Steven Jackson
Job description
Foreleser i Prosessteknologi - kampus Tromsø
Eivind,
Steven Richard,
Oddmar
:
Comparing optimization schemes for solving case studies with multiple heat exchangers using high-order pinch point temperature difference methods
Džana,
Amar,
Edin,
Berina,
Steven
:
Applying the response surface methodology to predict the energy retrofit performance of the TABULA residential building stock
Eivind,
Steven,
Getu
:
UA and pinch point temperature difference modeling — Finding the best heat exchanger schemes
Amir Nadem,
Steven,
Hassan,
Mojtaba
:
Modeling of Pressure and Temperature Profiles for the Flow of CO2 through a Restriction
Steven,
Eivind
:
Optimization of a mixed refrigerant based H2 liquefaction pre-cooling process and estimate of liquefaction performance with varying ambient temperature
Steven
:
Sensitivity Analysis and Case Studies for CO2 Transportation Energy Consumption
Steven
:
Development of a Model for the Estimation of the Energy Consumption Associated with the Transportation of CO2 in Pipelines
Eivind,
Steven,
Oddmar
:
Performance and Design Study of Optimized LNG Mixed Fluid Cascade Processes
Steven,
Eivind
:
Optimization of the Energy Consumption of a Carbon Capture and Sequestration Related Carbon Dioxide Compression Processes
Steven,
Eivind
:
Optimization of the CO2 Liquefaction Process-Performance Study with Varying Ambient Temperature
Eivind,
Steven
:
A Comparative Study of CO2 Heat Pump Performance for Combined Space and Hot Water Heating
Steven,
Eivind
:
A comparison of the energy consumption for CO2 compression process alternatives
Hans Kristian,
Hassan,
Steven
:
Simulation of the HDPE Pyrolysis Process
Oddmar,
Eivind,
Steven
:
Optimization of Pure-Component LNG Cascade
Processes with Heat Integration
Eivind,
Steven,
Oddmar
:
Transient Model of an RSW System with CO2 Refrigeration – A Study of Overall Performance
Steven,
Oddmar,
Eivind
:
Impact of Ambient Temperature on LNG Liquefaction Process Performance: Energy Efficiency and CO2 Emissions in Cold Climates
Industrial & Engineering Chemistry Research 2017 DOI
Eivind,
Steven,
Oddmar
:
Energy saving potential of CO2 transportation processes in cold climate locations
Industrial & Engineering Chemistry Research 17. octubre 2016 DOI
Carolina Font,
Olivia,
Caroline,
Hannah,
Mathieu,
Maria Sanchez del Rio
et al.:
Integrated Oxyfuel Power Plant with Improved CO2 Separation and Compression Technology for EOR application
Steven,
Eivind,
Hassan,
Lars Erik
:
The Impact of Ambient Temperature on Low Carbon Energy Supply - Modelling and optimization studies on the supply of hydrogen energy from northern Norway
UiT Norges arktiske universitet 10. diciembre 2021
Steven,
Amir Nadem,
Anders Samuelsen,
Hassan
:
Modelling of Pressure and Temperature Profiles for the Flow of CO2 through a Restriction
2020
Hans-Kristian,
Hassan,
Steven
:
Modelling and Simulation of the HDPE Pyrolysis Process
2017 ARKIV
Steven,
Eivind
:
An assessment of the Energy Saving Potential of Unconventional CO2 Compression Approaches
2017
Oddmar,
Steven,
Eivind
:
Development of an optimisationroutine for a pure component cascade LNG liquefaction process
2016
Steven,
Eivind,
Hassan Abbas
:
A Review of Theoretical Efficiency of High Pressure CO2 Transport
2015
Hassan Abbas,
Eivind,
Steven
:
Study of Refrigerants for Cold Climate Heat Pump Operations
2014 ARKIV
Steven
:
Improving Carbon Capture for IGCC Power Plants
2012
Steven
:
Improving Carbon Capture
2012
Steven
:
Satisfying Environmental Criteria
Hydrocarbon Engineering 2011
Steven
:
Environmental Assessment for Gas Projects
Chemical engineer 2011
Steven
:
Carbon Capture & Storage
2010
Steven
:
Rising UK Natural Gas Imports Call for More Processing
Oil & Gas Journal 2006
Steven
:
Rising UK Gas Imports Call for More Processing
2006
Steven
:
New Challenges for UK Gas
Hydrocarbon Engineering 2005
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Research interests
- Prosessmodellering
- Prosessoptimalisering
- Carbon Capture & Storage (CCS)
- Hydrogenproduksjon, transport og lagring
- Energisystemer / systemmodellering
Teaching
Prosessteknologi, ingeniør - bachelor (ordinær, y-vei og 3-semester)
- PRO-2609 Gassteknologi - 10 stp
- PRO-2805 Prosessimulering - 10 stp
- TEK-1512 Innføring i ingeniørfag - 5 SP
- AUT-2504 Instrumentering - 5 SP
- xxx-2780 Bacheloroppgave - 20 SP
