Manfred Ringpfeil

Technische Universität Berlin

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Co-Authors

Ulrich Behrens

Universität Hamburg

Volker Kempe

AMS (Austria)

Erich Gundermann

Max Planck Institute for Astrophysics

Aharon Kessel

Bnai Zion Medical Center

Walter Leipnitz

Würth Elektronik (Germany)

B. Heinritz

Czech Academy of Sciences, Institute of Biotechnology

Dieter Klaua

Würth Elektronik (Germany)

Ablauf Organisch-Chemischer Reaktionen

Textron Systems (United Kingdom)

Neurobiologie Reihe

Textron Systems (United Kingdom)

Rolf Borsdorf

Leipzig University

Cooperative Institutions

Würth Elektronik (Germany)

233

Internationale Akademie Berlin

216

Laboratoire de Chimie Moléculaire et Thioorganique

197

GP Forschungsgruppe

184

Textron Systems (United Kingdom)

182

Biologie Labor

115

Max Planck Institute for Astrophysics

Quanta System (Italy)

Leipzig University

77 Elektronika (Hungary)

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Zur Nutzung von Erscheinungen an biogenen Grenzflächen in industriellen mikrobiologischen und biochemischen Prozessen

De Gruyter eBooks (1977)

Manfred Ringpfeil

Zur Nutzung von Erscheinungen an biogenen Grenzflächen in industriellen mikrobiologischen und biochemischen Prozessen was published in Physikalisch-chemische Forschungen an Festkörpergrenzflächen on page 47.

10.1515/9783112504321-010

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Citations (0)

Reviving Industrial Microbial Protein Production

Industrial Biotechnology (2016)

Manfred Ringpfeil

Industrial Production

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10.1089/ind.2016.29058.mri

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Citations (2)

11.1. Aufbereitung der Proben

De Gruyter eBooks (1964)

Ulrich Behrens Manfred Ringpfeil

10.1515/9783112590683-020

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Citations (2)

7.1. Akzeptoren

De Gruyter eBooks (1964)

Ulrich Behrens Manfred Ringpfeil

10.1515/9783112590683-010

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Frontmatter

De Gruyter eBooks (1980)

Manfred Ringpfeil Lothar Dimter Akademie-Verlag Heinrich Scheel

10.1515/9783112611142-fm

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Masthead

Acta Biotechnologica (1989)

Manfred Ringpfeil G Vetterlein

10.1002/abio.370090301

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Handling Climate Change – Establishing Waste CO₂ Management A View from Biotechnology

Chemie Ingenieur Technik (2015)

Manfred Ringpfeil

Abstract The biggest material flows induced by industry are realized in energy production. Coal, oil and gas as raw material streams are moved from their deposits to their further converting. From there product streams are branched out. However, the biggest material flow of this industry is waste CO 2 mobilized by chemical conversion from fossil deposits and released into the atmosphere. A waste management is urgently needed to reduce the amount of this flow, to neutralize its effects on environment and to establish applications yielding a return. Natural backflow of CO 2 from the atmosphere to the biosphere waits for completion by industrial methods in order to shift it to a dimension equalizing the finally unavoidable amount of waste CO 2 flow into the atmosphere.

Backflow

10.1002/cite.201500005

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Citations (2)

ChemInform Abstract: BIOTECHNOLOGY ‐ STATUS AND DEVELOPMENT

Chemischer Informationsdienst (1977)

Manfred Ringpfeil

10.1002/chin.197748390

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The Biotechnological Relevance of Regulation of Microbial Secondary Metabolism (in German)

De Gruyter eBooks (1990)