• Blog Comments Off on Diets That Help with Gout

    I am starting to develop problems with gout, and I am afraid that it is going to really change my life if I can’t stop this disease and reverse its course. My hands are already starting to become disfigured from the inflammation associated with gout. That has led me to look up information on craysor.com on dairy and gout and try to learn about different foods that can help to prevent gout and to get rid of it, once you have already started to develop it.

    I am not sure if the debilitation that has already occurred can be reversed. But at the least, I think that steps can be taken to ensure that it does not get worse than it already is. I have seen people with really severe gout, and often times they look like they have barely functional hands. Continue reading »

  • Sponsors Comments Off on Sponsors

    Please visit our current sponsors. You need more information about the possibilities and advantages of your sponsorship? Please read on mentioned below.

    Since 1992, in an intervall of two to three years, scientists and practitioners do meet on the initiative of the IGV GmbH and the European Society of Microalgal Biotechnology in an international and well regognized algal biotechnology conference, to discuss progresses on the fields of microalgal use in food, agriculture, environment, pharmacy, and cosmetics.

    Meet the leading scientist.

    This workshop established an interface between basic research of scientific institutions, the resulting developments, application possibilities, and it’s production-technologies in companies working in the microalgal-biotechnology industry. You will have the opportunity to meet the leading scientist in the field of microalgal research as well as many interesting industry partners.

    To enable students and East European scientist to participate at the workshop, we ask you to sponsor the arising costs for those scientists.

    Please do support us.

    Because of the complex offers during our workshop the arising costs couldn’t be financed solely through workshop fees and us. We do need your help to make this workshop a success.

    Choose your “Sponsoring packages”.

    You can choose from different kinds of sponsoring packages. Of course we will be open to other individual wishes. The overview you can find here.

    We thank you very much for your sponsorship already in advance and we hope to hear from you soon.


  • Sponsors Comments Off on Sponsoring packages
    You can choose from different kinds of “Sponsoring packages” as follows. Do you have more individual wishes? Please don’t hesitate to contact us.


    Supporter Sponsor Package A

    The sponsoring includes:

    1. presence of corporate logo on the internet page of the workshop
    2. use of the sponsoring for own communication purposes

    Price EUR 2000


    Silver Partnering package B

    The sponsoring includes:

    1. presence of corporate logo on the internet page of the workshop
    2. use of the sponsoring for own communication purposes
    3. incl. 1 conference ticket

    Price EUR 3500.


    Gold Partnering package C

    The sponsoring includes:

    1. presence of corporate logo on the internet page of the workshop
    2. exhibition area or presentation space (2m²) with power supply in the foyer of the IGV
    3. use of the sponsoring for own communication purposes
    4. possibility to give a 10 min company presentation during the conference
    5. incl. 2 conference tickets

    Price EUR 7000.


    Diamond package D

    The sponsoring includes:

    1. presence of corporate logo on the internet page of the workshop and all print documents
    2. exclusive naming and promotion of one of our key events (Welcome drink, Gala Dinner, Award)
    3. exhibition area or presentation space (4m²) with power supply in the foyer of the IGV
    4. use of the sponsoring for own communication purposes
    5. possibility to give a 20 min company presentation during the Workshop
    6. incl. 3 conference tickets.

    Price min. EUR 10,000.

  • Program Comments Off on Program

    Program June 4, day 1


    • June 4

      Welcome address from the organizers Peter Krteschmer, CEO IGV GmbH, Günther Schulz, President of the University of Applied Sciences Lausitz and Vince Ördög, professor at the Univeristy of West-Hungary

      Vision: Where we are and will go by Otto Pulz

      Session 1 – Photosynthetic efficiency (PE)

      Amos Richmond, Emeritis Ben Gurion University of the Negev, Israel, Strong  light  dilution – a  major  key  for  peak  photosynthetic  efficiency  in  mass  cultivation  of  microalgae

      Qiang Hu, Arizona State University, USA, still open

      John Benemann, MicroBio Engineering, Inc., Photosynthetic Efficiency and Biomass Productivity of Microalgae Mass Cultures

      Marcel Jannsen, Wageningen University, The Netherlands, Maximal photosynthetic efficiency of microalgae growth

      Seyedeh Fatemeh Mohnsenpour, Heriot-Watt University, UK, Investigation of the effect of light wavelength conditions on microalgae growth rates and photosynthetic pigmentation production


