Call for Abstract

2nd World Congress on Petrochemistry and Chemical Engineering, will be organized around the theme “Unlocking Energy through Innovation, Technology and Capability”

Petrochemistry-2014 is comprised of 15 tracks and 105 sessions designed to offer comprehensive sessions that address current issues in Petrochemistry-2014.

Submit your abstract to any of the mentioned tracks. All related abstracts are accepted.

Register now for the conference by choosing an appropriate package suitable to you.

  • Track 1-1Ecology and environmental technologies
  • Track 1-2Fossil technologies
  • Track 1-3Gas turbine technologies
  • Track 1-4Production chemistry
  • Track 1-5Hydrocarbon recovery mechanisms
  • Track 1-6Petroleum and petrochemical engineering
  • Track 1-7Chemmotology espects of petroleum products
  • Track 1-8Hydrocarbon recovery mechanisms
  • Track 1-9Computer aided process engineering in oil & gas industry
  • Track 2-1Unconventional hydrocarbon resources
  • Track 2-2Petroleum geology
  • Track 2-3Geomechanics
  • Track 2-4Geochemistry
  • Track 2-5Rock physics and rock mechanics
  • Track 3-1Under-balanced drilling (UBD)
  • Track 3-2Sand & Scale control and management
  • Track 3-3HP/HT technology
  • Track 3-4Drilled waste management
  • Track 3-5Virtual well engineering
  • Track 3-6Pressure control in deep water drilling (DWD) environment
  • Track 3-7Advancements in special drilling techniques
  • Track 3-8Drilling fluids technology
  • Track 3-9Horizontal, directional and thixotropic drilling
  • Track 3-10Advancement in industrial robots and cyber rigs
  • Track 3-11Ultrasonic roles in deep water drilling (DWD)
  • Track 3-12Quantitative risk and decision analyses in drilling operations
  • Track 4-1Electrical resistance tomography (ERT)
  • Track 4-2Nuclear and high temperature piping
  • Track 4-3Stainless steel corrosion controlled piping
  • Track 4-4Transport Phenomena
  • Track 4-5Design and analysis of piping and piping components
  • Track 4-6International transportation projects
  • Track 4-7Multiphase flow
  • Track 5-1Enhanced oil recovery
  • Track 5-2Fracturing fluids
  • Track 5-3Oilfield chemistry
  • Track 5-4Chemicals used in oil and gas production
  • Track 5-5Nano-technologies used in oil and gas production
  • Track 6-1Clean coal options
  • Track 6-2Production of SNG from coal
  • Track 6-3Coal processing
  • Track 6-4Oil and gas diversification
  • Track 6-5LNG market - Issues and trends
  • Track 7-1Potential energy conservation
  • Track 7-2Global oil and gas depletion and its management
  • Track 7-3Environmental issues and safety in oil and gas industry
  • Track 7-4Occupational fatalities and safety compliance
  • Track 7-5Risk assessment of hydrocarbon storage
  • Track 7-6Analysis of clean energy options
  • Track 8-1International oil prices
  • Track 8-2Investing in oil and gas sector
  • Track 8-3Leveraging regional energy resources through energy trade
  • Track 8-4Oil & gas legal and regulatory challenges for enticing foreign investment
  • Track 8-5Regional energy demand and supply outlook
  • Track 8-6Strategies for oil & gas sector to raise capital
  • Track 8-7Understanding of the opportunities and risks for closer energy collaboration
  • Track 9-1Bioenergy
  • Track 9-2Bio-refineries
  • Track 9-3Renewables
  • Track 9-4Biomass energy and feasibility
  • Track 9-5Biomass process technology
  • Track 9-6Green chemistry and green engineering
  • Track 9-7Solar energy
  • Track 9-8Regulatory aspects for sustainable alternative energy systems
  • Track 10-1Building pricing mechanism and requisite infrastructure
  • Track 10-2Analysis of clean energy options
  • Track 10-3Energy infrastructure
  • Track 10-4On-site power
  • Track 10-5Partnership opportunities and addressing the cross border activity
  • Track 10-6Plant performance issues
  • Track 10-7Providing energy security
  • Track 10-8Industry trends/competitive power generation
  • Track 11-1Kinetics and mechanisms
  • Track 11-2Fuel cell engineering
  • Track 11-3Reaction and reactor dynamics
  • Track 11-4Reactor technology
  • Track 11-5Chemical thermodynamics
  • Track 11-6New concepts and Innovations
  • Track 12-1Advanced materials processing
  • Track 12-2Advanced process control
  • Track 12-3Bioreactors and bioprocesses
  • Track 12-4High pressure and supercritical processes
  • Track 12-5Kinetics of complex, multiphase and hybrid processes
  • Track 12-6Synthesis and design of processes
  • Track 12-7Membrane processes
  • Track 12-8Innovation and separation processes
  • Track 12-9Ionic liquids: new reaction/separation media
  • Track 13-1Mathematical modeling in chemical engineering
  • Track 13-2Modeling of bioprocesses
  • Track 13-3Simulation and separation equipment design
  • Track 13-4Simulation, optimization, planning and control of processes
  • Track 13-5Multiscale modeling
  • Track 14-1Catalytic engineering
  • Track 14-2Catalysts synthesis and characterization
  • Track 14-3Catalytic and multiphase reactors
  • Track 14-4Nano-structured materials, catalysts
  • Track 14-5New catalytic processes
  • Track 15-1Visualization applied to reservoir engineering
  • Track 15-2Interaction and virtual reality applied to reservoir engineering
  • Track 15-3Computer vision applied to reservoir engineering
  • Track 15-4Phase Behavior of reservoir fluids
  • Track 15-5Reservoir simulation
  • Track 15-6Reservoir fluid sampling
  • Track 15-7Wellsite sampling
  • Track 15-8Reservoir laboratory testing