Call for Abstract
Scientific Program
6th World Congress on Chemical Engineering and Catalysis, will be organized around the theme “”
Chemical Engineering Congress 2019 is comprised of 25 tracks and 334 sessions designed to offer comprehensive sessions that address current issues in Chemical Engineering Congress 2019.
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 1-1
- Track 1-2Advanced Oxidation Processes
- Track 1-3Carbon Capture and Storage
- Track 1-4Clean Technologies
- Track 1-5Continuous Improvement
- Track 1-6Industrial Safety and Pollution Control
- Track 1-7Safety and Reliability
- Track 1-8Simulation
- Track 1-9Strong Management Commitment
- Track 1-10Waste Valorisation
- Track 2-1Batch Processes
- Track 2-2Continuous Processes
- Track 2-3Control Loops
- Track 2-4Energy Transfer
- Track 2-5Hybrid Processes
- Track 2-6Mass Transfer
- Track 2-7Mass Transfer in Bioreactors
- Track 2-8Momentum Transfer
- Track 2-9Non-Newtonian Liquids
- Track 2-10Non-Newtonian Liquids
- Track 2-11Solid Liquid Mass Transfer
- Track 3-1Crystallography
- Track 3-2Atomic Absorption
- Track 3-3Raman spectroscopy
- Track 3-4Applied spectroscopy
- Track 3-5Operando spectroscopy
- Track 3-6Mass Spectrometry [MS]
- Track 3-7Biomedical spectroscopy
- Track 3-8Photothermal spectroscopy
- Track 3-9X-ray photoelectron spectroscopy
- Track 3-10Laser-induced breakdown spectroscopy
- Track 3-11Spectroscopy tools in Nano-Technology
- Track 3-12Nuclear magnetic resonance (NMR) spectroscopy
- Track 3-13(HPLC) High Performance Liquid Chromatography
- Track 3-14
- Track 4-1
- Track 4-2Climate Engineering
- Track 4-3Conduction, Convection and Radiation
- Track 4-4Fin (extended surface)
- Track 4-5Forced Convection in Pipes and External Flow
- Track 4-6Heat Exchangers
- Track 4-7Heat Transfer Coefficient
- Track 4-8Radiation Heat Transfer, Steep Temperature Gradient and Radiant Tube
- Track 4-9Radiations
- Track 4-10Thermal Resistance
- Track 4-11View Factor
- Track 5-1 1. Automotive
- Track 5-2 2. Construction and Building
- Track 5-3 3. Packaging
- Track 5-4
- Track 5-5Biodegradable Polymers
- Track 5-6Biomaterials
- Track 5-7Gelation
- Track 5-8Major Markets:
- Track 5-9Polymer Physics
- Track 5-10Polymer Science
- Track 5-11Polymerization
- Track 5-12Solid Waste Management
- Track 5-13Viscosity
- Track 6-1
- Track 6-2Clinical Trial
- Track 6-3Drug Development
- Track 6-4Drug safety & Pharmacovigilance
- Track 6-5Galenic formulation
- Track 6-6Orphan Drugs
- Track 6-7Parenteral formulations
- Track 6-8Pesticide formulation
- Track 6-9Pharmacogenomics
- Track 6-10Phases of Clinical Research
- Track 6-11Preclinical Imaging
- Track 7-1Atmospheric Distillation (distills crude oil into fractions)
- Track 7-2Green Policies and Programmes
- Track 7-3
- Track 7-4Catalytic Reformer Unit (uses hydrogen to break long hydrocarbons into lighter elements which are added to the distiller feedstock)
- Track 7-5Distillate Hydrotreater Unit (desulfurizes distillate (diesel) after atmospheric distillation)
- Track 7-6Naphtha Hydrotreater Unit (desulfurizes naphtha from atmospheric distillation)
- Track 7-7Vacuum Distillation Unit (further distills residuals after atmospheric distillation)
