Siiri Perämäki

Senior Lecturer

Unit

Faculty of Mathematics and Science

Department / Division

Department of Chemistry

Room number

siiri.e.peramaki@jyu.fi

Mobile

+358408053495

Postal address

Survontie 9

Fields of science

116 Chemical sciences

Research interests

My research includes recovery of critical and valuable elements, especially rare earth metals, from industrial waste streams, and development of analytical methods for their analysis. This is crucial in developing circular economy and urban mining in Finland, and might have fundamental consequences for self-sufficiency of critical materials in the EU.

Publications

Publication

2023

Spectrochimica Acta Part B: Atomic Spectroscopy

Kinnunen, Virva

Frimodig, Janne

Perämäki, Siiri

Matilainen, Rose

Publication

2022

Cleaner Engineering and Technology

Niskanen, Joni

Lahtinen, Manu

Perämäki, Siiri

Publication

2022

Journal of Environmental Chemical Engineering

Perämäki, Siiri

Tiihonen, Antti

Rajahalme, Joona

Larsson, Sylva

Lahtinen, Elmeri

Niskanen, Joni

Budhathoki, Roshan

Väisänen, Ari

Publication

2022

Talanta

Kulomäki, Suvi

Lahtinen, Elmeri

Perämäki, Siiri

Väisänen, Ari

Publication

2022

Chemical Engineering Journal Advances

Rajahalme, Joona

Perämäki, Siiri

Väisänen, Ari

Publication

2022

Spectrochimica Acta Part B: Atomic Spectroscopy

Kinnunen, Virva

Perämäki, Siiri

Matilainen, Rose

Publication

2022

Nanoscale

Minelli, Caterina

Wywijas, Magdalena

Bartczak, Dorota

Cuello-Nuñez, Susana

Infante, Heidi Goenaga

Deumer, Jerome

Gollwitzer, Christian

Krumrey, Michael

Murphy, Karen E.

Johnson, Monique E.

Montoro, Bustos Antonio R.

Strenge, Ingo H.

Faure, Bertrand

Høghøj, Peter

Tong, Vivian

Burr, Loïc

Norling, Karin

Höök, Fredrik

Roesslein, Matthias

Kocic, Jovana

Hendriks, Lyndsey

Kestens, Vikram

Ramaye, Yannic

Contreras Lopez, Maria C.

Auclair, Guy

Mehn, Dora

Gilliland, Douglas

Potthoff, Annegret

Oelschlägel, Kathrin

Tentschert, Jutta

Jungnickel, Harald

Krause, Benjamin C.

Hachenberger, Yves U.

Reichardt, Philipp

Luch, Andreas

Whittaker, Thomas E.

Stevens, Molly M.

Gupta, Shalini

Singh, Akash

Lin, Fang-hsin

Liu, Yi-Hung

Costa, Anna Luisa

Baldisserri, Carlo

Jawad, Rid

Andaloussi, Samir E. L.

Holme, Margaret N.

Lee, Tae Geol

Kwak, Minjeong

Kim, Jaeseok

Ziebel, Johanna

Guignard, Cedric

Cambier, Sebastien

Contal, Servane

Gutleb, Arno C.

Tatarkiewicz, Jan “Kuba”

Jankiewicz, Bartłomiej J.

Bartosewicz, Bartosz

Wu, Xiaochun

Fagan, Jeffrey A.

Elje, Elisabeth

Rundén-Pran, Elise

Dusinska, Maria

Kaur, Inder Preet

Price, David

Nesbitt, Ian

O′ Reilly, Sarah

Peters, Ruud J. B.

Bucher, Guillaume

Coleman, Dennis

Harrison, Angela J.

Ghanem, Antoine

Gering, Anne

McCarron, Eileen

Fitzgerald, Niamh

Cornelis, Geert

Tuoriniemi, Jani

Sakai, Midori

Tsuchida, Hidehisa

Maguire, Ciarán

Prina-Mello, Adriele

Lawlor, Alan J.

Adams, Jessica

Schultz, Carolin L.

Constantin, Doru

Thanh Nguyen, Thi Kim

Tung, Le Duc

Panariello, Luca

Damilos, Spyridon

Gavriilidis, Asterios

Lynch, Iseult

Fryer, Benjamin

Carrazco, Quevedo Ana

Guggenheim, Emily

Briffa, Sophie

Valsami-Jones, Eugenia

Huang, Yuxiong

Keller, Arturo A.

Kinnunen, Virva-Tuuli

Perämäki, Siiri

Krpetic, Zeljka

Greenwood, Michael

Shard, Alexander G.

Publication

2021

ACS Omega

Virtanen, Emilia J.

Perämäki, Siiri

Helttunen, Kaisa

Väisänen, Ari

Moilanen, Jani O.

Publication

2021

JOM

Rajahalme, Joona

Perämäki, Siiri

Budhathoki, Roshan

Väisänen, Ari

Publication

2021

Spectrochimica Acta Part B: Atomic Spectroscopy

Kinnunen, Virva

Perämäki, Siiri

Matilainen, Rose

Projects

Urban Circular economy in practice by managing the recovery of critical metals in micro-e-MOBILITY (UC-Mobility)

Urban Circular economy in practice by managing the recovery of critical metals in micro-e-MOBILITY

PlastLIFE - Chemistry

The project aims to utilize recycled plastics in the manufacture of selective filters. The goal is to use these filters to capture valuable materials and remove harmful substances from an aqueous environment.

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