| Academic degree: | Dr. |  | | Last name: | Luthardt | | First name: | Peter | | Responsible for: | ESPR-Area 4.1: Environmental sciences education; ESPR-Area 6: Environmental analyses, monitoring, health | | Organization/Institute: | münster analytical solutions gmbh | | Department: | Technologiepark Münster | | Position: | Geschäftsführer | | Street, Number, POB: | Mendelstr. 11 | | Postal code, City: | D-48149 Münster | | State: | | | Country: | Germany | | Phone: | +49 (0) 251-980-2405 | | Fax: | +49 (0) 251-980-2401 | | E-mail address: | p.luthardt@mas-tp.com | | Url: | http://www.mas-tp.com | | Curriculum vitae: | Dr. Peter Luthardt
münster analytical solutions gmbh
Technologiepark Münster
Geschäftsführer
Mendelstr. 11
48149 Münster
Deutschland
ESPR-Principal Subject Editor:
Environmental Analyses, Monitoring, and Sampling
Curriculum Vitae
Dr. Peter Luthardt obtained a masters degree in Chemistry from the University of Muenster, Germany, in 1986, and a Ph.D. at the Institute of Organic Chemistry (main focus: Computational Chemistry) at the same University in 1989.
In 1989 he joined the GfA Gesellschaft für Arbeitsplatz- und Umweltanalytik mbH where he finally helt the position as managing director from 1999 to 2004 developing the company to Europe’s market leader for dioxin analyses.
His main expertise is in the field of Persistent Organic Pollutants (POPs), especially Dioxins and Furans as well as PCBs in food chain and the entire environment.
His work was resp. is accompanied by studies of History and Journalism where he intends to put his main future emphasis.
Dr. Luthardt has authored 40 scientific publications and is invited lecturer at the University of Orléans, France.
Commencing January 2004, he joined the board of associate editors of ESPR. He is responsible for Dioxins, PCBs and endocrine disruptors in the environment as well as environmental thermodynamics by computational chemistry.
Since mid-2005:
münster analytical solutions gmbh
Technologiepark Münster
Mendelstr. 11, 48149 Münster, Germany
Managing directors:
Franz B. Jöne, Dr. Peter Luthardt, Dr. Armin Maulshagen, Dr. Stephan Hamm
E-mail: contact@mas-tp.com | | Areas of interest: | | Tributylzin (TBT) | | persistent organic pollutants (POPs) | | PCBs (polychlorinated biphenyls) | | environmental thermodynamics | | endocrine effects of chemicals | | dioxins | | |
| | Articles: | 14 ESPR (6) 354 (2007), Subject Editor: Peter Luthardt - Subject Area 4.1: Environmental Sciences Education
17 UWSF (4) 258-259 (2005), DIOXIN 2005 und ISPAC-20: Ein ´Double Event´ - 25th Int. Symp. on Halogenated Environmental Organic Pollutants and POPs - 20th Int. Symp. on Polycyclic Aromatic Compounds, 21. bis 26. August 2005 in Toronto, Kanada
12 ESPR (2) 61 (2005), ESPR – A Journal for our Time
16 UWSF (3) 214 (2004), K.I.S.S. oder ´Wie man wissenschaftliche Ergebnisse präsentiert´
13 UWSF (6) 347-352 (2001), Tributylzinn auf dem Weg zu den ´Top of the POPs´?
1 EHS (6) 1-6 (2001), Dioxin/Furan Combustion Profiles in Flue Gas from High-Temperature Processes, Part 3: A Proof for the Mono-Mechanical Course? ThermoStat instead of De Novo Synthesis for the Dirty 17
1 EHS (6) 1-7 (2001), Dioxin/Furan Combustion Profiles in Flue Gas from High-Temperature Processes, Part 2: Approach to a Thermodynamically-Controlled Reaction Variant by Means of the Semi-Empirical Molecular-Orbital Method Using the MOPAC Package of Programmes
1 EHS (6) 1-7 (2001), Dioxin/Furan Combustion Profiles in Flue Gas from High-Temperature Processes, Part 1: Basics of the Origin and the Characteristic of Profile of Different Types of Plants
13 UWSF (2) 95-101 (2001), Dioxin-/Furan-´Verbrennungsprofile´ in Abgasen aus Hochtemperaturprozessen. Teil III: Ein Beweis für die monomechanistischen Verlauf? ThermoStat-Synthese statt De Novo für die dirty 17
12 UWSF (4) 215-219 (2000), Dioxin-/Furan-´Verbrennungsprofile´ in Abgasen aus Hochtemperaturprozessen. Teil II: Annäherung an eine thermodynamisch kontrollierte Reaktionsvariante mittels semiempirischer Molekülorbital-Methode unter Nutzung des MOPAC-Programmpaketes
12 UWSF (3) 157-162 (2000), Dioxin-/Furan-´Verbrennungsprofile´ in Abgasen aus Hochtemperaturprozessen. Teil I: Grundlagen der Entstehung und Profilcharakteristik unterschiedlicher Anlagetpyen
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