locations branch fabeckstraße unter den eichen 44 – 46 12203 berlin headquarters lichterfelde...
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Locations
Branch FabeckstraßeUnter den Eichen 44 – 4612203 Berlin
Headquarters LichterfeldeUnter den Eichen 87 12205 Berlin
Branch AdlershofRichard-Willstätter-Straße 1112489 Berlin
BAM Test Site Technical Safety – BAM TTSAn der Düne 44, 15837 Baruth/Mark
Our guideline and our mission
Safety in technology and chemistry
Pursuing our mission as a Federal institute for materials technology and chemical engineering, we ensure ongoing safety in technology and chemistry through
•research and development•testing, analysis, approval and certification•consultation, information and advice
within our objective of promoting German industrial development.
Our customers (target groups)
Our tasks
Statutory functions relating to technical safety,especially as regards dangerous materials and substances
Advising the Federal Government and industryon safety aspects of materials and chemical technology
Collaboration in developing statutory regulations;Assisting in the development of standards and technical regulations
Development and supplyof reference materials and methods, in particular for chemical analysis and materials testing Enhancement of safety in technology and chemistry
General data
Status: Januar 2012
Organisation board of directors11 departments subdivided into 53 divisions und11 sections
Staff 1797 in total, including1078 temporary staff and82 trainees
Budget 128.4 million euro basic funding by the Federal Government
16.2 million euro third-party funds6.4 million euro fees; passed to the Federal
Government
Results 826 scientific and technical publications1540 lectures, presentations, coursesapprox. 6000 test reports, certificates
Consultation and 1325 national and international committees includinginformation 180 statutory and regulation committees
594 standardisation committees (e. g. ISO, CEN, DIN)
90 teaching positions
History
Explosion of a locomotive pressure vessel (1871)
1871 Prussian Royal Technical Testing Institute
1889 Prussian Central Institute for Explosives; Military Testing Agency 1904 Royal Prussian Materials Testing Institute 1919 Prussian State Institute for15837 Materials Testing 1920 National Chemical-
Technical Institute (CTR) State Institute for 1941 X-Ray Analysis 1946 Academy of Sciences (AdW) of GDR 1954 Federal Institute for Mechanical and Chemical Materials Testing Agency for Standardisation, Measurement and Quality Control (ASMW) of GDR 1956 Federal Institute for Materials Testing (BAM) 1987 Federal Institute for Materials Research and Testing (BAM) 1990 Unification of GDR and FRG; dissolution of ASMW and AdW 1995 New direction and structure of BAM under the guideline „Safety and reliability in chemical and materials technologies”
2006 After further external assessment (by the German Scientific Council among others) BAM‘s profile was further developed as a departmental research establishment of the German Federal Republic for safety in technology and chemistry.
Departments
1 Analytical Chemistry; Reference Materials
2 Chemical Safety Engineering
3 Containment Systems of Dangerous Goods
4 Materials and the Environment
5 Materials Engineering
6 Materials Protection and Surface Technologies
7 Safety of Structures
8 Non-Destructive Testing
9 Component Safety
S Accreditation, Quality in Testing
Our key areas
Analytical chemistry
Isotope analysis for the elements boron, strontium and lead in foodstuff with thermal ionisation mass spectrometer: an EXIST spin off (Technology transfer)
Horizontal gel electrophoresis for the separation of complex protein molecules in the electric field (improvment of analytical methods in cancer research)
Characterisation of nanocrystalline fluorescence dyes(Reference material)
Safe handling of dangerous materials and dangerous goods
Drop test facility with a maximum load capacity of 200 tons at BAM TTS
Heatable high pressure autoclave to determine auto- ignition temperatures of gas mixtures
Developed by BAM scientists: Patented seal for road transport tanks and railway tank waggons
Safe and environmentally compatible use of materials
Efficacy testing of wood preservatives in use against termites
Laser printer in a 5 m3 emission chamber: New test procedure to award the quality label „Blue Angel“ for particle emissions
Carbon fibre composite for aircraft wing after overload testing
Safe operation of technical systems and processes
Calibration of fibre optic sensors used for lang-term monitoring of structures and industrial plants with a high risk potential or with unique safety requirements
Wind turbines at sea and ashore: Researching the structural behaviour of foundations and rotor blades; monitoring
Lightweight construction panel which shall be used for lightweight constructions in Africa after overload testing
Damage mechanism and damage analysis
Investigation of cracking in concrete pavements by alkali-silica reaction (ASR)
„BetoScan“ Robot system for non- destructive testing in civil engineering using e.g. eddy current, radar, microwave sensors
Component testing facility and tandem submerged-arc welding system