Philip Loldrup Fosbøl

Philip Loldrup Fosbøl

Lektor

DTU KEMITEKNIK
Institut for Kemiteknik

AT-CERE

Danmarks Tekniske Universitet

Søltofts Plads

Bygning 229, rum 212

2800 Kgs. Lyngby

Tlf.
Fax 45 88 22 58
E-mail plf@kt.dtu.dk
ORCID 0000-0003-1067-2348
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Profil

Nøgleord Termodynamik og faseligevægte | Biogas Rensning | CO2 udskillelse og CO2 lagning | Energibesparelser | Elektrolytters egenskaber | CO2 transport | Flowsheet Design, Simulering og Optimering | Kuldioxid korrosion

 

Participating as faculty at the Department of Chemical Engineering (KT - building 229) at CERE (Center for Energy Resources Engineering). Typical projects work involves CO2 also known as carbon dioxide.

 

Please have a look at the DTU Chemical Engineering job site for open PhD and Post Doc positions.

You can follow me in these on-line/social media platforms:

Twitter/fosboel

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Thomson Fosbøl ResearcherID

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CO2 is a greenhouse gas. There is a great need to reduce its presence, emission, and production. The use, storage, and transport of CO2 creates a number of interesting process challenges.

My work entails:

  • CO2 absorption for emissions reduction.
  • Energy optimal solvent based CO2 desorption in relation to reboiling in stripping or rectification
  • CO2 corrosion in energy production and transport in flow assurance
  • CO2 compression with impurities focus

This is performed in close contact to Kaj Thomsen, Nicolas von Solms, Georgios Kontogeorgis, Ida Fabricius, Alexander Shapiro, and Erling H. Stenby.

The research topics are mathematical models for

  • Process design, simulation, validation, and optimisation with respect to process flow sheets
  • Properties of salt solutions and aqueous electrolytes precipitation
  • Experimental method development and pilot facilities
  • Predictive thermodynamic models on a basis of the above

Laboratory measurements of

  • Thermodynamic equilibrium VLE, SLE, heat capacity, and heat of absorption by DSC
  • Physico-chemical properties like density, viscosity, surface tension etc.
  • Corrosion related issues like protective scales
  • Oil and gas reservoir core flooding enhanced oil recovery (EOR)

Industrial funded projects in collaboration with

  • DONG Energy
  • Vattenfall
  • Maersk Oil and Gas
  • Shell
  • Statoil
  • Novozymes
  • GASSNOVA
  • ENEL
  • E-On
  • RWE
  • CPKelco
  • NTNU, SINTEF, TNO, IFP, TUHH
  • Lioyds Register
  • DTI
  • GEO
  • GEUS
  • BWSC

Active participation in the formulation, creation, and fulfilment of the EU projects

  • CASTOR (as observer in colaboration with DONG)
  • EU FP7 CLEO/CESAR
  • EU FP7 iCap
  • EU FP7 OCTAVIUS
Nøgleord
  • Biogas Cleaning
  • Carbon Dioxide Capture and Storage
  • CCS
  • CO2 Corrosion
  • CO2 Transport
  • Energy Reduction
  • Flow sheet design, simulation, and optimisation
  • Properties of Electrolytes
  • Thermodynamics and Phase Equilibrium

 

 

Jeg er ansat ved Institut for Kemi Teknik (KT - bygning 229) i gruppen CERE (Center for Energy Resources Engineering)  og arbejder med processor som involverer CO2 (kuldioxid).

CO2 er en drivhusgas som man ønsker at mindske tilstedeværelsen af. Det har nogle produktionsmæssige udfordringer, som gør at man typisk bør være på vagt når det transporteres, lagres og bruges etc.

Mit arbejde vedrører:

  • CO2 absorption i forbindelse med reduktion af drivhusgasser
  • CO2 desorption herunder stripning og rektifikation i forbindelse med energi optimal solvent udnyttelse
  • CO2 korrosion i energi produktion og energi transport

Kaj Thomsen og Erling H. Stenby er sparringspartnere i mit arbejde.