Chemical Engineering Calculators

Hello, chemical engineers and enthusiasts!

We’ve just launched a new tool on our website that simplifies the calculation of the Log Mean Temperature Difference (LMTD) for heat exchanger design.

Check it out here: LMTD Calculator with correction factor for Heat Exchanger Design

Would love to hear your thoughts and feedback!

Our Psychrometric Calculator is a valuable tool for chemical engineers, designed to simplify the analysis of air properties in various processes.

It allows users to quickly calculate parameters such as temperature, humidity, and dew point, providing essential data for designing HVAC systems, cooling towers, and drying processes.

This Power Consumption Calculator helps chemical engineers estimate the energy required for various industrial processes and equipment.
Power Consumption Calculator for an Agitated Vessel
By inputting key parameters such as flow rates, pressure, and temperature, the tool provides accurate calculations of power consumption, allowing engineers to optimize system efficiency and reduce operational costs.

Our Minimum Fluidization Velocity Calculator helps to determine the minimum velocity required to achieve fluidization in various particulate systems.

By inputting key parameters like particle size, density, and bed height, this calculator provides accurate results, aiding in the design and optimization of fluidized bed reactors and other processes involving fluidization.

Our Ergun Equation Calculator simplifies the calculation of pressure drop across packed beds, crucial for chemical engineers working with fluid flow in porous media.
By entering parameters like fluid velocity, particle size, and bed porosity, this tool provides precise pressure drop values, helping optimize reactor and filter designs.

Our Friction Factor Calculator using Moody's Diagram is designed for chemical engineers to easily determine the friction factor in pipe flow systems.

By inputting parameters such as Reynolds number and relative roughness, this tool leverages Moody's Diagram to provide accurate results for both laminar and turbulent flow conditions.

Our Head Loss or Pressure Loss Calculator simplifies the estimation of energy loss in fluid flow through pipes.

By entering key parameters like flow rate, pipe diameter, length, and roughness, this tool provides accurate calculations for head loss or pressure drop.

Our Convection Cooling Time of a Sphere Calculator helps chemical engineers estimate the time required to cool a spherical object through convection.

By inputting parameters such as initial temperature, ambient temperature, heat transfer coefficient, and sphere dimensions, this tool provides precise cooling time calculations.

Our Critical Thickness of Insulation Calculator helps engineers identify the optimal insulation thickness to minimize heat loss and enhance energy efficiency.

By entering parameters like thermal conductivity, heat transfer coefficient, and pipe dimensions, this tool provides accurate calculations for effective insulation design.