- Track 7-8Storage tanks for Crude Oil and finished Products, (cylindrical storage units)
- Track 7-9Gas Storage Units for Propane and Similar gas fuels, (spherical storage units)
- Track 7-10Dimerization Unit
- Track 7-11Petrochemicals, Chemicals & fertilizers
- Track 7-12Distillation Unit and Heat Exchangers
- Track 7-13Downstream and Upstream Process
- Track 7-14Fluid Catalytic Converter Unit
- Track 7-15Mining & Metallurgy
- Track 7-16Petroleum Refining
- Track 7-17Isomerization Unit
- Track 8-1Nano Topography
- Track 8-2
- Track 8-3Structure analysis of Advanced Nanomaterials
- Track 8-4Optically induced nanostructures
- Track 8-5Nanocarbon-inorganic hybrids
- Track 8-6Nanoelectronics Biosensors
- Track 8-7Functional materials
- Track 8-8Microencapsulation
- Track 8-9Tissue Engineering
- Track 8-10Drug Delivery
- Track 8-11Nano dispersions
- Track 8-12Solar Panel films
- Track 8-13Nanocomposites
- Track 8-14Nano Materials
- Track 8-15Nano Enzymes
- Track 8-16Nanomedicine
- Track 8-17Nanocellulose
- Track 8-18Nanoparticles
- Track 9-1Reproductive Medicine
- Track 9-2
- Track 9-3Cardiac surgery and Cardiothoracic surgery, Eye surgery, General surgery, Neurosurgery
- Track 9-4Obstetrics Reproductive endocrinology and infertility Urogynaecology
- Track 9-5Proteomics in Cardiovascular Biology and Medicine
- Track 9-6Serotonergic and Catecholaminergic system
- Track 9-7Pharmacogenomics and Proteomics
- Track 9-8Molecular Biology and Pathology
- Track 9-9Paediatrics (Neonatology)
- Track 9-10Podiatry
- Track 9-11Molecular Diagnostics
- Track 9-12Radiation oncology
- Track 9-13Molecular Devices
- Track 9-14Colorectal surgery
- Track 9-15Protein Analysis
- Track 9-16Bioinformatics
- Track 9-17Biochemistry
- Track 9-18Bioproduct
- Track 10-1
- Track 10-2Agent-based model
- Track 10-3Individual-Based Models
- Track 10-4Monte Carlo method
- Track 10-5Simulation
- Track 10-6Simulation-based optimization
- Track 10-7Uncertainty Quantification
- Track 11-1 Quality, Advertising, and labelling
- Track 11-2Biosynthesis
- Track 11-3Drug Discovery and Safety
- Track 11-4Effectiveness
- Track 11-5Ethnobotany
- Track 11-6Eukaryotic
- Track 11-7Pharmacognosy
- Track 11-8Prokaryotic
- Track 11-9Regulation
- Track 12-1
- Track 12-2Advanced manufacturing
- Track 12-3Aerospace and transport
- Track 12-4Biomaterial
- Track 12-5Biomedical hydrogels and applications
- Track 12-6Communications and information technology
- Track 12-7Computer aided design (CAD) of materials processing
- Track 12-8Crystallography
- Track 12-9Materials Efficiency
- Track 12-10Mechatronics, Optimization, Precision Engineering, Robotics, Systems and Controls
- Track 12-11Nanomaterial
- Track 12-12Novel alloys for electrical contact applications
- Track 12-13Renewable and sustainable energy
- Track 13-1Drying
- Track 13-2Extraction
- Track 13-3Distillations
- Track 13-4Diffusion MRI
- Track 13-5Vapor Liquid Equilibrium
- Track 13-6Absorption and Adsorption
- Track 13-7Humidification and Air Conditioning
- Track 13-8Diffusion and Mass Transfer Coefficients
- Track 13-9Double diffusive convection and Drag force
- Track 13-10Ambipolar diffusion and Anomalous diffusion
- Track 13-11Mass Transfer in Barrel Type Epitaxial Reactor