      Session 2 – Biodiversity of phototrophic organisms

      Vince Ördög, University of West Hungary, Hungary,Promising lipid producing microalgal strains in the Mosonmagyaróvár Algal Culture Collection

      Jürgen Polle, Brooklyn College of CUNY, USA, Discovery and Development of Strains of Microalgae for Phototrophic Biofuels Applications

      Avigad Vonshak, Ben-Gurion University of the Negev, Israel, Strain selection for mass production of algal biomass in out-door systems: Concept and findings

      Olumayowa Osundeko, University of Manchester, UK,Isolation and characterisation of microalgae from municipal wastewater for sustainable biodiesel production

      Serge Zagermann, Leibniz University Hannover, Germany, A low-cost approach for large algal screening experiments


      Session 3  – PBR designs

      Otto Pulz, IGV GmbH, Germany, Light, microalgae & photobioreactor

      Rosa Rosello Sastre, KIT, Germany, Solarbiofuels Research Centre

      Stephan Matthes, Anhalt University of Applied Sciences, Germany, Biogenic Design of a Flexible, Tubular Photobioreactor for the Large Scale Production of Microalgae

      Peter Bergmann, Subitec GmbH, Germany, Cultivation of thermotolerant and thermophilic phototrophic microorganisms in Subitec‘s flat-panel-airlift (FPA) photobioreactor in view towards cost reduction and sustainability enhancement


      Additional scientific speed talking session & poster session & Industry exhibition

      Gala Dinner at Belvedere on the Pfingstberg, Potsdam

    Program June 5, 2012


    • June 5

      Session 4 – Molecular biological approaches

      Bernard Kudla, Eco-Solutions SA, France, Optimized Natural Evolution “One” Powerful approach for microorganisms improvement

      Birgit Arnholdt-Schmitt, University of Évora, Portugal,A functional molecular marker approach to improve ‘balanced algal productivity’ – the case of Chlorella vulgaris

      Thorsten Heidron, Bioforsk, Norway, Design and characterization of molecular tools for a Synthetic Biology approach towards developing cyanobacterial biotechnology

      Peter Waldeck, IGV GmbH, Effects of acetate feeding on lipid accumulation and photosynthesis in Chlamydomonas reinhardtii


      Session 5  – High value products- backbone of traditional microalgae biotechnology

      Sammy Boussiba,  Ben-Gurion University of the Negev, Israel, Commercial production of high value product from microalgae

      Ana Santos, University of Coimbra, Portugal, Biomass productivity and fatty acid accumulation of Neochloris oleoabundans under alkaline-saline conditions

      Koen Goiris, KAHO Sint-Lieven, Belgium, Phenolics in microalgae: a forgotten fraction with high antioxidant potential

      Mike Fahrwick, EVONIK Industries AG, Germany, Algae in cosmetic application

      Frederika Gulfot,  Simris ALG AB, Sweden, Blue is the new green: the market promise of microalgae


      Session 6  – Biofuels: potentials vs. limitations  

      Jean Ballandras, AKUO, France, Building a peak production electricity model with Micro algae biofuel

      Still open EADS, France,

      Pat Leung, CRI Catalyst Company, USA, Hydrocarbon Fuels from Biomass using IH2 Technology

      Mario Tredici, University of Florence, Italy,Integration of photosynthesis and photovoltaics allows to achieve a positive energy balance of algae-fuel production

      Michael Kroeger, Deutsches Biomasseforschungszentrum gemeinnützige GmbH (DBFZ), Germany, Overview on biofuel production pathways for algae

      Nita Rukminasari, Hasanuddin University, Indonesia,Enhanced lipid production of three microalgae Dunaliella tertiolecta, Nannochloropsis sp and Scenedesmus sp by manipulating of cultivation condition

      Anne Klok, Wageningen University and Research Centre, The Netherlands, Continuous TAG production by the green microalga Neochloris oleoabundans under nitrogen limited conditions

      Additional poster session + Industry exhibition + Tour through the labs

      Summer BBQ at HQ IGV



  • Location Comments Off on Location-Contact


    The venue place of the conference IGV GmbH which is situated in Brandenburg, on the outskirts of the regional capital Potsdam and the German capital Berlin. Nuthetal is well connected and can be reached easily by various means of transport.

