Chemical Engineering Disciplines We Cover
We cover the entire spectrum, from molecular thermodynamics to industrial plant design.
The engine of chemical engineering. We solve complex problems involving Equations of State (Peng-Robinson, SRK), phase equilibria (VLE/LLE), and chemical reaction equilibrium. We help you calculate enthalpy, entropy, and Gibbs free energy to determine process feasibility and efficiency.
We analyze the movement of species within mixtures. Our help covers Fick’s Law, diffusion coefficients, and convective mass transfer. We assist in designing separation equipment like distillation columns, absorbers, and extraction units based on mass transfer rates.
Design the heart of the plant. We analyze reaction kinetics, determine rate laws, and design ideal reactors (CSTR, PFR, Batch). We help optimize conversion, selectivity, and yield for catalytic and non-catalytic reactions under isothermal and non-isothermal conditions.
Maintain stability and safety. We help design feedback and feedforward control loops. We analyze system dynamics using Laplace transforms, tune PID controllers, and simulate process responses to disturbances using Simulink and MATLAB.
Manage energy flow. We analyze conduction, convection, and radiation. We help design shell-and-tube heat exchangers, evaporators, and condensers. Our solutions ensure thermal management is optimized for energy efficiency and process safety.
Master the flow of liquids and gases. We solve Bernoulli’s equation, analyze pipe flow networks, determine pump requirements, and study non-Newtonian fluid behavior. We ensure your hydraulic calculations are accurate for sizing piping systems.
Integrate all units into a functional plant. We assist with flowsheet development, equipment sizing, cost estimation, and profitability analysis. We ensure your capstone design project meets technical, safety, and economic constraints.
Isolate the product. We cover distillation (McCabe-Thiele, Ponchon-Savarit), gas absorption, liquid-liquid extraction, and membrane separations. We help you calculate the number of theoretical stages and reflux ratios required for desired purity.
Apply engineering to biological systems. We analyze enzyme kinetics (Michaelis-Menten), cell growth, and fermenter design. We help with downstream processing and sterilization calculations for pharmaceutical and food production processes.
The unified study of momentum, heat, and mass transfer. We derive and solve the equations of change (continuity, motion, energy) to model complex physical systems at a microscopic level.
Digitalize the process. We provide expert help with Aspen Plus, Aspen HYSYS, and ChemCAD. We build steady-state and dynamic simulations to predict process behavior, optimize operating conditions, and troubleshoot design issues.
Select the right materials. We analyze crystal structures, phase diagrams, and material properties (corrosion resistance, strength). We help select appropriate materials for construction to prevent failure in harsh chemical environments.
