Development of small and accurate kinetic reaction mechanisms for the synthesis and combustion of biofuels and other value-added chemicals

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Details of project

Identifier

134332

Type

Principal investigator

Nagy, Tibor

Title in Hungarian

Kicsi és pontos kinetikai reakciómechanizmusok fejlesztése bioüzemanyagok és más értéknövelt vegyületek szintézisére és égésére

Title in English

Development of small and accurate kinetic reaction mechanisms for the synthesis and combustion of biofuels and other value-added chemicals

Keywords in Hungarian

kinetikai modell, mechanizmus redukció, paraméter optimalizáció, égéskémia, heterogén katalízis, bioüzemanyagok, értéknövelt vegyületek

Keywords in English

kinetic model, mechanism reduction, parameter optimization, combustion chemistry, heterogeneous catalysis, biofuels, value-added chemicals

Discipline

Physical Chemistry and Theoretical Chemistry (Council of Physical Sciences)	70 %
Ortelius classification: Physical chemistry
Material Science and Technology (chemistry) (Council of Physical Sciences)	20 %
Chemical Engineering (Council of Physical Sciences)	10 %
Ortelius classification: Environmental chemistry

Panel

Chemistry 1

Department or equivalent

Institute of Materials and Environmental Chemistry (Research Center of Natural Sciences)

Participants

Chang, Chunping
Horváth, László
Lónyi, Ferenc
Nacsa, András Bence
Shi, Yuting
Shitebel, Amosi Makoye
Tóth, János
Turányi, Tamás
Valyon, József
Vikár, Anna

Starting date

2020-12-01

Closing date

2025-02-28

Funding (in million HUF)

39.294

FTE (full time equivalent)

24.08

state

running project