    Map information (GPS)
    Lat  52:21:12N  (52.35324)
    Lon 13:06:17E  (13.10486)

    How to reach us

    By car.

    Nuthetal / Bergholz-Rehbruecke is situated near the motor way A115, which connects  Berlin with the interchange Nuthetal (A10 / Berliner Ring). Please exit at “Saarmund” and follow the signs in direction to Potsdam. 200 m behind the petrol station you arrive at the IGV.

    By train.

    The IGV is located  app. 5 walking minutes from the station Potsdam-Rehbruecke. Regular train connections will bring you to the Berlin main station (Berlin Hauptbahnhof) in app. 30min. Other public transport is available like trams (connection time to the Potsdam main station 10min) or by bus.

    By plane.

    Due the delay of the opening of BER Berlin Brandenburg the old Berlin airports Tegel and Schönefeld will stay in operation. From these airports you have access to public transport or taxi.

    Hotel Accommodation

    Please arrange your travel and the hotel by yourself in time.

    There are two airports in Berlin. The distance to the Potsdam city center is from the Tegel airport 33 km and from the Schoenefeld Airport 56 km.

    This year we again work togehter with Potsdam Tourism Service, which can help you with making reservations. We agreed on several discounts with local hotel.

    Nonetheless we will offer as in the last years a shuttle service from the hotel Mercure.

    You can make the reservation whether using the link below or by printing and filling out the pdf. Please mention the following code: TMB 00020080010547576.

    Link to the hotel reservation.

  • Downloads Comments Off on Download of released lectures

    This a password restricted area . The following pdf had been released by their auhors and are now availble for download. Please note that after you downloaded the file and closed the browser window the login data will be requested each time.

    Where we are and we will go

    Author: Otto Pulz, IGV GmbH, Germany

    Description: An overview about research activities in the past and an outlook on future projects in microalgal biotechnology. …

    Photosynthetic Efficiency and Biomass Productivity of Microalgae Mass Cultures

    Author: John Benemann, MicroBio Engineering Inc., USA

    Description: The high capital and operating costs of microalgae cultivation, harvesting and processing require very high productivities, greatly exceeding those of terrestrial crops. The maximum achievable photosynthetic efficiency, and thus biomass productivity, of microalgae cultures has been controversial for nearly a century and is still unresolved, as evidenced from recent peer reviewed literature. …

    Maximal photosynthesic efficiency of microalgae growth

    Author: Marcel Janssen, Wageningen University, The Netherlands

    Description: Large-scale efficient microalgae production processes can provide food and feed additives, biochemicals, and biofuels. Current challenges are both related to up-scaling and cost reduction, as well as breeding and genetic engineering of microalgae production strains. A benchmark of the success of the different approaches is the maximal productivity which can be expected when all biophysical and biochemical processes of photoautotrophic growth run at maximal efficiency. …

    Strong light dilution – a major key for peak photosynthetic efficiency in mass cultivation of microalgae

    Author: Amos Richmond, Emeritus Ben Gurion University, Israel

    Description: Along some 60 years of research in mass cultivation of microalgae , we do not have yet the know-how to produce , cost-effectively , a microalgal commodity ,i.e. an economic alternative for food , feed or fuel . …

    Promising lipid producing microalgal strains in the Mosonmagyarovar Algal Culture Collection

    Author: Vince Ördög, University of West-Hungary, Hungary

    Description: The Mosonmagyaróvár Algal Culture Collection (MACC) is the 5th largest culture collection in Europe with 960 strains (610 Chlorophyta and 350 Cyanophyta). It is an important resource in the research for potential microalgal strains for biodiesel production. Growth and chemical composition of green algal strains were investigated to select the most promising strains, and to further advance our knowledge on lipid production in algal cells. …

    Discovery and development of strains of microalgae for phototrophic biofuels applications

    Author: Jürgen Polle, Brooklyn College of CUNY, USA

    Description: Microalgae belong to very diverse groups of photosynthetic organisms. However, out of thousands of known species of microalgae, still onlya few strains are exploited in mass culture.For development of new strains several major paths can be taken either independently or in conjunction: 1) Discovery of novel strains isolated from natural habitats, 2) selection of existing strains for specific traits, 3) breeding of strains, and/or 4) genetic engineering. …

