Patrícia dos Santos Neves

Assistant Researcher

Contact

Department

  • Chemistry
  • 29.3.24

Research

Links

Latest News

Short CV

Patrícia Neves (PN) graduated from the University of Aveiro, Portugal, and obtained her PhD in Chemical Engineering from the same institution in 2011, followed by postdoctoral work up to 2018. Currently, she holds the position as Assistant Researcher at CICECO. She has been interested mainly in (i) Mo- and W-containing catalytic systems for the epoxidation of olefins, oxidation of alcohols/aldehydes/sulfides, alcoholysis of epoxides and acetalisation of aldehydes, for the production of useful chemicals, and additionally (ii) acid-catalysed conversion of platform chemicals derived from pentose/hexose-based carbohydrate biomass for the production of bio-derived chemicals. She coauthored 58 papers published in SCI journals (h-index = 23) and has been collaborating with national (Lisbon, Porto, Aveiro, Évora, Algarve) and international (Poland, Ukraine) research groups. PN is PI of a 3-year project (POCI-01-0145-FEDER-030075; competitive funding) entitled "Bio-derived olefins conversion using reaction-induced self-separating catalysts" (BiOle_AcidOxCat), since July 2018. She has over 65 presentations at national and international scientific meetings, has assisted MSc and PhD students in developing the catalytic studies for their theses and is presently supervisor of two students holding a MSc degree. Scientific interests: PN made new, important contributions in the field of applied catalysis for the epoxidation of olefins available in nature or as industrial by-products (unsaturated terpenes and fatty acids), to produce useful compounds as alternatives to (non-renewable) fossil fuel-derived products. For the first time, a dinuclear oxodiperoxo complex was studied as (bio-derived) olefin epoxidation catalysts and this publication was Editor's choice for Molecular Catalysis. Her work covers homogeneous catalysis (e.g. using (a)chiral complexes, POMs, etc.), and heterogeneous catalysis (e.g. using MOFs), and, more recently, she discovered the first time the reaction-induced self-separating (RI-SS) catalytic behavior of a molybdenum-based hybrid. This molybdenum-based hybrid was a versatile RI-SS catalyst for the epoxidation of bio-derived olefins and sulfoxidation of sulfides (this paper was Editor-in-Chief's Featured Article of Journal of Catalysis). Very few RI-SS catalysts were reported until now and PN has explored this wonder field between homogeneous and heterogeneous catalysis, understanding the relationships between the structure and activity. Amongst her most important contributions to catalysis with molybdenum compounds are assessments of catalyst stability and identification of the active species formed which had been poorly investigated in previous works reported by different research groups worldwide. Other contributions have been made such as the valorisation of pentose/hexose-based carbohydrate biomass. PN uses advanced mass spectrometry techniques for the identification of products of complex reaction mixtures obtained from biomass conversion, and also from the oligomerisation of olefins to sulfur-free fuels. PN has participated in catalytic studies of industrially produced furfuryl alcohol, characterization of the catalysts and GC×GC-ToFMS studies.

Scientific interests

Homogeneous and heterogeneous oxidation catalytic processes

Reaction-induced self-separating catalysts

Acid-base catalytic reactions

Valorization of biomass through catalytic processes

Present research group

Doctor Anabela Tavares Aguiar Valente

Doctor Isabel Gonçalves

Doctor Martyn Pillinger

Doctor Margarida Antunes

Doctor Sofia Bruno

Doctor Ana Gomes 

Doctor Tatiana Amarante

MsC Martinique Nunes

MsC Diana Gomes

Teaching activity

Elementos de Química-Física -Pratical classes

Ongoing Supervisions

Diana Margarida Pereira Gomes

PhD Student

Projects

Publications

One-pot conversion of furfural to useful bio-products in the presence of a Sn,Al-containing zeolite beta catalyst prepared via post-synthesis routes

Antunes, MM; Lima, S; Neves, P; Magalhaes, AL; Fazio, E; Fernandes, A; Neri, F; Silva, CM; Rocha, SM; Eiro, MFR; Pillinger, M; Urakawa, A; Valente, AA
2015, JOURNAL OF CATALYSIS, 329, 522-537.

Synthesis and Structural Elucidation of Triazolylmolybdenum(VI) Oxide Hybrids and Their Behavior as Oxidation Catalysts

Lysenko, AB; Senchyk, GA; Domasevitch, KV; Hauser, J; Fuhrmann, D; Kobalz, M; Krautscheid, H; Neves, P; Valente, AA; Goncalves, IS
2015, INORGANIC CHEMISTRY, 54, 17, 8327-8338.

Incorporation of a dioxomolybdenum(VI) complex in a Zr-IV-based Metal-Organic Framework and its application in catalytic olefin epoxidation

Neves, P; Gomes, AC; Amarante, TR; Paz, FAA; Pillinger, M; Goncalves, IS; Valente, AA
2015, MICROPOROUS AND MESOPOROUS MATERIALS, 202, 106-114.

Solid acids with SO3H groups and tunable surface properties: versatile catalysts for biomass conversion

Russo, PA; Antunes, MM; Neves, P; Wiper, PV; Fazio, E; Neri, F; Barreca, F; Mafra, L; Pillinger, M; Pinna, N; Valente, AA
2014, JOURNAL OF MATERIALS CHEMISTRY A, 2, 30, 11813-11824.

