight test specimens, test temperatures –150 °C up to +300 °C
• Resonance pulsator up to 20 kN and 250 Hz for fatigue precracking of fracture mechanics specimens and determination of crack growth rate
• Optical systems for fracture surface evalua- tion, crack propagation measurement, documentation of pictures coupled to an image database and processing system useable for all common data formats
• Annealing equipment for annealing temperatures up to 600 °C
Technical Center - Focus on Technology
Manufacturing of the fatigue crack in a fracture mechanic specimen
Specimens manufacturing
• Manufacturing of Charpy, fracture mechanics and tensile specimens using modern machining equipment• Manufacturing of reconstituted specimens with electron beam welding technique (e. g. fracture mechanics specimens, Charpy specimens with a minimal material requirement of 10 mm long inserts of 10 mm x 10 mm sample cross-section)• Manufacturing of test pieces from already tested specimens, material pieces and parts of failure pieces• Complete manufacturing up to the introduction of mechanical and fatigue cracks as well as dimension measurements of all manufactured specimens by digital photography
Hot Cells and Semi-hot Cells
Electrical discharge machine (EDM)
Specimens manufacturing, preparations
2 material machining cell
Machines, equipment in cells/exhausters:
• Electrical discharge machine (wire-guided)
• CNC-controlled milling and drilling machine with automatic 16 fold tool- changing mechanism
• Turning lathes, milling machines
• Broaching machine
• Electron beam welding machine for welding depths up to 110 mm
• Demagnetization equipment, coil inner dimensions 230 mm x 230 mm and 230 mm x 1000 mm
• Diamond wire saw, cut widths 0.15 mm up to 0.7 mm diamond, circular, belt saws
• Standard machining equipment
Manufacturing of a specimen using EDM
Positioning of a sample
Hot Cells and Semi-hot Cells
Metallographic examinations
• Failure analyses on diff erent systems, e. g. SG tubes, springs, screws, center ring pins• Microstructure examinations on metallic materials and nuclear fuel• Further development of materials in cooperation with our customers, e. g. material for spacer grids, with examination of the oxide layer, the hydrogen distribution and the content of hydrogen as well as geometric change of components• Preparation of specimens for continuative examinations like SEM and TEM analyses
• Grinding and polishing tools as well as etching equipment
• Metallography microscopes with magnifi cation of up to 1000, stereo microscopes with magnifi cation of up to 50, each with digital camera systems coupled to an image database and processing system usable for all common data formats
• Cutting and abrasive equipment (diamond abrasive cut-off , diamond wire saw, other saws)
Unpacking of a sample
Hot Cells and Semi-hot Cells
Our quality assurance
• Accredited to DIN EN ISO/IEC 17025
• Quality management system certifi ed to DIN EN ISO 9001
• Environmental management system certifi ed to DIN EN ISO 14001
G-186-V2-13-ENGPB
Your benefi ts at a glance • Urgent on-request metallography for failure analysis
• Wide scope of material and components testing
• Long-term experience and high customer satisfaction
• Provision of transport packages for highly radioactive specimens
• Organization and execution of transports
• Performance of examinations, evaluation and documentation
Hot Cells
Editor and Copyright 2013: AREVA GmbH – Paul-Gossen-Straße 100 – 91052 Erlangen, Germany. It is prohibited to reproduce the present publication in its entirety or partially in whatever form without prior written consent. Legal action may be taken against any infringer and/or any person breaching the aforementioned prohibitions.
Subject to change without notice, errors excepted. Illustrations may diff er from the original. The statements and information contained in this publication are for advertising purposes only and do not constitute an off er of contract. They shall neither be construed as a guarantee of quality or durability, nor as warranties of merchantability or fi tness for a particular purpose. These statements, even if they are future-orientated, are based on information that was available to us at the date of publication. Only the terms of individual contracts shall be authoritative for type, scope and characteristics of our products and services.
Incorporation monitoringby the Radiochemical Laboratory Erlangen
Editor and Copyright 2013: AREVA GmbH – Paul-Gossen-Straße 100 – 91052 Erlangen, Germany. It is prohibited to reproduce the present publication in its entirety or partially in whatever form without prior written consent. Legal action may be taken against any infringer and/or any person breaching the aforementioned prohibitions.