    A low-cost approach for large algal screening experiments

    Author: Serge Zagermann, Leibniz University Hannover, Germany

    Description: Microalgae are of growing interest for diverse industrial applications due to their manifold metabolic capabilities. Considering the fact, that only a few algal species are used in most of the algae-based bioprocesses, the following question arises: why is this the case?Difficulties lie in the need for characterization of novel organisms and the resulting problems. …

    Cultivation of thermotolerant and thermophilic phototrophic microorganisms in Subitec‘s flat-panel-airlift (FPA) photobioreactor in view towards cost reduction and sustainability enhancement

    Author: Peter Bergmann, Subitec, Germany

    Description: The demand for plant biomass as a consequence of the steadily increasing global population, the trend in food intake towards more protein rich nourishments and the need for next generation biofuel sources mount continuously but the availability of arable land is stagnating or even decreasing due to development and degradation. This trend also goes, next to environmental reasons, hand in hand with a proceeding scarcity of freshwater…

    Biogenic design of a flexible, tubular photobioreactor for the large scale prooduction of microalgae

    Author: Stephan Matthes, Anhalt University of Applied Sciences, Germany

    Description: Microalgae are a natural source containing a tremendous amount of valuable compounds. The production of microalgae at industrial scale is up to now mostly performed in open ponds limiting the use of its products because of high contamination risks. In addition, low biomass productivities and high water losses by evaporation have to be faced with, leading to the need of different ways oflarge scale microalgae production.

    Showcase Calipatria Campus

    Author: Miguel Olaizola, Synthetic Genomics, USA

    Description: Recently, Synthetic Genomics took ownership of a historic algal research facility located near Calipatria, California, in the Southwest United States. The Calipatria Campus is a 32 ha. algal research and production facility located in the low desert area of Imperial County near the Salton Sea. The site has been selected for scale up research of technology developed at small scale at Synthetic Genomics’ La Jolla facilities..

    Light, microalgae and photobioreactors

    Author: Otto Pulz, IGV GmbH, Germany

    Description: Recent developments in mass production of microalgae as phototrophic microorganisms are demonstrated.In recent years there arose an urgent need for new solutions for phototrophic biotechnology out of the development of technologies for carbon capture (CO2) and bioenergy.The most widespread technology for the mass production of microalgae in raceway ponds is with a productivity of 15 – 20 g/m²*d not productive enough to fit in the demands of CO2-emitting companies like power plants….

    Solarbiofuels Research Centre

    Author: Rosa Rosello, KIT Karlsruhe Institute of Technology, Germany

    Description: The rational design of phototrophic bioprocesses is progressing successfully as a result of the existing programs with focus on screening, molecular- and microbiology as well as process engineering. Nevertheless, until now there is not sufficient and reliable data available about long term productivities or direct comparison between different microalgae species and bioreactors, especially for outdoor cultivation conditions. This information gap should be counterbalanced by the SolarBiofuelsResearchCenter in Brisbane.. …

    Design and chracterization of molecular tools for a synthetic biology approach towards developing cyanobacterial biotechnology

    Author: Thorsten Heidorn, Bioforsk, Norway

    Description: Cyanobacteria are suitable for sustainable, solar-powered biotechnological applications. Synthetic biology connects biology with computational design and an engineering perspective, but requires efficient tools and information about the function of biological parts and systems. …

    Optimized Natural Evolution “One” Powerful approach for microorganisms improvement

    Author: Bernard Kudla, Eco-solutions SA, France


    Eco-Solution will present its Optimized Natural Evolution (ONE) technology which generates microorganisms variants with greater performances through long-term automated selective cultures. Basis of ONE will be described as well as its major characteristics. Results obtained with microalgae and bacteria for different domains of application will be given. Effectiveness of ONE as a complementary approach of Genetic Engineering and Exploration of Biodiversity will be discussed. …

    Effects of acetate feeding on lipid accumulation and photosynthesis in Chlamydomonas reinhardtii

    Author: Peter Waldeck, IGV GmbH, Germany

    Description: Chlamydomonas can be grown mixotrophically on acetate which is used for the generation of energy equivalents and carbon skeletons for the metabolism of the living cell. Prior to its utilization, acetate is activated to acetyl-CoA by various reactions catalyzed directly by acetyl-CoA synthetase or pyruvate dehydrogenase. …

