Public tenders for consultant in Cramme Germany

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Technical testing, analysis and consultancy services

Bundesamt für Strahlenschutz | Published January 12, 2016
Winner
TÜV Rheinland ISTec GmbH
cpvs
71600000

Implementation of relevant water legislation ancillary provisions of the zoning decision Konrad: - support of BfS when communicating with Ablieferungs- / transfer agents and appraisers for the further implementation of the water law together with provisions of PFB Konrad - Continuing work on the implementation of the water discharge side regulations - implementation of the ancillary provisions of the consent of the NLWKN to approach the BfS - database with container and substance list - realization of interfaces for material and container list.

Technical testing, analysis and consultancy services

Stadt Salzgitter | Published October 31, 2015
Winner
Bremer Umweltinstitut GmbH
cpvs
71600000

In all schools, daycare centers and children's and youth clubs of the city of Salzgitter a pollutant collection should take place.

Business and management consultancy services

Bundesamt für Strahlenschutz | Published October 2, 2015
Winner
ZAROF. GmbH
cpvs
79410000

3 letter c) VOL / A ". Under Section III.2.1) Personal situation of economic operators of a contract notice is listed among others: This also at least 5 meaningful references should be presented by similar orders. The tender documents will be sent only when the solicitation of an offer. BfS as scientific and technological federal authority within the portfolio of the Federal Ministry for the Environment, Nature Conservation protection, construction and Nuclear Safety brings together expertise in the fields of radiation protection, nuclear safety, transport and storage of nuclear fuel and the disposal of radioactive waste. In 2015, to be used in the first BfS personnel development instrument "Management feedback". Objectives of management feedback are: - Creation of a (further) possibility for the managers of a work unit, to obtain feedback on their leadership behavior; For example by supporting activities, such as coaching, training, etc.); - Support the executives in their personal development; - Increase the capacity for teamwork of the respective work unit; - Strengthening the discussion and feedback culture in BfS; - Development of a basis for further development of the entire Office. In addition, a consultation on open issues is to take place. In the concept of the following key points should be considered: - The evaluation of the executives is based on the BfS-management principles; - About the procedure for carrying out the management feedback will be informed transparently and in detail in advance; The participation of employees is voluntary; - The management feedback is done anonymously; - The executives will be assisted in the interpretation of results; These measures should be reviewed after a certain time (about half a year later); - The process is - before official further implementation - tested in each case a working unit at the locations, Salzgitter, Berlin and Neuherberg; The results of the evaluation and feedback are summarized and published in a final report. 100 work units break down as follows on the BfS locations on: Place Number of working units: Salzgitter 61; Munich 21; Berlin 9; Freiburg 3; Rendsburg 1; Bonn 3; Remlingen. 1

IT services: consulting, software development, Internet and support

Bundesamt für Strahlenschutz | Published May 19, 2017
Winner
Intevation GmbH
cpvs
72000000

Completion of the technology-specific support service KOALA for IT in the emergency department of the Federal Office for Radiation Protection; Java services as well as ExtJS modules.

IT services: consulting, software development, Internet and support

Bundesamt für Strahlenschutz | Published May 19, 2017
Winner
Terrestris GmbH & Co. KG
cpvs
72000000

Completion of the technology-specific support service KOALA for IT in the emergency department of the Federal Office for Radiation Protection; Java Script + Geo services.

Technical testing, analysis and consultancy services

Bundesamt für Strahlenschutz | Published April 23, 2016
Winner
Gesellschaft für Anlagen- und Reaktorsicherheit (GRS) gGmbH
cpvs
71600000, 71610000, 71620000, 71621000

The Contractor shall sample of saline solutions (concentrated salt solutions) from the pit building

Asse II chemically analyze their main and secondary constituents. If necessary, are by default

BfS conduct further geochemical and special mineralogical investigations, provided that the

Genetic interpretation of the analyzed saline solutions are needed. The results will

in addition to the security possible estimate as the basis of a genetic interpretation of saline

serve solutions in the Asse II mine.

Furthermore, the contractor will ground, spring and surface water samples from the above-ground

II chemically analyze environment of the Asse mine on their main and secondary constituents.

If necessary, the contractor in the course of special measurements to the characterization of the

Mine workings of the Asse II recycle bedrock reference samples, analyze

and evaluate in the context of the collected in the Asse II solutions.

Furthermore, analyzes of isotopes and isotope ratios in the context of

Special measuring programs provided.

The results from the above mentioned work analysis work will determine the individual valuation in

The overall context of all analyzes be considered and evaluated. The aim is, with the help of all analyzes over

Time gradually create a geochemical map of Asse II.

In addition, the BfS:

- Short-term analysis in light of new outlet points in the mine Request;

- Presentation by the work carried out over licensing authorities, their referees, other

Third and instruct the public.