Subject to change without notice, errors excepted. Illustrations may diff er from the original. The statements and information contained in this publication are for advertising purposes only and do not constitute an off er of contract. They shall neither be construed as a guarantee of quality or durability, nor as warranties of merchantability or fi tness for a particular purpose. These statements, even if they are future-orientated, are based on information that was available to us at the date of publication. Only the terms of individual contracts shall be authoritative for type, scope and characteristics of our products and services.
Radiation Metrologyin the Radiochemical Laboratory
• Activity measurements in nuclear plants
• Calibration of activity measurement points
• Qualifi cation tests on neutron fl ux
measurement systems
Various metrology applications for γ-spectrometry on-site• Direct measurement of activity deposition or nuclide inventory in systems and components of nuclear installations (in-line measurement)
• Determination of the burn-up and power distribution or fuel leakage of fuel rods or fuel assemblies in NPP pools by γ-scanning
• Non-destructive measurement of density or thickness by γ-absorption, e. g. void deter- mination in water/steam systems
Contributions to NPP instrumentation in the fi eld of radiation metrology
• All kinds of activity measurement devices and systems
• All kinds of dose and dose rate measurement devices and systems including personal dosemeter
Qualifi cation tests on neutron measurement systems in the ex-core area
• Source range with boron-lined proportional counters
• Output range with ionisation chambers
• Wide range with fi ssion chambers (U-235)
New developments and optimizations of measurement systems and their applications
• B-10 measurement by neutron absorption: COMBO (Continuous Measurement of Boron-10 concentration in pipes); LAMBO (Laboratory Measurement of Boron-10)
Technical Center - Focus on Technology
Our nuclear metrology performance covers
• Radiation measurements in the lab and on-site
• Measurement of alpha, beta, gamma activity, gamma and neutron dose rate
• Calibration of radiation measuring equipment
• Instrumentation
• Development and optimization of radiation measurement methods and devices
• Body counter measurements
Inline measurement in a main coolant pipe in a 1300 MW DWR
Calibration of a measurement arrangement in the nuclear power plant wastewater system
Your advantages at a glance • Qualifi ed data in nuclide and activity determination
• Empirical determination of calibration factors for radiation measurement equipment
• Qualifi cation of detectors using radioactive emitters (n+γ)
• Customer-focused solutions to measurement problems
• Many yearsʼ experience
Radiation Metrology
G-207-V1-13-ENGPB
Calibration of radiation measurement systems used for• Activity monitoring in systems/processes• Airborne activity monitoring• Effl uent monitoring• Environmental monitoring• Accident instrumentationusing solid (particulate), fl uid and gaseous radioactive media.
Approval for release of waste with in-situ gamma spectroscopy according to StrlSchV §29• Measurement and evaluation of diverse waste containers by use of a ISOCS measurement system after computed calibration of sample geometry
Incorporation measurement in the body counter measuring system with two detectors (Ge-semiconductor detector and LaBr3 scintillator)• Detection of the γ-radiating radionuclide from the nuclear power plant operation in the whole body• Detection of the relevant iodine isotopes (I-123 and I-131) in the thyroid glandOur body counter is recognised and accredited as a measuring point in Bavaria.
Test person in the body counter ISOCS measurement on a waste container
Editor and Copyright 2013: AREVA GmbH – Paul-Gossen-Straße 100 – 91052 Erlangen, Germany. It is prohibited to reproduce the present publication in its entirety or partially in whatever form without prior written consent. Legal action may be taken against any infringer and/or any person breaching the aforementioned prohibitions.
Subject to change without notice, errors excepted. Illustrations may diff er from the original. The statements and information contained in this publication are for advertising purposes only and do not constitute an off er of contract. They shall neither be construed as a guarantee of quality or durability, nor as warranties of merchantability or fi tness for a particular purpose. These statements, even if they are future-orientated, are based on information that was available to us at the date of publication. Only the terms of individual contracts shall be authoritative for type, scope and characteristics of our products and services.
Tests in diff erent atmospheres,TG up to 950 °C,DSC up to 600 °C
RFA Elements ppm up to %
C-H-N-O Elements 0.01 % up to main constituents
C-S-Automat Elements ppm up to %
Karl-Fischer-Titration H2O ppm up to %
Neutron activation analysis Elements Ultratrace analysis
Editor and Copyright 2013: AREVA GmbH – Paul-Gossen-Straße 100 – 91052 Erlangen, Germany. It is prohibited to reproduce the present publication in its entirety or partially in whatever form without prior written consent. Legal action may be taken against any infringer and/or any person breaching the aforementioned prohibitions.