    Phenolics in microalgae: a forgotten fraction with high antioxidant potential

    Author: Koen Goiris, KAHO Sint-Lieven, Belgium

    Description: Over the last decades, many researchers have acknowledged the antioxidant potential of microalgae. Most of the research on antioxidant properties of microalgae has focused on the carotenoid fraction or on enzymatic antioxidant response. Much less is known about the antioxidant properties of the (poly)phenolic fraction. The objective of our work was to evaluate the contribution of phenolics to the antioxidant activity of microalgae …

    Hydrocarbon fules from biomass using IH2 technology

    Author: Pat Leung, CRI Catalyst Company, USA

    Description: Developed by the Gas Technology Institute (GTI), the IH2 process is an exciting new thermochemical process that converts a broad range of inedible biomass—wood, agricultural residues, algae (macro- and micro-), municipal solid wastes, energy crops and aquatic plants—directly into gasoline, diesel and jet range fuels and blend stocks. …

    Recovering nutrients from an algal biofuel production process

    Author: Mariluz Bagnoud-Velásquez, Ecole Polytechnique Fédéral de Lausanne, Switzerland

    Description: We are currently working towards demonstrating the technical and economic feasibility of an innovative process “SunCHem”, for methane production via hydrothermal processing of microalgae. The process is envisioned as a closed-cycle with respect to nutrients, water and CO2. These are separated and reused for microalgae growth thereby resulting in unprecedented energy efficiency for both algae and fuel production. …

    Overview on biofuel production pathways for algae

    Author: Michael Kroeger, DBFZ, Germany

    Description: One of the challenging tasks is the sustainable energy supply from renewable biomass in the national and international context. A critical point is the environmental friendly production and utilisation of biofuels with minimal adverse effect on the native environment, especially mitigation of green house gas emissions. To overcome this challenge, several innovative ideas have been suggested by the scientific and industrial community for an alternative biofuel production. …

    Harvesting performance guarantees per algae strain

    Author: Pieter Boelens, Evodos Inc., The Netherlands

    Description: The objective is to present he benefits of the Evodos harvesting technology. In summary, expressed will be the quality of the harvested algae, the ease of operations of the Evodos equipment and the financial benefits. This all is added with a performance guarantee because Evodos is extremely confident of the excellent performance. …

    From micro-algae discovery to biomass production in photobioreactors and its industrial valorisation

    Author: Clemence Boulaigre: Phycosource S.A.R.L., France

    Description: In spite of the huge potential of micro-algae, they generate only few innovations, in need of resources dedicated to applied research and economically feasible solutions for production.Recently, the development of sealed photobioreactors has allowed the production in large scales of promising micro-algae species which are hardly cultivable in open ponds. …

    Recycling black water nutrients by algae-based photobiodegradation

    Author: Tania Fernandes, Netherlands Institute of Ecology (NIOO-KNAW), The Netherlands

    Description: The Dutch Institute of Ecology (NIOO-KNAW) new building has implemented a new sanitation concept where black water (toilet water) and grey water (shower/washing water) are separated at source, therefore facilitating nutrient recovery, reducing drinking water consumption, generating bioenergy and a valuable algal biomass product. …

    Outdoor biomass production of Scenedesmus obliquus in solar tracked flat panel photobioreactors under temperate climate conditions

    Author: Stefan Hindersin, University Hamburg, Germany

    Description:Biomass productivity of the microalgae Scenedesmusobliquus was investigated outdoors in solar tracked flat panel photobioreactors (PBR) during the seasons in Northern Germany. An automated process control unit regulated the temperature, pH value and nutrient concentration in the culture medium. …

    Marine Drug Discovery – Antiviral active sulfoquinovosyldiacylglycerides from phototrophic microorganisms

    Author: Barbara Klein, Friedrich Alexander University Erlangen, Germany

    Description: The human β-herpesvirus cytomegalovirus (HCMV) causes some of the most fatal diseases for immunocompromised patients. Insufficient methods of treatment, resistance of antiviral drugs and undesired side effects make it necessary to screen for new potential drug candidates like phototrophic microorganism. …

    Seasonal variation of lipids and fatty acids of the microalgae Nannochloropsis oculata grown outdoors in large-scale photoreactors?

