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Chemical Engineering Lab Equipment

Chemical Engineering Lab Equipment Manufacturer

Chemical engineering lab equipment is a set of the coolest tools and gadgets that chemical engineers use in their laboratory experiments. Top chemical engineering lab equipment manufacturers designed this equipment so that chemical engineers can study and understand chemical processes.

Chemical Engineering Lab Equipment

Chemical engineers need chemical engineering lab equipment for the basic reasons:

  1. To study and understand chemical reactions and processes.
  2. To optimize and improve chemical processes for better efficiency and productivity.
  3. To monitor and control process variables for optimal performance.
  4. To troubleshoot and solve problems in chemical processes.
  5. To train and educate future chemical engineers with hands-on experience.
  6. To analyze and characterize the properties of chemicals and substances.
  7. To develop and test new materials and formulations.
  8. To ensure the safety and proper handling of chemicals and reactions.
  9. To scale up laboratory processes to industrial production.
  10. To conduct research and development for innovative solutions.

Chemical engineering lab equipment suppliers supply the widest range of chemical engineering lab equipment needed for complex chemical engineering projects. The chemical engineering lab equipment is very technical, with equipment names that make the chemical engineering lab equipment list pretty complex.

Here are some of the most crucial equipment in your chemical engineering lab equipment list to make the most out of our chemical engineering lab experiments.

Isothermal Batch Reactor

Purpose: it provides a controlled environment for chemical reactions under constant temperature conditions. It is an enclosed vessel where reactants are added, and the reaction proceeds without adding or removing any materials during the process.
Application: mostly in chemical and biochemical industries for various purposes, including:
Study reaction kinetics by monitoring the progress of a chemical reaction under constant temperature conditions.
Batch reactors are used in the early stages of process development to evaluate the feasibility and performance of a specific reaction.
Batch reactors are often used for small-scale production of specialty chemicals or when continuous flow processes are not feasible or economically viable.
It is a closed vessel that provides an ideal controlled environment for potentially hazardous reactions, minimizing the risk of operator exposure.

Salient Technical Specifications:
Reactor:
Material: The reactor is made of stainless steel for high durability and complete corrosion resistance.
Volume: with a capacity of approximately 2 liters, allowing for the reaction mixture’s containment.
Water Bath (surrounds the reactor):
Material: made of stainless steel, ensuring its strength and resistance to water corrosion.
Double Wall: manufactured with a double wall design. It provides insulation and helps maintain a constant temperature within the reactor.
Insulation: it is insulated with ceramic wool, which enhances heat retention and minimizes heat loss to the surroundings.
Heater:
The reactor is equipped with a heater that uses nichrome wire. It is a resistance wire known for its high melting point and electrical resistance properties.
Stirrer:
The reactor contains two stainless steel impellers, shafts, and a fractional horsepower (FHP) motor.
Temperature Sensor:
The temperature is monitored using an RTD (Resistance Temperature Detector) PT-100 type sensor. It measures every temperature change by detecting changes in electrical resistance as the temperature varies.

Process Control Simulator

Purpose: it gives chemical engineers the platform to learn, practice, understand, and experiment with different pre-built or customizable models representing various industrial processes. Simulators can cover a range of processes, such as chemical reactors, distillation columns, heat exchangers, pipelines, power plants, or water treatment systems.
There are specific purposes for using a Process Control Simulator in a chemical engineering lab:

    • Helps students experience real-world control scenarios, enhancing their understanding of control systems and their operation.
    • The simulator enables studying fault detection and diagnosis techniques in control systems. It helps engineering aspirants practice troubleshooting and identifying issues that can occur in real-life processes.
    • Users can experiment with different tuning methods and control algorithms to find optimal controller settings.
    • The simulator can simulate hazardous or complex processes without the associated risks.

Application: Oil and Gas Industry, Pharmaceutical Industry, Food, and Beverage Industry

Salient Technical Features:

      • Kit Working Voltage: (220-240)VAC: This voltage range is suitable for properly functioning the simulator.
      • Input Voltage: 12V-0-12V AC: The simulator’s input voltage is 12 volts AC, with a center tap configuration. This input voltage powers certain components or circuits within the simulator.
      • Input Frequency: 50Hz: The input frequency for the simulator is 50 Hertz.
      • Output Current: 1 Amp: The simulator delivers an output current of 1 Ampere. It specifies the maximum current that the simulator can source or control.
      • Output Frequency: 100 Hz to 10 kHz: The simulator’s output frequency range is adjustable and spans from 100 Hertz to 10 kilohertz.

Some more equipment that is supplied and exported by chemical engineering lab equipment exporters are:

        • Isothermal Continuously Stirred Tank Reactor
        • Continuously Stirred Tank Reactor
        • Hydrodynamics of Trickle Bed
        • Adiabatic Batch Reactor
        • Kinetics Of Dissolution Of Benzoic Acid
        • Condensation Polymerization Reactor
        • Combined Flow Reactor
        • Cascade CSTR
        • Isothermal Plug Flow Reactor (Coiled Tube Type )
        • Emulsion Polymerization Reactor

The scope of chemical engineering lab equipment is vast. These equipment are redefining chemical processes needed to create innovative, valuable, and useful products.