Elin Svensson
Elin Svenssons forskning handlar om effektivisering av industriella energisystem och strategiskt beslutsfattande kopplat till detta.
Forskningen syftar till att öka förståelsen av hur införande av ny teknik och ökad processintegration i industriella processer kan hanteras med avseende på styrbarhet, drifttillgänglighet och möjlighet att anpassa driften till ständiga förändringar i omgivningen.
I sin doktorsavhandling studerade Elin hur ett massabruk på ett energieffektivt och långsiktigt lönsamt sätt kan gå mot att bli ett bioraffinaderi. Där togs hänsyn till osäkerheter i framtida energipriser och utvecklingen av ny teknik.
Visar 62 publikationer
Flexibility analysis of chemical processes considering dependencies between uncertain parameters
Bottom–Up Assessment Framework for Electrification Options in Energy-Intensive Process Industries
Marginal Abatement Cost Curve of Industrial CO
Resolving issues of scaling for gramian-based input–output pairing methods
A framework for flexible and cost-efficient retrofit measures of heat exchanger networks
Chalmers Industrial Case Study Portfolio - Contents, Structure and Example Applications
Environmental assessment of a biorefinery concept for production of bulk and fine chemicals
A computational tool for analysing the response of complex heat exchanger networks to disturbances
Prospective LCA of a biorefinery concept for production of bulk and fine chemicals
A new method of scaling the gramian based input-output pairing methods for improved results
Non-energy benefits of heat integration retrofits – case study at a large oil refinery in Sweden
Availability of excess heat from the Swedish Kraft pulping industry
Resolving Issues of Scaling for Gramian Based Input-Output Pairing Methods
Design of heat exchanger networks with good controllability
Assessing the Controllability of Heat Exchanger Networks
The effect of high solids loading in ethanol production integrated with a pulp mill
Investigating operability issues of heat integration for implementation in the oil refining industry
High solids loading in ethanol production - Effects on heat integration opportunities and economics
Optimal Multi-Period Investment Analysis for Flexible Pulp Mill Utility Systems
Reasons to apply operability analysis in the design of integrated biorefineries
Energy Transfer Diagram for Site-Wide Analysis and Application to a Kraft Pulp Mill
Pinch analysis at Preem LYR II - Modifications
Operational Flexibility in Pulp Mill Steam Production at Off-design Heat Loads
Converting a kraft pulp mill into a multi-product biorefinery – Part 2: Economical aspects
A model for optimization of process integration investments under uncertainty
Pinch analysis of a partly integrated pulp and paper mill
An optimization methodology for identifying robust process integration investments under uncertainty
Optimization of process integration investments under energy market uncertainties
Low model order approximations of continuously stirred biofilm reactors with Monod kinetics
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Visar 3 forskningsprojekt
Identifiering av praktiska utmaningar med strategiska processintegrationsåtgärder
Systemanalys av lignocellulosabaserad etanolproduktion via "High Solid SSF”