Heiko Gaertner

Research Scientist

Heiko Gaertner

Research Scientist

Phone: 951 68 719

Email:

Unit: SINTEF Industry

Department: Sustainable Energy Technology

Office: Trondheim

Publications and responsibilities

Authors Nils Peter Wagner Julian R Tolchard Artur Tron Harald Norrud Pollen Heiko Gaertner Per Erik Vullum

Year 2020

Type Academic article

Authors Trond Brandvik Heiko Gaertner Tor Grande Arne Petter Ratvik Thor Anders Aarhaug

Year 2019

Type Academic lecture

Authors Michal Tomasz Ksiazek Svend Grådahl Raghed Saadieh Heiko Gaertner Bendik Sægrov

Year 2019

Type Report

Authors Nils Peter Wagner Julian R Tolchard Artur Tron Harald Norrud Pollen Heiko Gaertner Per Erik Vullum Paul Inge Dahl

Year 2019

Type Poster

Authors Trond Brandvik Heiko Gaertner Arne Petter Ratvik Tor Grande Thor Anders Aarhaug

Year 2019

Type Academic article

Authors Nils Peter Wagner Sidsel Meli Hanetho Heiko Gaertner Paul Inge Dahl Julian R Tolchard Sigurd Wenner Jannicke Hatlø Kvello Henrik Ræder

Year 2018

Type Poster

Authors Thor Anders Aarhaug Alain Marc C Ferber Heiko Gaertner

Year 2018

Type Academic lecture

Authors Thor Anders Aarhaug Trond Brandvik Heiko Gaertner Arne Petter Ratvik Ole Sigmund Kjos

Year 2018

Type Academic lecture

Authors Karen Sende Osen Ana Maria Cuellar Martinez Henrik Gudbrandsen Anne Støre Camilla Sommerseth Ole Sigmund Kjos Thor Anders Aarhaug Heiko Gaertner Pierre Chamelot Mathieu Gibilaro Laurent Massot

Year 2018

Type Academic article

Monitoring of perfluorocarbon (PFC) evolution from aluminium smelting is gaining attention, not only because of their high greenhouse gas potentials but also due to process optimization purposes. Conventionally, PFC monitoring has been conducted by extractive sampling and subsequent analysis by four...

Authors Thor Anders Aarhaug Alain Marc C Ferber Heiko Gaertner Steinar Kolås Sven Olof Ryman Peter Geiser

Year 2018

Type Academic article

Heiko Gaertner

Research Scientist

Heiko Gaertner

Research Scientist

Publications and responsibilities

Improved cyclability of Nickel-rich layered oxides

In Situ Monitoring of Pit Gas Composition During Baking of Anodes for Aluminum Electrolysis

Elkem Bjølvefossen furnace 5- gas and temperature measurements.

Improved cyclability of Nickel rich layered oxides

In situ monitoring of pit gas composition during baking of anodes for aluminum electrolysis

Wet chemical processing of protective alumina, silica and MgF2 coatings for NMC 811 cathodes

In-situ spectroscopy in ferroalloy industry

Assessment of anode baking furnace gas composition

Perfluorocarbon Formation During Rare Earth Electrolysis

Validation of online monitoring of PFC by QCL with FTIR spectroscopy