Technical testing, analysis and consultancy services

Bundesamt für Strahlenschutz | Published October 22, 2015  -  Deadline November 30, 2015
cpvs
71600000, 71610000, 71620000, 71621000

The contractor shall analyze samples of saline solutions (concentrated salt solutions) from the mine workings of the Asse II chemically on their main and secondary constituents. If necessary, shall be carried out further geochemical and special mineralogical investigations as specified by the BfS, provided that they are necessary for the genetic interpretation of the analyzed saline solutions. The results will serve in addition to the safety assessment union as the basis of a genetic interpretation of saline solutions in the Asse II mine. Furthermore, the contractor ground, spring and surface water samples from the above-ground environment of the Asse II mine is to chemically analyze their main and secondary constituents. If necessary, the contractor shall prepare reference samples in the course of special measurements for the characterization of the upcoming in the mine of the Asse II mine rocks, analyze and evaluate in the context of the collected in the Asse II solutions. Furthermore, provided analysis of isotopes and isotope ratios as part of special monitoring programs. The results from the above mentioned work analysis results should be considered and evaluated in addition to the individual evaluation in the overall context of all analyzes. The aim is, with the help of all analyzes successively to create over time a geochemical map of the Asse II mine. In addition, the BfS: - shortly Request analyzes the new exit points in the mine occurrence - explanations of work carried out with respect to licensing authorities, entrust their referees, other third parties and the general public.

IT services: consulting, software development, Internet and support

Bundesamt für Strahlenschutz | Published November 10, 2016
Winner
Gesellschaft für Anlagen- und Reaktorsicherheit (GRS) gGmbh
cpvs
72000000

In several research projects the program package ARTM (atmospheric radionuclide transport model) was first developed on the basis of the Lagrangian particle model AUSTAL 2000 for the propagation of airborne radioactive substances and for use by the general administrative provisions relating to § 47 of the Radiation Protection Ordinance (AVV) and the Incident Calculation Bases (SBG) provided. To use ARTM future for a more realistic assessment of exposure of the population in accordance with Directive 2013/59 / Euratom, further research is necessary. In this project, therefore, the existing simulation software to calculate the radiation exposure in the vicinity of nuclear installations in view of other applications, eg. As use in decommissioning activities of nuclear installations, be extended by implementation of scientific and technological advancements. This includes in particular the integration of an improved wind field model (predictive wind field model), and the adjustment of the boundary layer model providing a more realistic account of orographic structured terrain and buildings is possible. In addition, improvements in the program technology, z. B. the partially parallelization of program code to reduce the computation time, and in the program control necessary. In addition, workshops will be organized with the users of ARTM. Information about ARTM: http://www.bfs.de/DE/themen/ion/umwelt/luft-boden/emissionsueberwachung/artm.html requirement of complete ARTM program package to final reports under ausschreibungen@bfs.de.

IT services: consulting, software development, Internet and support

Bundesamt für Strahlenschutz | Published September 24, 2016  -  Deadline November 2, 2016
cpvs
72000000

For the dispersion of radioactive substances after release into the environment are sufficiently atmospheric dispersion models available that allow estimation of exposure in the near and far fields. For the emissions in buildings there are to date very little research. In this research project the interaction between flow and dispersion of pollutants to be investigated within buildings and the free atmosphere in coupled simulation models. For this, a literature search of existing simulation models to spread to an instantaneous release within a closed space volume (z. B. park, subway tunnel) should be placed with defined building openings basis. The aim of the project is to provide a simulation model that can determine both the spread by instantaneous release inside the building as well as the transport from the building. Here, the transport out of the building on the basis of relevant factors (explosive mass, specific radionuclides, various interiors, floors, window openings, etc.) should be investigated and these are coupled as a time-dependent volume source with an atmospheric dispersion model to ensure that exposure outside the building through the emission be able to determine within the building.

IT services: consulting, software development, Internet and support

Bundesamt für Strahlenschutz | Published August 13, 2016  -  Deadline September 20, 2016
cpvs

In several research projects the program package ARTM (atmospheric radionuclide transport model) was first developed on the basis of the Lagrangian particle model AUSTAL 2000 for the propagation of airborne radioactive substances and for use by the general administrative provisions relating to § 47 of the Radiation Protection Ordinance (AVV) and the Incident Calculation Bases (SBG) provided. To use ARTM future for a more realistic assessment of exposure of the population in accordance with Directive 2013/59 / Euratom, further research is necessary. In this project, therefore, the existing simulation software to calculate the radiation exposure in the vicinity of nuclear installations in view of other applications, eg. As use in decommissioning activities of nuclear installations, be extended by implementation of scientific and technological advancements. This includes in particular the integration of an improved wind field model (predictive wind field model), and the adjustment of the boundary layer model providing a more realistic account of orographic structured terrain and buildings is possible. In addition, improvements in the program technology, z. B. the partially parallelization of program code to reduce the computation time, and in the program control necessary. In addition, workshops will be organized with the users of ARTM. Information about ARTM: http://www.bfs.de/DE/themen/ion/umwelt/luft-boden/emissionsueberwachung/artm.html requirement of complete ARTM program package to final reports under ausschreibungen@bfs.de.

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