Mesoporous carbon-silica solid acid catalysts for producing useful bio-products within the sugar-platform of biorefineries

Russo, PA; Antunes, MM; Neves, P; Wiper, PV; Fazio, E; Neri, F; Barreca, F; Mafra, L; Pillinger, M; Pinna, N; Valente, AA
2014, GREEN CHEMISTRY, 16, 9, 4292-4305.

Mesoporous zirconia-based mixed oxides as versatile acid catalysts for producing bio-additives from furfuryl alcohol and glycerol

Neves, P; Russo, PA; Fernandes, A; Antunes, MM; Farinha, J; Pillinger, M; Ribeiro, MF; Castanheiro, JE; Valente, AA
2014, APPLIED CATALYSIS A-GENERAL, 487, 148-157.

Synthesis, Structural Elucidation, and Catalytic Properties in Olefin Epoxidation of the Polymeric Hybrid Material [Mo3O9(2-[3(5)-Pyrazolyl]pyridine)](n)

Amarante, TR; Neves, P; Gomes, AC; Nolasco, MM; Ribeiro-Claro, P; Coelho, AC; Valente, AA; Paz, FAA; Smeets, S; McCusker, LB; Pillinger, M; Goncalves, IS
2014, INORGANIC CHEMISTRY, 53, 5, 2652-2665.

Investigation of a dichlorodioxomolybdenum(VI)-pyrazolylpyridine complex and a hybrid derivative as catalysts in olefin epoxidation

Amarante, TR; Neves, P; Paz, FAA; Valente, AA; Pillinger, M; Goncalves, IS
2014, DALTON TRANSACTIONS, 43, 16, 6059-6069.

Triazolyl-Based Copper-Molybdate Hybrids: From Composition Space Diagram to Magnetism and Catalytic Performance

Senchyk, GA; Lysenko, AB; Babaryk, AA; Rusanov, EB; Krautscheid, H; Neves, P; Valente, AA; Goncalves, IS; Kramer, KW; Liu, SX; Decurtins, S; Domasevitch, KV
2014, INORGANIC CHEMISTRY, 53, 19, 10112-10121.

A dinuclear oxo-bridged molybdenum(VI) complex containing a bidentate pyrazolylpyridine ligand: Structure, characterization and catalytic performance for olefin epoxidation

Amarante, TR; Gomes, AC; Neves, P; Paz, FAA; Valente, AA; Pillinger, M; Goncalves, IS
2013, INORGANIC CHEMISTRY COMMUNICATIONS, 32, 59-63.

Catalisadores ou precursores de espécies activas à base de molibdénio

Patrícia dos Santos Neves
2011, supervised by Carlos Manuel Santos Silva; Anabela Tavares Aguiar Valente.

We use cookies for marketing activities and to offer you a better experience. By clicking “Accept Cookies” you agree with our cookie policy. Read about how we use cookies by clicking "Privacy and Cookie Policy".


Privacy and Cookie Policy

Personal data

CICECO-Aveiro Institute of Materials respects your privacy, ensuring confidentiality of personal data you share with the institution through this way, not collecting any personal information about you without your consent, under the terms required by General Data Protection Regulations (RGPD).

The data collected in forms are intended exclusively for processing user requests and will not be used for any other purpose, always safeguarding their confidentiality, under the terms of the protection conferred by the aforementioned regulation.

The collection and processing of data is the responsibility of CICECO and its storage is properly protected, only authorized CICECO employees can access the information within the scope of their functions, always being clear in the respective collection forms the purposes for which they are intended. The remaining issues to be considered in this matter will be handled by the University of Aveiro in accordance with the regime established by the GDPR.

Cookies policy

Cookies are small files with alphanumeric information that are stored on your computer's hard drive by your browser and are intended to improve the user experience and enhance website navigation.

Collection and use of technical information

The cookies used on CICECO are anonymous, and no information about our users that allows their personal identification is stored in them.

The technical information recorded consists of:

  • iP (Internet Protocol) address of the visitor;
  • the type of internet browser used by the website visitor and the respective operating system used;
  • the date and time of the consultation;
  • the pages visited on the site and the documents downloaded
  • The technical information collected is used for statistical purposes only.

Cookies used

Session cookies

These cookies are used to record user preferences, such as the language in which websites are displayed or to maintain authenticated user sessions, and are automatically deleted when the browser is closed.

Persistent cookies

These cookies store information that is needed between sessions. For example, a persistent cookie is set to record that you have been made aware of the cookie policy so that the message regarding this policy is not shown again the next time you visit the website. This cookie remains on the computer until it reaches its expiry date or is deleted by the user.

Data protection

The present privacy policy covers the Information System of the University of Aveiro (SIUA), governed by the General Data Protection Regulations (RGPD) Regulation (EU) No. 2016/679, of April 27th, 2016.

Data Protection Officer

The University of Aveiro has a Data Protection Officer (DPO), who ensures compliance of the processing of personal data with the legislation in force, and is available through the following email address epd@ua.pt.

Close