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Vladimir A. Nikiforov

Senior Scientist

+47 402 06 617

+47 63 89 82 89

Environmental Chemistry and Health Effects

Fram Centre, Tromsø

van@nilu.no

Vladimir-Nikiforov

About

Vladimir Nikiforov is a synthetic organic, organofluorine and physical organic chemist by background. In addition, he has 30+ years of experience in environmental chemistry with emphasis on trace organic analytical chemistry.

His key expertise and research interest are: QSAR, PFAS, NTS, SVOC, suspect screening, microplastic, synthesis of standards, method development, GC, LC, MS, NMR, Fate model, transformation products, reactivity of organic molecules, transformation kinetics, transformation reactivity, transformation persistency, UV-compounds, tire additives, air sampling, air monitoring, Arctic pollution, derivatization method, structure elucidation, international regulation, and chemical education.

Publications at NILU

Plastforurensing; globale kilder har konsekvenser for Arktiske strøk, mot internasjonal forståelse og utdanning (PlastPoll2021)

Vi finner marint plastavfall overalt, men det eksisterer fortsatt store kunnskapshull om geografisk distribusjon og kilder, samt effekter på økosystemet og hvilke metoder som fungerer best for å identifisere og […]

Project period: 2021 – 2026

Ongoing

Intelligent saneringssystem for fjerning av skadelige forurensninger i vann ved hjelp av modifisert karbonskum (i-CLARE)

The goal of i-CLARE is to design and produce the electrochemical water treatment system, with implemented artificial intelligence procedures dedicated to identifying and learn the most efficient operating parameters to […]

Project period: 2020 – 2023

Concluded

Analysemetoder for kvantifisering av nano- og mikroplastpartikler og deres nedbrytning i marint miljø (ANDROMEDA)

Current methods for microplastic (MP) analysis can be divided into low-cost versus more advanced methods. ANDROMEDA recognizes that further development and validation is needed for both approaches. Low-cost methods are […]

Project period: 2020 – 2023

Concluded

Plastforurensing; en global utfordring for en harmonisert forståelse, utdanning og metoder i Europa, USA og Kina (PlastPoll)

Being a fast developing field of research of increasing complexity, education on the impact and fate of MP pollution is lacking behind both in teaching, state-of-the art research as well […]

Project period: 2018 – 2021

Concluded

Plastforurensing; globale kilder har konsekvenser for Arktiske strøk, mot internasjonal forståelse og utdanning (PlastPoll2021)

Vi finner marint plastavfall overalt, men det eksisterer fortsatt store kunnskapshull om geografisk distribusjon og kilder, samt effekter på økosystemet og hvilke metoder som fungerer best for å identifisere og […]

Project period: 2021 – 2026

Ongoing

Intelligent saneringssystem for fjerning av skadelige forurensninger i vann ved hjelp av modifisert karbonskum (i-CLARE)

The goal of i-CLARE is to design and produce the electrochemical water treatment system, with implemented artificial intelligence procedures dedicated to identifying and learn the most efficient operating parameters to […]

Project period: 2020 – 2023

Concluded

Analysemetoder for kvantifisering av nano- og mikroplastpartikler og deres nedbrytning i marint miljø (ANDROMEDA)

Current methods for microplastic (MP) analysis can be divided into low-cost versus more advanced methods. ANDROMEDA recognizes that further development and validation is needed for both approaches. Low-cost methods are […]

Project period: 2020 – 2023

Concluded

Plastforurensing; en global utfordring for en harmonisert forståelse, utdanning og metoder i Europa, USA og Kina (PlastPoll)

Being a fast developing field of research of increasing complexity, education on the impact and fate of MP pollution is lacking behind both in teaching, state-of-the art research as well […]

Project period: 2018 – 2021

Concluded

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