    Author: Martin Oloffson, Linnaeus University, Sweden

    Description: Oil-producing microalgae are a potential feedstock for the biodiesel industry. Whereas focus usually is on nutrient manipulation to boost lipid content, we investigated the seasonal variations of lipid content and composition in microalgae from large-scale cultivation. …

    Energy balances of different photobioreactor- and process designs for algae biofuel production

    Author: Anika Weiss, Karlsruhe Institute of Technology, Germany

    Description: The design of photobioreactors plays a crucial role for the energy balance of biofuels production with microalgae. Novel concepts like surface enlargement, thin culture layers and decreased mixing energy with laminar flow regime are being discussed to increase algae productivity and enhance the energy balance. Moreover, the up- and downstream processes of algae biofuels production can contribute largely to the energy balance and they partially depend on the reactor design…

  • Content Comments Off on Imprint
    Contents and Operator:

    IGV Institut für Getreideverarbeitung GmbH
    Arthur-Scheunert-Allee 40/41
    D-14558 Nuthetal OT Bergholz-Rehbrücke


    Phone: +49 (0) 33200 89-0
    Fax: +49 (0) 33200 89-220
    eMail: igv-office@igv-gmbh.de

    Web: www.igv-gmbh.com


    Authorised managing director: Herr Dr. Dipl.-Ing. Peter Kretschmer.

    VAT Identification pursuant to §27a Value-Added Tax Act: DE171022945
    Register court: Amtsgericht Potsdam – Registry number: HRB 7611

     General terms and conditions IGV GmbH

    Layout and Integration:

    team@work Systemhaus GmbH
    Wackenbergstr. 84-88
    D-13156 Berlin

    Phone: +49 (0) 30 2903 9822
    Fax: +49 (0) 30 2903 9823
    eMail: info@teamatwork.de
    web: http://www.teamatwork.de


    Legal notice

    When you enter personal information, you allow store and use within the meaning of the German data protection act us so. This information are affectionated to people and used confidential. A contradiction and a delete of your personal data is possible at any time.

    Text, images and graphics and design and layout of these pages is subject to worldwide copyright. Copyright © IGV GmbH

    For all on the website information IGV GmbH does not guarantee. This information does not constitute a guarantee or warranty, whether express or implied. Also cannot IGV GmbH guarantee also that their website is always free from viruses.

    The website and possible downloads offer mostly only general information. Liable for the content is explicitly rejected. It is general information, tailored to specific needs of certain individuals, companies or organizations.

    Never the IGV GmbH as author/publisher for special or indirect damages be liable. This applies also for consequential damages, other damages or lost profits, arising out of or in connection with using documents available on this website or information.

    All rights to trademarks and brand terms, which on these Web pages are referred names and terms, with the respective trademark holders.

    Liability notice: Despite careful examination we assume no liability for the content of external links. Solely responsible for the content of linked sites.


  • Content Comments Off on Become an exhibitor

    The 9th European workshop “Biotechnology of Microalgae” will present an industrial exhibition on June 4 and 5.

    The exhibition area is in the entrance area were all participants have to pass through. The average size of the booths is 2 or 4m². Please find here the exhibitor information.

    If you are interested in exhibition space please contact Ms. Antje Boback via Mail.

    We will be happy to send you more information.

  • Content Comments Off on Call for papers


    The submitted abstract will be published in the book of abstracts. Please indicate if the abstract will be presented as paper or poster and the section you are submitting for.

    Please keep to the following guidelines:

    • Corresponding author: Please enter the name of the corresponding author and the according mail-adress and affiliation. The author name should have the style: “Lastname, Initial” (for example: Pulz, O.)
    • Authors & affiliation: Please enter the Authors name and the according affiliation in succeeding order.
    • The abstract should not exceed one page of A4 paper (about 1.400 characters) and should describe the objective, major results and conclusions of the research.
    • Deadline for submission: March 31, 2012

    In case you are unable to fill in your presentation on the website please send it by mail to:boback@igv-gmbh.de. In this case the DOC / DOCX file name should consist of the presenting author and the date of sending.


  • Blog Comments Off on Contact – Thank you

    Your data were sucessfully submitted. We will come back to you shortly. For further questions please don’t hesitate to contact us via Mail.

    Best regards
    Antje Boback

  • Contact Comments Off on Antje Boback
    IGV Institut für Getreideverarbeitung GmbH
    Arthur-Scheunert-Allee 40/41
    D-14558 Nuthetal OT Bergholz-Rehbrücke
    Telephone: +49 (0) 33200 89-0
    Fax: +49 (0) 33200 89-220


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