- Track 13-12Distillation column and McCabe-Thiele method
- Track 13-13Vapor-Liquid Equilibrium and Liquid-liquid extraction
- Track 13-14Temperature and Concentration fields of the water vapor
- Track 13-15Multiphase thermal management, Thermal energy storage
- Track 13-16
- Track 14-1
- Track 14-2Antibody-drug conjugate
- Track 14-3Cancer therapy
- Track 14-4Magnetic drug delivery
- Track 14-5Nano-Carriers
- Track 14-6Nano-Particles
- Track 14-7Nanomedicine for blood disorders
- Track 14-8Nanomedicine for Cardiovascular Diseases
- Track 14-9Nanomedicine for Gastrointestinal Tract (GI) Diseases
- Track 14-10Nanomedicine for Lung Diseases
- Track 14-11Passive Targeting
- Track 14-12Retrometabolic drug design
- Track 14-13Targeted drug delivery
- Track 15-1Biofuels
- Track 15-2Bioremediation
- Track 15-3Green Architecture
- Track 15-4Green Nanotechnology
- Track 15-5Energy and Environment
- Track 15-6Green Energy in Transport
- Track 15-7Pyrolysis and Bioeconomy
- Track 15-8Solar Energy &Green Power
- Track 15-9Environmental Engineering
- Track 15-10Green Industrial Technology
- Track 15-11Green Buildings and Infrastructures
- Track 15-12Greenhouse gas abatement costs and potentials
- Track 15-13
- Track 16-1
- Track 16-2Carbon-Cycle
- Track 16-3Geoinformatics & Geostatistics
- Track 16-4Geophysical Sciences
- Track 16-5Glaciology
- Track 16-6Green House Gases
- Track 16-7Oceanography
- Track 16-8Oceans and Climate Change
- Track 16-9Rainwater Management
- Track 16-10Reasons of Global Warming
- Track 16-11Seismicity
- Track 16-12Seismology
- Track 16-13Sustainability and Climate Change
- Track 16-14Volcanology
- Track 17-1Safety pharmacology
- Track 17-2
- Track 17-3Environmental risk assessment
- Track 17-4Cardiovascular pharmacology
- Track 17-5Clinical pharmacology
- Track 17-6Pharmacoepidemiology
- Track 17-7Psychopharmacology
- Track 17-8Neuropharmacology
- Track 17-9Indicative limit value
- Track 17-10Etymology
- Track 17-11Medical toxicology
- Track 17-12Pharmacogenomics
- Track 17-13Pharmacogenetics
- Track 17-14Aquatic toxicology
- Track 17-15In vitro toxicology
- Track 17-16Ecotoxicology
- Track 17-17Cyanotoxin
- Track 18-1Electrochemiluminescence
- Track 18-2
- Track 18-3MATLAB, SAP, CADD, Robotics, Power Plants Control System
- Track 18-4International Electrotechnical Commission (IEC)
- Track 18-5Electrochemical Engineering and Instrument
- Track 18-6Electrochemical impedance spectroscopy
- Track 18-7Design Troubleshooting Technical Issues
- Track 18-8Environmental Electrochemistry
- Track 18-9Electrochemical Remediation
- Track 18-10Electrochemical engineering
- Track 18-11Magneto electrochemistry
- Track 18-12Electrochemical Synthesis
- Track 18-13Fuel cells
- Track 18-14Electrochemical potential
- Track 18-15Electroanalytical method
- Track 18-16Protein Electrochemistry
- Track 18-17Nano electrochemistry
- Track 18-18Photo electrochemistry
- Track 18-19Electrosynthesis
- Track 18-20Electrorefining
- Track 18-21Potentiometry
- Track 18-22Voltammetry
- Track 18-23Coulometry
- Track 19-1Autocatalytic Reactions and Order Creation
- Track 19-2Density Functional Theory
- Track 19-3Forecasting Model
- Track 19-4Molecular Catalysis
- Track 19-5Optical and X-Ray Spectroscopy