Subject to change without notice, errors excepted. Illustrations may diff er from the original. The statements and information contained in this publication are for advertising purposes only and do not constitute an off er of contract. They shall neither be construed as a guarantee of quality or durability, nor as warranties of merchantability or fi tness for a particular purpose. These statements, even if they are future-orientated, are based on information that was available to us at the date of publication. Only the terms of individual contracts shall be authoritative for type, scope and characteristics of our products and services.
Laboratory accredited in accordance with DIN EN ISO/IEC 17025
Radiochemical laboratory decommissioning service
• Sampling/analysis concept
• Transport management
• Cutting up/preparation of samples
• Chemical and radiochemical analysis
• On-site analysis and radiation protection service
Transport Management
• Quick and punctual planning and performance of transports of diff erent types of radioactive materials
• Transports accepted round the clock
• Provision of compliant transport containers, including special containers for highly active samples
• Effi cient performance of transports using our TRANSRAD database system
Cutting up/preparation of samples
In addition to an “active” workshop we have a large hot cell facility containing the following equipment:
• Wire erosion machine
• CNC controlled milling and drilling machine
• Lathe, milling and notching machine
• Diamond saw, circular saw and band saw
This enables us to eff ectively prepare the samples for contamination/activation, nuclide vector and depth profi le analyses.
Technical Center - Focus on Technology
Sampling/analysis concept
• Qualifi ed evaluation of measurement results and activation calculations
• Elaboration of sampling plans taking account of feasibility and subsequent “analyzability” of the samples.
• Drawing up individual analysis concepts taking account of the history of the facilities and the available material data
Probe positioning
From planning the sampling to taking samples, transportation and subsequent sample preparation (grinding/digestion/cutting up) right up to a comprehensive analysis – we provide everything under one roof!
Your advantages at a glance • You will benefi t from our many years of experience
• An extensive range of laboratory equipment and a great deal of fl exibility
• Comprehensive service – we do everything - all under one roof!
• High quality standards
• Long-term availability of the laboratory
Radiochemical laboratory decommissioning service
G-206-V1-13-ENGPB
Effi cient, quick and reliable
Chemical and radiochemical analysis
• We are able to examine many diff erent types of samples (core scrap,CRUD, evaporator con- centrates, mixed wastes, ash, dusts etc) from low active to highly active
• Comprehensive analysis spectrum with accredited methods for waste qualifi cation and fi nal repository declaration (alpha – beta – gamma – analysis, ICP – MS, C-S machine, SEM-EDX etc.)
• Assistance in developing and qualifying decon- tamination methods such as e. g. FSD
• Assessment of neutron fl ux detectors
• Incorporation monitoring by means of excretion analyses and Body Counter measurements
On-site analyses and radiation protection service
• Direct measurement of activity distribution or radionuclide inventory on systems and compo- nents in nuclear facilities (in-line-measurement)
• Comprehensive chemical and radiochemical on-site analysis possible
• Concept and radiation protection measurement of wastes, buildings etc. for clearance under § 29 of the Radiation Protection Ordinance
• Calibration service for various radiation measuring devices such as e. g. for activity and environmental monitoring
• Minimizing disposal costs for radioactive resi- dues and wastes, e. g. by means of optimised container and loading concepts
Inspection of a measuring chain
Laboratory accredited in accordance with DIN EN ISO/IEC 17025
Editor and Copyright 2013: AREVA GmbH – Paul-Gossen-Straße 100 – 91052 Erlangen, Germany. It is prohibited to reproduce the present publication in its entirety or partially in whatever form without prior written consent. Legal action may be taken against any infringer and/or any person breaching the aforementioned prohibitions.
Subject to change without notice, errors excepted. Illustrations may diff er from the original. The statements and information contained in this publication are for advertising purposes only and do not constitute an off er of contract. They shall neither be construed as a guarantee of quality or durability, nor as warranties of merchantability or fi tness for a particular purpose. These statements, even if they are future-orientated, are based on information that was available to us at the date of publication. Only the terms of individual contracts shall be authoritative for type, scope and characteristics of our products and services.