PIRE Project at the City College of New York
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  • Research
    • Thrust 1: Asphaltenes
    • Thrust 2: Gas Hydrates
    • Thrust 3: Drilling Fluids
    • Thrust 4: PCM Nanoemulsions
    • Modeling And Simulation
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OUR STORY

Research

Overarching Objectives​

  • Elucidate molecular-level phenomena that govern the formation, aggregation, and stability of interfacial and network structures in multi-phase fluids, and
  • Control their development and effects on macroscopic rheology and transport processes.

Thrust I

Asphaltene Adsorption, Aggregation, and Interfacial Effects

Thrust II

Formation and Control of Gas Hydrate Slurries

Thrust III

Drilling Fluids and Mechanisms of Particle Sedimentation

Thrust IV

Phase-Change-Material Nanoemulsions for Energy Transport and Storage

Modeling and Simulation​

Thrust I

Asphaltene Adsorption, Aggregation, and Interfacial Effects

Thrust II

Formation and Control of Gas Hydrate Slurries

Thrust III

Drilling Fluids and Mechanisms of Particle Sedimentation

Thrust IV

Phase-Change-Material Nanoemulsions for Energy Transport and Storage

Modeling and Simulation​

RESEARCH PARTNER INSTITUTIONS

ccny02
CUNY
irstea
ntnu
uio
Lcpq
ccny01
uh
INPT
ipf
sintef
Fraunhofer
ensta
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PIRE

  • Home
  • About
  • Research
  • Education
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  • News
  • Contact