- Track 19-6Oxide & Zeolite Catalysts
- Track 19-7Quantum mechanics/Molecular mechanics (QM/MM)
- Track 19-8Scaling, Dimensional Analysis and Agent Based Modelling
- Track 20-1Structure-Activity Correlation
- Track 20-2
- Track 20-3Electron Spin Resonance, Adsorbed Species, Electron Energy Loss Spectroscopy
- Track 20-4Transition Metal Catalysis, Palladium, Cascade Reactions
- Track 20-5Shrinking Core Model, Internal Diffusion and Catalysis
- Track 20-6Enzymes, Bio-catalysis, Proteins, Sugars, Biosynthesis
- Track 20-7Chemical Reactors: PFR and CSTR
- Track 20-8Nonideal Flow & Reactor Design
- Track 20-9Plant Design and Construction
- Track 20-10Weisz–Prater Criterion
- Track 20-11Tailoring Surface reactivity
- Track 20-12Petrochemical Industries
- Track 20-13Catalyst Characterization
- Track 20-14Heterogeneous Catalysis
- Track 20-15Heterogeneous Catalyst
- Track 20-16Computational Reactors
- Track 20-17Time-resolved Analysis
- Track 21-1
- Track 21-2Chemical Engineering in Asia
- Track 21-3Chemical Engineering in Europe
- Track 21-4Chemical Engineering in food Industries
- Track 21-5Chemical Engineering in Oil and Gas Industries
- Track 21-6Chemical Engineering in USA
- Track 22-1Filtration
- Track 22-2Evaporation
- Track 22-3Crystallization
- Track 22-4Chemical Kinetics
- Track 22-5Distillation Design
- Track 22-6Chemical Reactors
- Track 22-7Effectiveness of Screen
- Track 22-8Absorption and Adsorption
- Track 22-9Chemical Process Industries
- Track 22-10Plant Design and Operations
- Track 22-11Membrane Separation & Gas absorption
- Track 22-12Heterogenous Catalytic Reaction Engineering
- Track 22-13
- Track 23-1System
- Track 23-2Continuum
- Track 23-3Zeotropic mixture
- Track 23-4Gibbs Free Energy
- Track 23-5Compressibility factor
- Track 23-6Phase Equilibria And VLE
- Track 23-7Supramolecular Chemistry
- Track 23-8Quantum Thermodynamics
- Track 23-9Chemical Reaction Equilibrium
- Track 23-10Zeroth Law of Thermodynamics
- Track 23-11Redlich–Kwong equation of state
- Track 23-12Macroscopic and Microscopic Approaches
- Track 23-13
- Track 24-1Tissue Engineering
- Track 24-2
- Track 24-3Blue Biotechnology, Green Biotechnology, White Biotechnology & Red Biotechnology
- Track 24-4Pharmaceutical Chemistry & Genetic Engineering
- Track 24-5Biological Hydrogen Production (algae)
- Track 24-6Electrochemical energy conversion
- Track 24-7Bioprocess Engineering
- Track 24-8Industrial Biotechnology
- Track 24-9Protein Engineering
- Track 24-10Bioreactors
- Track 24-11Bioreactor landfill
- Track 24-12Biofuel from Algae
- Track 24-13Photobioreactor
- Track 24-14Moss bioreactor
- Track 24-15Biocatalysts
- Track 24-16Bio-Refinery
- Track 24-17Biomedical
- Track 25-1
- Track 25-2Aromaticity and Chemical Bonding
- Track 25-3Biochemical and Bio-Molecular Engineering
- Track 25-4Dynamics in Solution
- Track 25-5Equilibria and Dynamics in Solution
- Track 25-6Gel-Forming Materials
- Track 25-7Homogenous - including Organic and Organometallic
- Track 25-8Spectroscopy, Spectrometry, and Crystallography
- Track 25-9Superaromaticity
- Track 25-10Supramolecular, Systems and Non-Covalent interactions
- Track 25-11Thermochemistry and Quantum Chemistry
- Track 25-12Yukawa–Tsuno equation
